http://www.sec-t.org/2009/Speakers.html#travis

PART 4 Application Examples: Visualization and Resiliency Apps -- Aldrin Ison (MS EE student) and Asst. Prof. Joy Madamba (UP EEEI) Hosted by the Resilient Sensory Swarms for Smart Energy and Environment Monitoring (RESE2NSE) Project Supported by the Commission on Higher Education - Philippine-California Advanced Research Institutes (CHED-PCARI) The RESE2NSE Project is a collaboration between the Electrical and Electronics Engineering Institute, University of the Philippines Diliman and the University of California Berkeley.

May 30, 2007 lecture by Raj Amirtharajah for the Stanford University Computer Systems Colloquium (EE 380). In this talk, Raj gives an overview of energy harvesting mechanisms, describes circuit and system microarchitecture techniques for energy harvesting wireless sensors, and gives specific examples of designing for energy harvesting applications; lastly, he discusses future prospects for energy harvesting technology. EE 380 | Computer Systems Colloquium: http://www.stanford.edu/class/ee380/ Stanford Computer Systems Laboratory: http://csl.stanford.edu/ Stanford Center for Professional Development: http://scpd.stanford.edu/ Stanford University Channel on YouTube: http://www.youtube.com/stanforduniversity/

Battery Free Wireless Sensors in partnership with Farsense

Designing wireless sensor networks that can provide meaningful services in every-day life applications requires the ability to continuously monitor humans and understand what they do over space and time. However, monitoring humans is a very complex task that might involve a set of heterogeneous sensors ranging from simple motion or RFID sensors to more complex camera sensors. Typical low-power microprocessors cannot be used to concurrently acquire, process and communicate the information produced from all of these sensing modalities. As a result, a shift from low-power to power-aware sensor node platform design is needed, where the required application processing and communication capabilities must become available at the minimum possible power overhead. In this design paradigm more capable processors or even multiple heterogeneous processors and/or radios might be used. Networked embedded systems with heterogeneous processors and/or radios extend the energy/timing trade-off flexibility and provide the opportunity to fine tune resource utilization. In this talk, I will present specific power-aware design techniques that can be employed to achieve energy-efficient task scheduling strategies and show how several design bottlenecks and tradeoffs can be exploited to improve the performance and accuracy of these strategies. These design techniques, bottlenecks and tradeoffs will be presented in the context of two different prototype power-aware platforms I have designed and implemented, the XYZ sensor node and the mPlatform architecture.

Sponsored by IEEE Sensors Council (https://ieee-sensors.org/) Title: Data Fusion for Subsea Oil Spill Detection Through Wireless Sensor Networks Author: Gianluca Tabella{1}, Nicola Paltrinieri{1}, Valerio Cozzani{2}, Pierluigi Salvo Rossi{1} Affiliation: {1}Norwegian University of Science and Technology, Norway; {2}University of Bologna, Italy Abstract: This work studies the impact of Wireless Sensor Networks (WSNs) for oil spill detection in subsea applications. The case study is the Goliat FPSO where one WSN with passive acoustic sensors is assumed to be installed on each subsea template. Sensors take local binary decisions regarding the presence/absence of a spill and a Fusion Center collects such decisions and provides a global binary decision. The Counting Rule and a modified Chair-Varshney Rule are compared and an objective function is used for threshold design. This methodology requires the knowledge of the manifold's hotspots whose failure could cause an oil spill. IEEE Sensors Conferences (https://ieee-sensors.org/conferences/) IEEE Sensors Journal (https://ieee-sensors.org/sensors-journal/) IEEE Sensors Letters (https://ieee-sensors.org/sensors-letters/) IEEE Internet of Things Journal (https://ieee-iotj.org/) IEEE SENSORS conference proceedings (https://ieeexplore.ieee.org/xpl/conhome/1000662/all-proceedings)

Impala: A Middleware System for Managing Autonomic, Mobile, Wireless Sensor Networks Sensor networks are computer systems with many sensing/compute nodes working to gather information about their environment, process and fuse that information, and in some cases, actuate control mechanisms in response. Sensor networks operate under severe energy constraints that call for very lightweight software layers. On the other hand, sensor networks are long-running systems, intended to operate in situ, with minimal direct human intervention, for months or years. This requires support for adaptive operations and ease of upgrades over the life of the system. In response to these opposing needs, this work has investigated middleware layers for sensor network systems. In particular, in this talk I will discuss Impala, a middleware layer developed for ZebraNet. ZebraNet is a mobile, wireless sensor network aimed at improving tracking technology via energy-efficient tracking nodes and store-and-forward communication techniques. Impala acts as a lightweight operating system, but also has been designed to encourage application simplicity, modularity, adaptivity, and reparability. Impala provides an interface for on-the-fly application adaptation in order to improve application performance, energy-efficiency, and robustness. Impala allows application updates to be received via the node's wireless transceiver and to be applied to the running system dynamically. Impala adopts an operation scheduling mechanism and an event handling model to capture the regular and irregular aspects of system activities. Impala unifies media access control and transport control into an efficient network protocol that supports a broad taxonomy of sensor network communication styles. In the context of Impala implementation on ZebraNet hardware nodes, I discuss how system constraints and goals led to the layering and interface designs in the system architecture. Overall, the contributions of this work include: 1. Established a system architecture with minimal layering and clean interfaces. The entire system consumes 16KB code memory and 320B data memory. 2. Implemented efficient regular operation scheduling and irregular event handling. The typical overhead is at 100's cycles. 3. Developed a unified network protocol to provide a broad range of message models. Packet header overhead is about 10 and update strategy saves software transmissions by 85. 5. Provided quantitative basis for justifying the needs for a special middleware layer in building efficient sensor network systems.

The nation commemorated the Azadi Ka Amrit Mahotsav, marking 75 years of Independence on August 15, 2022. To mark this occasion, it was only fitting to acknowledge, appraise, and showcase India's scientific prowess and accomplishments and its outstanding S&T development during its 75 years of independence. On this momentous occasion, the Ministry of Science and Technology [Department of Science and Technology (DST), Department of Biotechnology (DBT), Council of Scientific and Industrial Research (CSIR)] and Ministry of Earth Sciences (MoES) organised "Techneev@75" to highlight the impact of science, technology, and innovation in fostering social equity, inclusion, and aspiration. Science and technology are widely acknowledged as crucial tools for promoting and bolstering the nation's economic and social development. Over the years, India has made substantial advancements in numerous spheres of S&T. The Indian government has long acknowledged that advances in S&T are essential for improving industrial and agricultural production, improving the quality of goods and services, and raising income levels and society's well-being. We live in a time of growing prosperity. But this is occurring alongside increasing inequalities. People are, on average, living longer and healthier lives, receiving more education and having better access to clean water, sanitation and electricity. A new middle class has emerged, fuelled by rapid growth amid the emerging economy. At the same time, poverty is stubbornly persistent in some pockets. Crises such as the COVID-19 pandemic have laid the gaps bare for all to see. Since the first industrial revolution, gaps between richer and poorer countries have widened with every spurt of progress. Our current technological surge could therefore have severe implications for developing countries. Science and technology capabilities are essential for the social and economic advancement of the nation. Science and technological advancement can benefit rural communities by opening up new livelihood opportunities and diversifying their sources of revenue. New technologies can drastically improve the way people live and work. S&T can also raise the standard of living for rural residents and make it easier for them to access services. The necessity of harnessing science and technology to transform rural India has long been acknowledged. As a result, the Government of India launched several programmes to use science and technology to promote community prosperity and the overall growth of rural areas. The Techneev@75 programme highlights the impact of STI intervention in empowering communities, whether tribal, rural, or urban. The programme aims to display the STI capacity at the fundamental level of society and quantify the extent to which STI has permeated various communities and social structures over 75 years of India's independence. It also gauges the aspirations and expectations of the communities, in addition to mulling upon prospects and what needs to be done to make these interventions scalable and sustainable. The programme also emphasised identifying grassroots innovations, enhancing them, increasing their effectiveness, and disseminating them to a large population to ensure that the impact of such innovations is reflected in better livelihood prospects. Technologies that decreased laborious tasks, saved time and energy, and increased production efficiency were identified, adapted, and promoted, inspiring the community's members to pursue entrepreneurship and launch businesses. The community stories covered in the video are just a glimpse of the testament of the communities practising local innovation at the grassroots, which are holistic, sustainable and worth propagating. #techneev #landslide #sensor #earlywarningsystem #grassroot_innovation #azadi_ka_amrit_mahotsav #livelihood

This video is about the wireless sensor network scenarios . #WSN #btech #wirelesssensornetwork #typesofsourcesandsinks #singlehopversusmultihopnetworks #typesofmobility #nodemobility #sinkmobility #eventmobility

Mohamed Sohail, Data Protection and Availability Expert and IoT Researcher, Dell-EMC Corporation Dr. Said Tabet, Sr. Consultant, Technologist, CTO Standards, EMC Corporation Suspicious behavior of sensors and hyperactivity is one of the major meters that we can rely on to detect any potential threats within a distributed environment. https://www.rsaconference.com/events/us17

Speaker: Divya Tadi ABSTRACT: The safety of miners is a major problem today.Due to several critical issues like working environment and also the after effect of it is making the  miner's health and life is vulnerable.Mining activities release harmful and toxic gases in turn exposing the associated workers into the danger of survival.Miner’s health is in jeopardy mainly due to the toxic gases which are very often released in underground mines.The human senses cannot sense these gases easily. A real time monitoring system using wireless sensor network and multiple sensors would be developed to sense, monitor and give early warning to the miner's to avoid fatalities. (Type: Talk | Track: Science and Tech | Room: Event Hall 2-2) Event Page: http://2018.fossasia.org Produced by Engineers.SG

The webinar about how to work with ADM tracking devices and sensors. It presents information, that may be useful both for an experienced user and the very new man in the telematics. 0:00 - Introduction 01:43 - What to do after you receive a device? 08:38 - How to configure the ADM trackers? 30:10 - How does it look in the telematic server? 37:26 - Trackers and sensors installation recommendation 51:10 - Questions 54:49 - What you should do to conduct basic diagnostic? For all your questions contact: Kseniya Dyachkova Sales tel.: +7 (342) 211-15-00, ext. 42 e-mail: sales@neomatica.com WhatsApp / Viber / Telegram: +7 909 100 90 90

Automatic Identification of the Wireless Sensor Network Topology in IoT and Discovery of User Routines

Presented at MobiSys 2022.

K Thiruvasagar, P Banugoban, P Vishnu, KJC Kumara and CSL Lewangamage ENGINEERING Session II: Electrical Electronics & Telecommunications Engineering

JOHANNESBURG (miningweekly.com) – An innovative wireless sensor method of mapping the subsurface of the earth could make exploration cheaper and mining safer, says Professor Musa Manzi, the award-winning director of the Seismic Research Centre of the School of Geosciences at the University of the Witwatersrand.

Tim Taberner from B+B SmartWorx speaks about Wireless Sensor Networks (WSN) and Internet of Things (IoT) at Internet of Things Applications Europe. B+B SmartWorx designs, builds and delivers connectivity and communication solutions optimized for an ever-expanding range of applications. They help meet specific needs with simple, custom tailored answers that are optimized for rugged reliability. B+B help embed connectivity in OEM products. For more information about the event see http://www.IDTechEx.com

Distributed Emergency Guiding with Evacuation Time Optimization Based on Wireless Sensor Networks To buy this project in ONLINE, Contact: Email: jpinfotechprojects@gmail.com, Website: http://www.jpinfotech.org Blog: http://www.jpinfotech.blogspot.com This paper proposes a load-balancing framework for distributed emergency guiding based on wireless sensor networks. A load-balancing guiding scheme is designed and an analytical model is derived to reduce the total evacuation time of people indoors. The guiding scheme can provide the fastest path for people to reach an exit according to the evacuation time estimated using the analytical model. Based on thorough research, this is the first distributed solution in which corridor capacity and length, exit capacity, and the concurrent movement and distribution of people are considered in estimating the evacuation time and planning escape paths. Using the proposed framework, congestion in corridors and at exits can be eased to substantially reduce the total evacuation time. Analytical and simulation results show that this approach outperforms existing schemes and can prevent people from following local optimal guiding directions that increase the evacuation time. A prototype called the Load-balancing Emergency Guiding System (LEGS) is implemented; this system can be used to compare the evacuation times and guiding directions provided by existing schemes and the proposed scheme for various distributions of people. #ns2, #ns2projects, #ns2program, #ns2tutorial

A Trigger Identification Service for Defending Reactive Jammers in Wireless Sensor Network NS2 To buy this project in ONLINE, Contact: Email: jpinfotechprojects@gmail.com, Website: http://www.jpinfotech.org Blog: http://www.jpinfotech.blogspot.com During the last decade, Reactive Jamming Attack has emerged as a great security threat to wireless sensor networks, due to its mass destruction to legitimate sensor communications and difficulty to be disclosed and defended. Considering the specific characteristics of reactive jammer nodes, a new scheme to deactivate them by efficiently identifying all trigger nodes, whose transmissions invoke the jammer nodes, has been proposed and developed. Such a trigger-identification procedure can work as an application-layer service and benefit many existing reactive-jamming defending schemes. In this paper, on the one hand, we leverage several optimization problems to provide a complete trigger-identification service framework for unreliable wireless sensor networks. On the other hand, we provide an improved algorithm with regard to two sophisticated jamming models, in order to enhance its robustness for various network scenarios. Theoretical analysis and simulation results are included to validate the performance of this framework. #ns2, #ns2projects, #ns2program, #ns2tutorial

The course entitled „Wireless Sensor Networks integrated in Internet of Things“ is three-folded: (1) Definition on basic terms, (2) introduction to wireless sensor networks, and (3) application area. The first part motivated why a basic understanding of wireless sensor networks is required today and where they are already deployed (e.g., Internet of Things, Cyber- Physical Systems). The second part of the lecture presents the basics of wireless sensor networks raising from structure, involved components, and their hardware characteristic. Followed by requirements (e.g., scalability, quality of service) the user has to be aware of when deploying a wireless sensor network and the corresponding design principles (e.g., network organization). With this basic knowledge the user is able to deploy such a network. In order to give the audience an impression where wireless sensor networks are already deployed, part three of the lecture focus on this. The application area is manifold and selected ones are presented, such as structural health and habitat monitoring, health applications, logistic and military scenarios, and automation.

In this talk, Zvi will share his experiences in developing an MQ Telemetry Transport protocol (MQTT-S) over Zigbee Gateway software in Erlang/OTP. MQTT-S is used as a publish/subscribe messaging protocol for wireless sensor networks (WSN), with the aim of extending the MQTT protocol beyond the reach of TCP/IP infrastructure for Sensor and Actuator solutions. This makes it a very efficient protocol for Machine-to-Machine (M2M) and Internet of Things connectivity. Talk objectives: • Introduce MQTT protocol, it's ecosystem and standardization efforts. • Give overview of MQTT-S - a version of MQTT specifically designed for sensors. • Show how to build wireless sensor nodes with Arduino and Zigbee. • Discuss design and implementation of MQTT-S over Zigbee gateway in Erlang/OTP. • Highlight how easy is to port Erlang code to small Linux machines like RaspberryPi and BeagleBoard. Target audience: Erlang programmers developing and/or testing web services.

Full Course of Adhoc Sensor Networks(ASN) Full Course - https://youtube.com/playlist?list=PLV8vIYTIdSnaoFjclogMhXiBFrHSL2Ar1 In this video you can learn about Introduction of Wireless Sensor Networks(WSN) with Applications and Challenges. This topic is very important for College University Semester Exams and Other Competitive exams. Adhoc Sensor network video lectures #ASNLectures 👉 Follow us on Social media: Facebook: http://tiny.cc/ibdrsz ▶️ Links for Hindi playlists of all subjects are: Data Structure: http://tiny.cc/lkppsz #DBMS : http://tiny.cc/zkppsz #Java: http://tiny.cc/1lppsz Control System: http://tiny.cc/3qppsz Computer Network Security: http://tiny.cc/6qppsz Web Engineering: http://tiny.cc/7qppsz Operating System: http://tiny.cc/dqppsz EDC: http://tiny.cc/cqppsz TOC: http://tiny.cc/qqppsz Software Engineering: http://tiny.cc/5rppsz DCN: http://tiny.cc/8rppsz Data Warehouse and Data Mining: http://tiny.cc/yrppsz Compiler Design: http://tiny.cc/1sppsz Information Theory and Coding: http://tiny.cc/2sppsz Computer Organization and Architecture(COA): http://tiny.cc/4sppsz Discrete Mathematics (Graph Theory): http://tiny.cc/5sppsz Discrete Mathematics Lectures: http://tiny.cc/gsppsz C Programming: http://tiny.cc/esppsz C++ Programming: http://tiny.cc/9sppsz Algorithm Design and Analysis(ADA): http://tiny.cc/fsppsz E-Commerce and M-Commerce(ECMC): http://tiny.cc/jsppsz Adhoc Sensor Network(ASN): http://tiny.cc/nsppsz Cloud Computing: http://tiny.cc/osppsz STLD (Digital Electronics): http://tiny.cc/ysppsz Artificial Intelligence: http://tiny.cc/usppsz Links for #GATE/#UGCNET/ PGT/ TGT CS Previous Year Solved Questions: UGC NET : http://tiny.cc/brppsz DBMS GATE PYQ : http://tiny.cc/drppsz TOC GATE PYQ: http://tiny.cc/frppsz ADA GATE PYQ: http://tiny.cc/grppsz OS GATE PYQ: http://tiny.cc/irppsz DS GATE PYQ: http://tiny.cc/jrppsz Network GATE PYQ: http://tiny.cc/mrppsz CD GATE PYQ: http://tiny.cc/orppsz Digital Logic GATE PYQ: http://tiny.cc/rrppsz C/C++ GATE PYQ: http://tiny.cc/srppsz COA GATE PYQ: http://tiny.cc/xrppsz DBMS for GATE UGC NET : http://tiny.cc/0tppsz

This video was recorded in 2016 and posted in 2021 Sponsored by IEEE Sensors Council (https://ieee-sensors.org/) Title: Miniaturization and Packaging of Implantable Wireless Sensor Nodes for Animals Monitoring Author: Jian Lu{2}, Lan Zhang{2}, Sohei Matsumoto{2}, Hiroshi Hiroshima{2}, Kouichi Serizawa{4}, Masanori Hayase{3}, Takafumi Gotoh{1} Affiliation: {1}Kyushu University, Japan; {2}National Institute of Advanced Industrial Science and Technology, Japan; {3}Tokyo University of Science, Japan; {4}Tokyo University of Science / National Institute of Advanced Industrial Science and Technology, Japan Abstract: This paper reports the development and evaluation of a ultra-small and ultra-light wireless sensor node for real time monitoring of biological information of animals. Power consumption of the sensor node was decreased dramatically by improving efficiency of the MCU and irradiation power of the RFIC, which enables a few months life time when using SR416SW batteries. Various configurations of the antenna were investigated for the pursuit of small package size, while maintain an enough communication distance of a few meters. The implant experiments were carried out to investigate performances of the sensor node as well as practicability of the package. Moreover, the feasibility study of a wireless power transmission module as the power source was performed and discussed herein. IEEE Sensors Conferences (https://ieee-sensors.org/conferences/) IEEE Sensors Journal (https://ieee-sensors.org/sensors-journal/) IEEE Sensors Letters (https://ieee-sensors.org/sensors-letters/) IEEE Internet of Things Journal (https://ieee-iotj.org/) IEEE SENSORS conference proceedings (https://ieeexplore.ieee.org/xpl/conhome/1000662/all-proceedings)

This video was recorded in 2016 and posted in 2021 Sponsored by IEEE Sensors Council (https://ieee-sensors.org/) Title: Software-Defined QoS Provisioning for Fog Computing Advanced Wireless Sensor Networks Author: Lina Huang{1}, Gaolei Li{1}, Jun Wu{1}, Lan Li{1}, Jianhua Li{1}, Rosario Morello{2} Affiliation: {1}Shanghai Jiao Tong University, China; {2}Università degli Studi Mediterranea di Reggio Calabria, Italy Abstract: Fog computing is considered as a trend for future wireless sensor networks (WSNs) due to its low latency and energy-saving. However, because different fog services have different quality of service (QoS) requirements and related data are forwarded by content-aware traffic control, it is a must for fog computing advanced WSNs to deploy QoS policy dynamically. Software-Defined Networking is a future network technique that makes the underlying networks dynamically programmable. In this paper, we propose a software-defined QoS provisioning mechanism for fog computing advanced WSNs. To our best knowledge, this paper is the first to realize software defined QoS provisioning for WSNs. IEEE Sensors Conferences (https://ieee-sensors.org/conferences/) IEEE Sensors Journal (https://ieee-sensors.org/sensors-journal/) IEEE Sensors Letters (https://ieee-sensors.org/sensors-letters/) IEEE Internet of Things Journal (https://ieee-iotj.org/) IEEE SENSORS conference proceedings (https://ieeexplore.ieee.org/xpl/conhome/1000662/all-proceedings)

Locally Exploiting Wireless Sensors Travis Goodspeed Engineer of Superior Buckles, Goodspeed and Gourneau Wireless sensors are often built with a microcontroller and a radio chip, connected only by a SPI bus. The radio, not the MCU, is responsible for symmetrical cryptography of each packet. When the key is loaded, it is sent as cleartext over the SPI bus, and an attacker with local access can steal the key using a few syringe probes and readily available hardware. This attack and other local attacks against wireless sensor networks will be presented in detail, including a live demo of an AES128 key being extracted from an operational network. Following the conclusion of the lecture, audience members will be brought onstage to perform the attack themselves on various pieces of example hardware. Travis Goodspeed is a neighborly reverse engineer from Southern Appalachia. He has been exploiting and reverse engineering wireless sensors since writing the first stack overflow exploit for them in 2007. His recent projects have included a timing attack on the MSP430 bootstrap loader and an extra-neighborly party-mode belt buckle in the shape of Tennessee. For copies of the slides and additional materials please see the DEF CON 17 Archive here: https://defcon.org/html/links/dc-archives/dc-17-archive.html

Fuzzy Logic based Routing Algorithm for Lifetime Enhancement in Heterogeneous Wireless Sensor Networ IEEE PROJECTS 2018-2019 TITLE LIST Call Us: +91-7806844441,9994232214 Mail Us: 9chennai@gmail.com Website: : http://www.nextchennai.com : http://www.ieeeproject.net : http://www.projectsieee.com : http://www.ieee-projects-chennai.com : http://www.24chennai.com WhatsApp : +91-7806844441 Chat Online: https://goo.gl/p42cQt Support Including Packages ======================= * Complete Source Code * Complete Documentation * Complete Presentation Slides * Flow Diagram * Database File * Screenshots * Execution Procedure * Readme File * Video Tutorials * Supporting Softwares Support Specialization ======================= * 24/7 Support * Ticketing System * Voice Conference * Video On Demand * Remote Connectivity * Document Customization * Live Chat Support

Underwater Wireless Sensor Network (UWSN) is a type of Wireless Sensor Network (WSN) that is deployed below the water for exploring the sea, ocean rivers etc. This is because 70% of Earth is covered with water and it is largely unexplored till now. The disasters like Tsunami, Earthquake can not be stopped but can be pre-determined well on time to save lives on-shore and off-shore. Many other problems like Bermuda Triangle where ships get sunk can also be solved with the help of UWSN. These days, UWSN is an emerging research area needs attention and needs to explore for defense projects also.

RFID technology provides a foundation, an enabling technology towards the realization of ‘zero-power’ wireless sensors and implementing the Internet-of-Things (IoT) and machine-to-machine (M2M) communication. Interest in RFID technology is further enhanced by its fundamental capability for wireless powering of devices, allowing for battery-less operation. The presentation begins with an overview of ambient energy availability and energy harvesting technology challenges for low power circuits and sensors. Design challenges and novel technologies and materials, such as paper, textiles, and inkjet/3D printing are highlighted. Special focus is placed on electromagnetic energy transfer and harvesting for range maximization of passive RFID systems. Rectenna design and optimization under different operating conditions and in different operating frequencies from HF to millimeter waves is addressed. Multiple technology harvesters leading to the development of energy harvesting assisted RFIDs are discussed. Low profile and conformal solar antennas and solar–electromagnetic harvesters including examples implemented on paper and textile substrates are presented. The integration of an antenna with a thermo-electric generator is demonstrated. Waveform optimization in wireless power transfer is addressed, and the ability to improve the RF-DC power conversion efficiency of electromagnetic energy harvesting devices by tailoring the characteristics of the transmitted signals is discussed. The last part of the talk presents application examples including wireless sensors powered from solar and electromagnetic energy harvesting, millimeter wave back-scattering, solar energy harvesting for RFID tags and sensors based on ambient backscattering.

CyLab presents Anthony Rowe, Assistant Research Professor at Carnegie Mellon University, as part of the weekly CyLab seminar series. Rowe's talk introduces a low-cost energy management system that tracks energy usage down to the individual appliance and automatically identifies sources of waste that can be optimized. The system combines multiple low-cost wireless sensor nodes with intelligent circuit-panel energy meters. He shows how distributed sensor-based detection can improve and help solve many of the installation and training challenges associated with single sensing point load disaggregation techniques.

This video was recorded in 2014 and posted in 2021 Sponsored by IEEE Sensors Council (https://ieee-sensors.org/) Title: Analysis of Efficient Dense Wireless Sensor Network Deployment in Smart City Environments Author: Peio López-Iturri, Erik Aguirre, Leire Azpilicueta, Carlos Fernández-Valdivielso, Ignacio Raúl Matías, Francisco Falcone Affiliation: Universidad Pública de Navarra, Spain Abstract: In this work, the massive deployment of wireless sensor networks inherent in the implementation of context aware Smart City environments is presented. A precise estimation considering the topology and the morphology of wide service areas, with a potential large density of transceivers is performed with the aid of in-house deterministic 3D ray launching algorithm, which is specifically adapted to the conditions of large volume and large traffic density. The precise characterization of coverage areas of all wireless transceivers, leads to optimal deployment configurations, in which interference levels are minimized, QOS is enhanced and overall energetic consumption can be optimized. IEEE Sensors Conferences (https://ieee-sensors.org/conferences/) IEEE Sensors Journal (https://ieee-sensors.org/sensors-journal/) IEEE Sensors Letters (https://ieee-sensors.org/sensors-letters/) IEEE Internet of Things Journal (https://ieee-iotj.org/) IEEE SENSORS conference proceedings (https://ieeexplore.ieee.org/xpl/conhome/1000662/all-proceedings)

As part of the Events & Topics in Bioenergy Series, Dr. Chenyang Lu gives his talk on "Smart Building with Wireless Sensor Networks". Original event info: Thursday, November 7, 2013 Washington University DUC 234 12:00pm-1:00pm You can learn even more by visiting the Photosynthetic Antenna Research Center at http://parc.wustl.edu

Vibration Energy Harvesting for Wireless Sensor Networks This is an i4Energy Seminar Speaker: Lindsay Miller, UC Berkeley Sponsors: CITRIS (Ctr for Info Technology Research in the Interest of Society), i4Energy Center Wireless sensor networks have huge potential to improve efficiency and quality of manufacturing operations, enable smart grid applications, and enable demand response/smart buildings, among other exciting applications. Ubiquitous sensor networks would allow two-way communication, real-time remote monitoring, and rapid response to changing conditions. Consider the difference between landline telephones and smart phones to imagine how wireless sensing networks might transform infrastructure, energy, and manufacturing. However, current wireless sensor nodes are expensive to maintain as batteries die and need to be replaced, and the nodes are often very difficult to install. Energy harvesting has the potential to resolve these issues and enable a stick-on, set it and forget it type of node. This talk will highlight the different types of energy harvesting research going on in our group, giving a brief overview of how each technology works and when it might be used. I will then focus in on piezoelectric vibration energy harvesting, which is the subject of my research. I will discuss experimental results of a MEMS harvester tested on machinery, optimization of the harvester, and integration of the energy harvester with energy storage. Finally, I will present a novel resonator design that is able to passively self-tune its frequency to match the input vibration.

J.-C. Chiao, Mary and Richard Templeton Centennial Chair and Professor of Electrical and Computer Engineering, shares his pioneering medical implants research, focused on the development of microdevices and integrated systems for clinical applications. The systems are based on batteryless, wireless implants and wearables with enhancements in miniaturization and functionalization.

Interested in starting a predictive maintenance program with wireless vibration sensors? Starting with the right steps can place your program on a path of long-term maintenance success. Join our vibration sensor team as they walk through the important steps to consider and share tips on how to begin setting up your program and your sensor. Covered during the webinar will be a run through of how two companies started their reliability journey. Follow their steps to understand the challenges they faced, their successes and how they can grow their program going forward. ► Register for an upcoming webinar: https://flukereliability.info/3g9pau3 ► To learn more about Accelix visit https://flukereliability.info/2V1CZmH

NEW TRENDS IN INFORMATION TECHNOLOGY AND COMMUNICATIONS APPLICATIONS 2020 (NTICT'2020) Session: Computer Network and Security Keynote Speaker: Prof. Abid Yahya (Ph. D) (Botswana International University of Science and Technology, Malaysia)

Professor: Benton Calhoun Electrical and Computer Engineering Department University of Virginia Abstract: The next generation Internet of Things (IoT) envisions trillions of miniature devices that essentially disappear into the environment and objects around us, to improve our lives by measuring information from our world and routing it to stake-holders or connected devices that take action for our benefit. The only and inevitable solution to enable this vision is self powered, batteryless sensor nodes that harvest energy from their environment. This talk frames key tradeoffs and considerations for self powered system design and describes several generations of circuit components and systems-on-chip that have enabled self powered system operation. Results from multiple generations of self powered sensing nodes demonstrate full systems with active power consumption at 20 µW, 6 µW, and 500 nW. These power levels enable reliable self powered operation across a huge breadth of deployment conditions. We also describe commercialized self powered systems deployed by Everactive, a venture-backed startup that has industrial IoT solutions in the market. Together, these results provide a capability for designing microwatt or nanowatt level wireless nodes to enable robust self powered system deployments.

Authors: Rahul Verma, Sourabh Bharti, Kiran Pattanaik Abstract: This paper proposes a novel on-node data aggregation mechanism inspired by Newton’s law of gravity. The proposed mechanism is on-node and filters out the redundant data points at the data source (sensor nodes) in periodic wireless sensor networks (WSNs). The analysis reveals that the proposed mechanism is suitable for the transient sensor data and significantly reduces the number of message exchanges between the sensor node and the next hierarchical node in the network.

We are thrilled to welcome Ahcène Bounceur (Brest University, France) as a keynote speaker at ICFITT 2017, 1st EAI International Conference on Future Internet Technologies and Trends, which will take place on August 31 - September 2, 2017, in Surat, India. Find out more: http://fintechnologies.org/

Abstract: The evolution of communication technologies over the past 140 years has enabled ubiquitous connectivity with billions of sensors globally. However, today’s technologies still face fundamental obstacles, which prevent them from seamlessly extending to complex domains like the ocean, the human body, or supply chain environments. In this talk, I will describe new technologies developed by my group that allow us to bring the Internet-of-Things (IoT) to extreme environments. First, I will describe a new generation of underwater sensor networks that can sense, compute, and communicate without requiring any batteries; our devices enable real-time and ultra-long-term monitoring of ocean vitals (temperature, pressure, coral reefs) with important applications to scientific exploration, underwater climate monitoring, and defense. Next, I will talk about new wireless technologies for sensing the human body, both from inside the body (via micro-implants) as well as from a distance (contactless), paving the way for novel diagnostic and treatment methods. Finally, I will describe new RFID based micro-logistics solutions that can bring extreme visibility to supply chain processes, with applications to retail, warehousing, and manufacturing; these technologies also allow us to extend robotic perception beyond line-of-sight, enabling robots to perform complex manipulation tasks that were not possible before. The talk will cover how we have designed and built these technologies, and how we work with medical doctors, climatologists, oceanographers, and industry practitioners to deploy them in the real world. I will also highlight the open problems and opportunities for these technologies, and how researchers and engineers can build on our opensource tools to help drive them to their full potential in addressing global challenges in climate, health, and automation. Speaker Bio: Fadel Adib is the Doherty Chair of Ocean Utilization at MIT and Associate Professor in the Media Lab and the Department of Electrical Engineering and Computer Science. He is also the founding director of the Signal Kinetics group which researches wireless and sensor technologies for health, computing, and climate. Adib was named by Technology Review as one of the world’s top 35 innovators under 35 and by Forbes as 30 under 30, and his research was recognized as one of the 50 ways MIT has transformed Computer Science. Adib’s commercialized technologies have been used to monitor thousands of patients with Alzheimer’s, Parkinson’s, and COVID19, and he has had the honor to demo his work to President Obama at the White House. Adib is also the recipient of various awards including the NSF CAREER Award (2019), the ONR Young Investigator Award (2019), the ONR Early Career Grant (2020), the Google Faculty Research Award (2017) and the Sloan Research Fellowship (2021), and his research has received Best Paper/Demo Awards at SIGCOMM, MobiCom, and CHI. Adib received his Bachelors from the American University of Beirut (2011) and his PhD from MIT (2016), where his thesis won the Sprowls award for Best Doctoral Dissertation at MIT and the ACM SIGMOBILE Doctoral Dissertation Award. Visit our site at https://oregon.chapters.comsoc.org for upcoming programs and details of previous programming

Wireless sensors with 700' range and 4+ year button battery life?? More info at http://misterhouse.blogspot.com/2017/02/wireless-sensors.html . Sensors available from http://wirelesstag.net

Clip 3/6 Speaker: Sencun Zhu · Assistant Professor · Pennsylvania State For sensor networks deployed to monitor and report real events, event source location privacy is an attractive and critical security property, which unfortunately is also very difficult and expensive to achieve. This is not only because adversaries may attack against sensor source privacy through traffic analysis, but also because sensor networks are very limited in resources. In this talk, we will discuss the techniques we have developed for enhancing source location privacy in sensor networks under a global adversarial model. Specifically, we will propose the notion of statistically strong source anonymity, where carefully chosen dummy traffic will be introduced to hide the real event sources. In addition, several privacy-preserving mechanisms will be employed to drop dummy messages on their roads to the base station to prevent explosion of network traffic. For more information go to the Cerias website (http://bit.ly/dsFCBF)

In this lecture different applications of wireless sensor networks: structural health monitoring, traffic control, telemedicine, pipeline monitoring, active volcano monitoring.

CyLab presents Osman Yagan, Assistant Research Professor at Carnegie Mellon University, as part of the weekly seminar series. Wireless sensor networks (WSNs) are distributed collection of small sensor nodes that gather security-sensitive data and control security-critical operations in a wide range of industrial, home and business applications. The current developments in the sensor technology and ever increasing applications of WSNs point to a future where the reliability of these networks will be at the core of the society's well-being, and any disruption in their services will be more costly than ever. There is thus a fundamental question as to how one can design wireless sensor networks that are both secure and reliable. In this talk, we will present our approach that addresses this problem by considering WSNs that employ a randomized key predistribution scheme and deriving conditions to ensure the k-connectivity of the resulting network. Random key predistribution schemes are widely accepted solutions for securing WSN communications and the k-connectivity property ensures that the network is reliable in the sense that its connectivity will be preserved despite the failure of any k − 1 sensors or links. Throughout, we will consider two classical key predistribution schemes, namely the Eschenauer-Gligor scheme and the pairwise scheme of Chan, Perrig, and Song. Our approach is based on the analysis of random graph models naturally induced under these schemes, and developing conditions on the network parameters (e.g., number of nodes, density of nodes in the deployed area, link failure probability, number of keys per node, key pool size), which will ensure that the resulting networks are k-connected with very high probability. The main focus of the talk will be on the latest results concerning the k-connectivity of secure WSNs under an ON-OFF communication channel model. Possible extensions to the disk communication model will also be discussed.

How to export Monnit wireless sensor data to a 3rd party web application. View our products: https://www.monnit.com/products/ Download our product catalog: https://bit.ly/ALTAcatalog Wireless Sensor Applications: https://www.monnit.com/applications/ Free IoT Webinars: https://www.monnit.com/webinars/ Follow us: Newsletter: https://www.monnit.com/iot-newsletter/ Facebook: https://www.facebook.com/monnitsensors Twitter: https://twitter.com/monnitsensors LinkedIn: https://www.linkedin.com/companies/monnit-corp-/ #Monnit #IoT #WirelessSensors #internetofthings #IoTsensors #remotemonitoring #imonnit #usingimonnit

One of the eally cool things about covering shows like REALComm/IBcon is that we quite often get first looks at new vendors and technologies. Although wireless sensors are not new to Smart Buldings , Monnit's apporach and product pffering are. Check this video out to see why.

Design and Implementation of an RSSI-based Accurate Indoor Localization Scheme for Wireless Sensor Networks

Vibration Energy Harvesting for Wireless Sensor Networks This is an i4Energy Seminar Speaker: Lindsay Miller, UC Berkeley Sponsors: CITRIS (Ctr for Info Technology Research in the Interest of Society), i4Energy Center Wireless sensor networks have huge potential to improve efficiency and quality of manufacturing operations, enable smart grid applications, and enable demand response/smart buildings, among other exciting applications. Ubiquitous sensor networks would allow two-way communication, real-time remote monitoring, and rapid response to changing conditions. Consider the difference between landline telephones and smart phones to imagine how wireless sensing networks might transform infrastructure, energy, and manufacturing. However, current wireless sensor nodes are expensive to maintain as batteries die and need to be replaced, and the nodes are often very difficult to install. Energy harvesting has the potential to resolve these issues and enable a stick-on, set it and forget it type of node. This talk will highlight the different types of energy harvesting research going on in our group, giving a brief overview of how each technology works and when it might be used. I will then focus in on piezoelectric vibration energy harvesting, which is the subject of my research. I will discuss experimental results of a MEMS harvester tested on machinery, optimization of the harvester, and integration of the energy harvester with energy storage. Finally, I will present a novel resonator design that is able to passively self-tune its frequency to match the input vibration.

Securing ad hoc on demand distance vector protocol in wireless sensor networks- IEEE PROJECTS 2018 Download projects @ www.micansinfotech.com WWW.SOFTWAREPROJECTSCODE.COM https://www.facebook.com/MICANSPROJECTS Call: +91 90036 28940 ; +91 94435 11725 IEEE PROJECTS, IEEE PROJECTS IN CHENNAI,IEEE PROJECTS IN PONDICHERRY.IEEE PROJECTS 2018,IEEE PAPERS,IEEE PROJECT CODE,FINAL YEAR PROJECTS,ENGINEERING PROJECTS,PHP PROJECTS,PYTHON PROJECTS,NS2 PROJECTS,JAVA PROJECTS,DOT NET PROJECTS,IEEE PROJECTS TAMBARAM,HADOOP PROJECTS,BIG DATA PROJECTS,Signal processing,circuits system for video technology,cybernetics system,information forensic and security,remote sensing,fuzzy and intelligent system,parallel and distributed system,biomedical and health informatics,medical image processing,CLOUD COMPUTING, NETWORK AND SERVICE MANAGEMENT,SOFTWARE ENGINEERING,DATA MINING,NETWORKING ,SECURE COMPUTING,CYBERSECURITY,MOBILE COMPUTING, NETWORK SECURITY,INTELLIGENT TRANSPORTATION SYSTEMS,NEURAL NETWORK,INFORMATION AND SECURITY SYSTEM,INFORMATION FORENSICS AND SECURITY,NETWORK,SOCIAL NETWORK,BIG DATA,CONSUMER ELECTRONICS,INDUSTRIAL ELECTRONICS,PARALLEL AND DISTRIBUTED SYSTEMS,COMPUTER-BASED MEDICAL SYSTEMS (CBMS),PATTERN ANALYSIS AND MACHINE INTELLIGENCE,SOFTWARE ENGINEERING,COMPUTER GRAPHICS, INFORMATION AND COMMUNICATION SYSTEM,SERVICES COMPUTING,INTERNET OF THINGS JOURNAL,MULTIMEDIA,WIRELESS COMMUNICATIONS,IMAGE PROCESSING,IEEE SYSTEMS JOURNAL,CYBER-PHYSICAL-SOCIAL COMPUTING AND NETWORKING,DIGITAL FORENSIC,DEPENDABLE AND SECURE COMPUTING,AI - MACHINE LEARNING (ML),AI - DEEP LEARNING ,AI - NATURAL LANGUAGE PROCESSING ( NLP ),AI - VISION (IMAGE PROCESSING),mca project INFORMATION FORENSICS AND SECURITY 1. A Geo-Indistinguishable Location Perturbation Mechanism for Location-Based Services Supporting Frequent Queries (May 2018 ) 2. Secure Fine-Grained Access Control and Data Sharing for Dynamic Groups in the Cloud (Aug. 2018) 3. An Efficient MSB Prediction-Based Method for High-Capacity Reversible Data Hiding in Encrypted Images (July 2018 ) 4. Enabling Identity-Based Integrity Auditing and Data Sharing With Sensitive Information Hiding for Secure Cloud Storage (25 June 2018) 5. Combining Data Owner-Side and Cloud-Side Access Control for Encrypted Cloud Storage (Aug. 2018 ) 6. Leveraging spatial diversity for privacy aware location based services in mobile networks (June 2018 ) 7. Efficient retrieval over documents encrypted by attributes in cloud computing(Oct. 2018) 8. Enhanced Instant Message Security and Privacy Protection Scheme for Mobile Social Network Systems (12 March 2018) 9. Exploring Feature Coupling and Model Coupling for Image Source Identification 10. Supervised and Unsupervised Aspect Category Detection for Sentiment Analysis With Co-Occurrence Data 11. Towards Shared Ownership in the Cloud 12. Anomaly Detection and Attribution in Networks With Temporally Correlated Traffic 13. Caching Encrypted Content Via Stochastic Cache Partitioning 14. Fast Rerouting Against Multi-Link Failures Without Topology Constraint 15. Joint Optimization of Multicast Energy in Delay-Constrained Mobile Wireless Networks 16. On Practical Construction of Quality Fault-Tolerant Virtual Backbone in Homogeneous Wireless Networks 17. A Network Coding and DES Based Dynamic Encryption Scheme for Moving Target Defense 18. A Practical Public Key Encryption Scheme Based on Learning Parity with Noise 19. 3-HBP: A Three-Level Hidden Bayesian Link Prediction Model in Social Networks 20. Cyber threats under the Bed 21. Exploring Feature Coupling and Model Coupling for Image Source Identification 22. Supervised and Unsupervised Aspect Category Detection for Sentiment Analysis With Co-Occurrence Data 23. Towards Shared Ownership in the Cloud NETWORK,SOCIAL NETWORK 1. Analyzing and Detecting Money-Laundering Accounts in Online Social Networks 2. Shared Predictive Cross-Modal Deep Quantization 3. 3-HBP: A Three-Level Hidden Bayesian Link Prediction Model in Social Networks BIG DATA

Presented at the 14th ACM Conference on Embedded Networked Sensor Systems (SenSys 2016) http://sensys.acm.org/2016/

This paper presents the simulation of distributed wireless sensor networks (WSNs) consisting of autonomous mobile nodes that communicate, with or without a central/root node, as desired for edge artificial intelligence (edge-AI). We harness the high-resolution and multidimensional sensing characteristics of IEEE 802.15.4 standard and Routing Protocol for Low-Power and Lossy Networks (RPL) to implement dynamic, asynchronous, event-driven, targeted communication in distributed WSNs. We choose Contiki-NG/Cooja to simulate two WSNs, one with and the other without a root node. The simulations are assessed on the network Quality of Service (QoS) parameters such as throughput, network lifetime, power consumption, and packet delivery ratio. The simulation outputs show that the sensor nodes at the edge communicate successfully with the specific targets responding to particular events in an autonomous and asynchronous manner. The performance is slightly degraded when using the RPL WSN with a root node. This work shows how to simulate and evaluate distributed WSNs using the Cooja simulator which would be useful for designing such networks for edge-AI applications, such as visual surveillance, monitoring in assisted living facilities, intelligent transportation with connected vehicles, automated factory floors, immersive social media experience, and so on.

Invited Talk : Title: Localization of Wireless sensor networks: Techniques and Future Trends Author: Saroja Kanchi, Kettering University, USA Time Stamps 00:00 Introduction 01:14 Agenda 02:53 WSN 05:46 Localization of WSN 13:13 Terminology 14:25 Deployment Assumptions 16:41 Algorithmic Techniques 21:31 Recent Results 24:43 Component-Based Techniques 27:11 Results 33:22 Future work #Localization #Wirelesssensornetworks #Techniques #FutureTrends

www.americasdefensestore.com There are so many things your home security and automation system can to today. Click on the link above to look at options. Contact Americas Defense Store today for help. https://www.youtube.com/watch?v=sb3NXCfUAHw&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus Ultrasync hub training video 1 event history from app 2018 https://www.youtube.com/watch?v=fbd82aAiiuM&index=2&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus Adding modifying deleting users Interlogix ultrasync hub training ADS diy https://www.youtube.com/watch?v=bdyamMCBQSk&index=3&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus Ultrasync smart home system integrator video ADS training video https://www.youtube.com/watch?v=E1OYcQy9fH8&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=4 Ultrasync hub app training adding smart devices & changing background 2018 https://www.youtube.com/watch?v=q6KJXuONQzo&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=5 Ultrasync hub training walk test with phone app from ADS https://www.youtube.com/watch?v=9b6Isunk11o&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=6 Ultrasync hub training walk, test system test and setup by ADS https://www.youtube.com/watch?v=OmVxE0eJfkM&index=7&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus Installing the ultrasync hub by ADS security https://www.youtube.com/watch?v=XtqC8YaWMd8&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=8 Interlogix ultrasync hub firefighter – protect your home from fire ADS https://www.youtube.com/watch?v=S9dKzW6ohz4&index=9&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus How to add z-wave smart devices to ultrasync hub by ADS https://www.youtube.com/watch?v=PVoYi9h9prU&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=10 How to add Ultrasync+ app to apple or android devices by ADS https://www.youtube.com/watch?v=n3hvYQcVIzY&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=11 how to add z-wave light module to ultrasync hub by ADS https://www.youtube.com/watch?v=U5DlBn5IuoY&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=12 How to add motion sensor to ultrasync hub by ADS https://www.youtube.com/watch?v=9Vrl-pArF30&index=13&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus How to add water sensor to ultrasync hub diy home security by ADS https://www.youtube.com/watch?v=059iEhtuYR4&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=14 How to add sensors to your ultrasync hub home DIY security system ADS https://www.youtube.com/watch?v=J_dHZpF3YsI&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=15 Easy diy smart home devices – lights thermostats locks garage doors https://www.youtube.com/watch?v=zBc9DXmTkR0&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=16 Connect Ultrasync hub to wifi in discovery mode for best diy security system https://www.youtube.com/watch?v=q-8jkB8CDIg&index=17&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus Configuring the ultrasync hub diy home security tips and instructions on how to https://www.youtube.com/watch?v=RGKKyk1A_ic&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=18 First time tips for ultrasync hub configuration as installer or user with defaults https://www.youtube.com/watch?v=2kstC3MFRxc&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=20 How to set time and chime notification settings for sensor activations by ADS https://www.youtube.com/watch?v=LZEVWfGot38&index=21&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus Ultrasync Hub how to arm disarm stay arm away bypass by ADS https://www.youtube.com/watch?v=GNliZbOKAIw&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=22 Adding and connecting a wter sensor to your Ultrasync HUB by ADS https://www.youtube.com/watch?v=51FHOX8h17Q&list=PLbCt-JOYLq9vQOdTU1SeB5-Ym1qQYWaus&index=23 Adding and installing D/W sensors to your ultrasync HUB by ADS

Campbell Scientific's wireless-sensor network devices allow sensors to be installed at a distance from the datalogger without connecting cables. This video introduces you to the basics of a Campbell Wireless Sensor Network. We cover the hardware components and some of the software needed. Campbell Wireless Sensor networks provide reliable, low maintenance, low power methods for making measurements in applications where cabled sensors are impractical or otherwise undesirable.

Want to know how you can cut down your fuel costs dramatically? Then, you've come to the right place. Watch Uffizio's Vinit Bhadra & Mielta Tech's Obidjanova Mushtariy co-host this amazing webinar on fuel management systems. Learn how to eliminate fuel thefts & take control over your fuel-related expenses. So, start watching! Your pathway to savings awaits! Know more about our services at: https://www.uffizio.com/​​​​ Follow Us: Facebook: https://www.facebook.com/uffizio​​​​ Twitter: https://twitter.com/uffizio1?lang=en​​​​ Linkedin: https://www.linkedin.com/company/uffizio-india-software/

Internet of Things and Big Data Lecturer: Prof. Rung-Ching Chen https://scholar.google.com.tw/citations?user=cI6LL6AAAAAJ&hl=en Teaching Assistant: Christine Dewi https://scholar.google.com/citations?user=VUUWGkgAAAAJ&hl=en Chaoyang University of Technology, Taichung, Taiwan. https://web.cyut.edu.tw/index.php?Lang=zh-tw #PhDClass #CYUT #Taiwan #IoT

At the Gurtam Telematics-2018 Partner Conference we have presented BLE sensors ADM31 and ADM32 for wireless control of temperature, illumination, inclination etc. Sensors are working with our smallest trackers ADM007 BLE and sending information via Bluetooth. They don't need to be connected to the tracker with wires, which allows a very easy installation and ensures the reliability of the system. Moreover, this solution minimizes cargo damage and might be quickly reinstalled to any other site. BLE sensors ADM has got an IP case, replaceable battery and autonomous operation up to 2 years. This system is indispensable for control of refrigerators and other objects. For more information, see our presentation and video. _________________________________________________________ Neomatica is a designer and manufacturer of ADM equipment, which is the basis of an effective control system for any moving and stationary object.

By - Mr. Chinmay Kolhatkar Embedded Software Engineer Protech Engg Services Pvt. Ltd.

Packet route from computer to remote server and back. Submarine cables for Internet between continents. Transport layer. TCP and UDP connection and ports.

Setup your Honeywell home redlink thermostat, Gateway and wireless sensors. This setup works with the Honeywell TCC app similar to the WiFi version thermostats no WiFi needed, PLEASE LIKE AND SUBSCRIBE #d2dnyac #honeywell #thermostat

Hi, Welcome to our Youtube Channel. This video will show step by step to add Wireless Sensor on Netbotz 250. If you have any question, please leave in the comment. Thanks. #EMS #DCIM #APC #SchneiderElectric #SynnexMetrodataIndonesia #Netbotz Appliance #NBRK0250

Wireless Sensor Networks are coming of age. This ARC Advisory Group Podcast Video with analyst Harry Forbes discusses the current state of the Wireless Sensor market size and market growth. He discusses the Industrial Wireless Sensor Market, wireless sensing, wireless sensors and the benefits of lower installation costs for applications in Process Automation and Industrial Automation. Wireless sensors are being used in process control loops and for process control. There are a converging set of wireless standards that are all based on IEEE standards of radio communications. Low power wireless is become more prevalent as is energy scavenging for wireless sensors.

In the world of Structural Health Monitoring, it is very important to understand and analyze the dynamic vibrations suffered by the structure. In this webinar Ferdinando Frediani, COO of Move Solutions will talk about how and why to perform a #vibrational monitoring with a completely wireless sensor system.

PART 1 Welcome Remarks- Dr. John Richard Hizon (UP EEEI Director) Message from PCARI- Dr. William Padolina (CHED-PCARI Executive Director) Hosted by the Resilient Sensory Swarms for Smart Energy and Environment Monitoring (RESE2NSE) Project Supported by the Commission on Higher Education - Philippine-California Advanced Research Institutes (CHED-PCARI) The RESE2NSE Project is a collaboration between the Electrical and Electronics Engineering Institute, University of the Philippines Diliman and the University of California Berkeley.

Video demonstration of creating an iMonnit account and setting up a Monnit wireless sensor network. View our products: https://www.monnit.com/products/ Download our product catalog: https://bit.ly/ALTAcatalog Wireless Sensor Applications: https://www.monnit.com/applications/ Free IoT Webinars: https://www.monnit.com/webinars/ Follow us: Newsletter: https://www.monnit.com/iot-newsletter/ Facebook: https://www.facebook.com/monnitsensors Twitter: https://twitter.com/monnitsensors LinkedIn: https://www.linkedin.com/companies/monnit-corp-/ #Monnit #IoT #WirelessSensors #internetofthings #IoTsensors #remotemonitoring ##imonnit #usingimonnit

#ILKOM #ilmukomputer #trendpenelitian #metodepenelitianiot #proposalpenelitianiot #jurnalpenelitianiot #penelitiantentangiot Kuliah Daring: Trend Penelitian Bidang Ilmu Komputer Materi : Sensor & Wireless Sensor Network) Prodi Teknik Informatika - STMIK Banjarbaru 10 Desember 2020 Tag: wsn, Sensor & Wireless Sensor Network, Sensor, Wireless Sensor Network, wireless sensor wireless sensor network, wireless sensor network architecture, wireless sensor network applications, wireless sensor network adalah, wireless sensor network application, wireless sensor network arduino, wireless sensor network and iot, wireless sensor network advantages and disadvantages, wireless sensor network applied in home control, a wireless sensor network air pollution monitoring system, a wireless sensor network is, wireless sensor network book, wireless sensor network book pdf, wireless sensor network block diagram, wireless sensor network books free download wireless sensor network-based air quality monitoring system wireless sensor network benefit wireless sensor network by matlab wireless sensor network based agriculture field monitoring system wireless sensor network components wireless sensor network challenges wireless sensor network characteristic is wireless sensor network code in matlab wireless sensor network communication protocols wireless sensor network characteristics wireless sensor network course wireless sensor network challenges and solutions wireless sensor network diagram wireless sensor network designs wireless sensor network definition pdf wireless sensor network definition wireless sensor network dataset wireless sensor network designs anna hac pdf wireless sensor network design wireless sensor network disadvantages wireless sensor network example wireless sensor network examples wireless sensor network ebook wireless sensor network explain wireless sensor network exam wireless sensor network esp8266 wireless sensor network energy model wireless sensor network energy harvesting wireless sensor network forest fire detection wireless sensor network fire detection sensors for wireless sensor network wireless sensor network features wireless sensor network formation wireless sensor network full details wireless sensor network frameworks wireless sensor network faults wireless sensor network gateway wireless sensor network group wireless sensor network general framework wireless sensor network growth wireless sensor network growing wireless sensor network history wireless sensor network hardware wireless sensor network health monitoring wireless sensor networks healthcare applications wireless sensor network human body wireless sensor network hydrology wireless sensor network in iot wireless sensor network in agriculture wireless sensor network in precision agriculture application wireless sensor network is wireless sensor network in matlab wireless sensor network ieee wireless sensor network implementation wireless sensor network internet of things wireless sensor network journal wireless sensor network journal paper wireless sensor network kit wireless sensor network key management survey and taxonomy wireless sensor network keyword wireless sensor network localization wireless sensor network lora wireless sensor network landslide monitoring wireless sensor network localization techniques wireless sensor network là gì wireless sensor network layers wireless sensor networks lecture notes wireless sensor network limitations wireless sensor network matlab code wireless sensor network model wireless sensor network matlab modul wireless sensor network wireless sensor network mcq wireless sensor network meaning wireless sensor network market wireless sensor network mcq sanfoundry wireless sensor network node wireless sensor network node architecture wireless sensor network notes wireless sensor networks nptel wireless sensor network ns3 wireless sensor network nedir wireless sensor networks ns2 tcl code wireless sensor network nuclear power plants wireless sensor network overview wireless sensor network optimization wireless sensor network optimization problems wireless sensor network on matlab wireless sensor network or node wireless sensor networks online course wireless sensor network optimization matlab code wireless sensor network omnet++ example types of sensors in wireless sensor networks role of sensors in wireless sensor networks wireless sensor network pdf wireless sensor network security wireless sensor network simulator wireless sensor network simulation using omnet++ wireless sensor network simulation matlab code wireless sensor network survey paper wireless sensor network smart city wireless sensor network slideshare wireless sensor network topology wireless sensor network technology wireless sensor network thesis wireless sensor network tutorialspoint wireless sensor network technology of iot wireless sensor network types wireless sensor network tutorial

Wireless sensor networks are destined to see widespread adoption in such diverse sectors as industrial process control, health care, and home automation. The promise and application domain of this field continues to grow, but several false-starts have limited deployments to date. Recent technological breakthroughs in reliability and power consumption have enabled new "industrial strength" networks to finally deliver on the promise of this exciting technology. Brutal standards battles between multi-billion-dollar companies attest to the commercial impact that the technology is now enjoying. This talk will cover some of the history of the field, along with the problems and their solutions, commercial applications, and research directions.

報告者：中興工程顧問社 林子軒 副研究員 內容摘要：無線感測網路與物聯網已廣泛應用於各防災領域，然而，對於在地底下這類的極端環境，無線感測網路是否能夠發揮其功用，是值得探討的議題。本次演講主要介紹地下無線感測網路(Underground Wireless Sensor Networks)相關理論分析與現地實驗結果。

T3 - Wireless: Sensor to Cloud ft. Jeff Reiser & Sandro Esposito. See all of our SignalFire Wireless & Telemetry Solutions: https://bit.ly/3eaLVuf

Energy Harvesting Sensor Technology is growing all across the IoT. View our discussion on the topics below: How do we define the IoT, and how big is the IoT How are sensors used to collect data within the IoT Overview of a new energy-harvesting wireless sensor Practical application review for wireless sensors #ONSemiconductor #EnergyHarvesting #Wireless

The course regards the Hardware-In-the-Design-Flow (HIDF) developed by IIT in the context of the SMAC project. The course includes an introduction on the SMAC project, an introduction on Impulse-Radio Ultra-Wide-Band and the applicability of HIDF in the context of Wireless Sensor Networks (WSN) and concludes with references to the inclusion of MEMS in an HIDF design flow.

Discover state of the art, brand name smartphones, televisions, home theater systems and more. Prices shown on the previously recorded video may not represent the current price. View hsn.com to view the current selling price.SHOP NOW http://www.hsn.com Find Your Thrill: https://www.hsn.com Watch Live: https://www.hsn.com/watch/live StayConnected with HSN: Like HSN on Facebook: https://www.facebook.com/HSN/ HSN Instagram: https://www.instagram.com/hsn/ Follow HSN on Twitter: https://twitter.com/HSN HSN on Pinterest: https://www.pinterest.com/hsn/ HSN YouTube: https://www.youtube.com/hsntv About HSN: Welcome to HSN. The spot with one-of-a-kind finds. And the place where you are celebrated every day for what makes you remarkable. We provide the thrill of discovery and unique experiences you can’t find anywhere else with a great collection of uncommonly brilliant products from fashion and beauty to home, jewelry and electronics. HSN delivers the full immersive shopping experience no one else can.

powered by SAMSUNG ELECTRONICS Co., LTD. Dark Sacred Sword Curry

powered by SAMSUNG ELECTRONICS Co., LTD. Dark Sacred Sword Curry

Discover state of the art, brand name smartphones, televisions, home theater systems and more. Prices shown on the previously recorded video may not represent the current price. View hsn.com to view the current selling price.SHOP NOW http://www.hsn.com Find Your Thrill: https://www.hsn.com Watch Live: https://www.hsn.com/watch/live StayConnected with HSN: Like HSN on Facebook: https://www.facebook.com/HSN/ HSN Instagram: https://www.instagram.com/hsn/ Follow HSN on Twitter: https://twitter.com/HSN HSN on Pinterest: https://www.pinterest.com/hsn/ HSN YouTube: https://www.youtube.com/hsntv About HSN: Welcome to HSN. The spot with one-of-a-kind finds. And the place where you are celebrated every day for what makes you remarkable. We provide the thrill of discovery and unique experiences you can’t find anywhere else with a great collection of uncommonly brilliant products from fashion and beauty to home, jewelry and electronics. HSN delivers the full immersive shopping experience no one else can.

Samsung Electronics Co., Ltd. (Korean: 삼성전자; Hanja: 三星電子) is a South Korean multinational electronics company headquartered in Suwon, South Korea. It is the flagship subsidiary of the Samsung Group, amounting to 70% of the groups revenue in 2012, and has been the world's largest information technology company by revenues since 2009. Samsung Electronics has assembly plants and sales networks in 80 countries and employs around 370,000 people. For 2012 the CEO is Kwon Oh-Hyun. Samsung has long been a major manufacturer of electronic components such as lithium-ion batteries, semiconductors, chips, flash memory and hard drive devices for clients such as Apple, Sony, HTC and Nokia. This video is targeted to blind users. Attribution: Article text available under CC-BY-SA Creative Commons image source in video

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This is an audio version of the Wikipedia Article: https://en.wikipedia.org/wiki/Apple_Inc._v._Samsung_Electronics_Co. 00:02:02 1 Origin 00:04:34 2 South Korean courts 00:05:56 3 Japanese courts 00:07:01 4 German courts 00:09:41 5 French and Italian courts 00:10:26 6 Dutch courts 00:12:36 7 Australian courts 00:13:25 8 British courts 00:14:31 9 U.S. courts 00:14:36 9.1 First U.S. trial 00:16:30 9.1.1 First trial verdict 00:18:47 9.1.2 Injunction of U.S. sales during first trial 00:20:25 9.1.3 First trial appeal 00:24:43 9.1.4 First trial controversy 00:27:40 9.1.5 First Retrial of damages amount from first U.S. trial 00:29:05 9.1.6 Supreme Court decision of First Trial 00:29:43 9.1.7 Second Retrial of damages amount from first U.S. trial 00:30:32 9.2 Second U.S. trial 00:35:01 10 See also Listening is a more natural way of learning, when compared to reading. Written language only began at around 3200 BC, but spoken language has existed long ago. Learning by listening is a great way to: - increases imagination and understanding - improves your listening skills - improves your own spoken accent - learn while on the move - reduce eye strain Now learn the vast amount of general knowledge available on Wikipedia through audio (audio article). You could even learn subconsciously by playing the audio while you are sleeping! If you are planning to listen a lot, you could try using a bone conduction headphone, or a standard speaker instead of an earphone. Listen on Google Assistant through Extra Audio: https://assistant.google.com/services/invoke/uid/0000001a130b3f91 Other Wikipedia audio articles at: https://www.youtube.com/results?search_query=wikipedia+tts Upload your own Wikipedia articles through: https://github.com/nodef/wikipedia-tts Speaking Rate: 0.8596134951030461 Voice name: en-US-Wavenet-F "I cannot teach anybody anything, I can only make them think." - Socrates SUMMARY ======= Apple Inc. v. Samsung Electronics Co., Ltd. was the first of a series of ongoing lawsuits between Apple Inc. and Samsung Electronics regarding the design of smartphones and tablet computers; between them, the companies made more than half of smartphones sold worldwide as of July 2012. In the spring of 2011, Apple began litigating against Samsung in patent infringement suits, while Apple and Motorola Mobility were already engaged in a patent war on several fronts. Apple's multinational litigation over technology patents became known as part of the mobile device "smartphone patent wars": extensive litigation in fierce competition in the global market for consumer mobile communications. By August 2011, Apple and Samsung were litigating 19 ongoing cases in nine countries; by October, the legal disputes expanded to ten countries. By July 2012, the two companies were still embroiled in more than 50 lawsuits around the globe, with billions of dollars in damages claimed between them. While Apple won a ruling in its favor in the U.S., Samsung won rulings in South Korea, Japan, and the UK. On June 4, 2013, Samsung won a limited ban from the U.S. International Trade Commission on sales of certain Apple products after the commission found Apple had violated a Samsung patent, but this was vetoed by U.S. Trade Representative Michael Froman.On December 6, 2016, the United States Supreme Court decided 8-0 to reverse the decision from the first trial that awarded nearly $400 million to Apple and returned the case to Federal Circuit court to define the appropriate legal standard "article of manufacture" because it is not the smartphone itself but could be just the case and screen to which the design patents relate.

Won Pyo Hong, President and Head of Media Solution Center, Samsung Electronics "What if smart phones connect all?" Presentation during the session "What if" at the Innovation Convention 2014 Speakers of the session: - Peter Vesterbacka, Chief Marketing Officer and Mighty Eagle of Rovio Entertainment; - Gabi Zedlmayer, VP & Chief Progress Officer Hewlett-Packard - Won Pyo Hong, President and Head of Media Solution Center, Samsung Electronics Moderator: Peter Droell, Director, European Commission The second edition of the Innovation Convention took place in Brussels on 10 and 11 March 2014. It brought together an eclectic mix of world renowned speakers looking at different aspects of innovation. The Innovation Convention is an essential part of the Innovation Union flagship initiative, the EU's roadmap to turn Europe into a more innovation-friendly and competitive continent. Highlights of the first day: http://www.youtube.com/watch?v=zjJYPRuJKMQ Highlights of the second day: http://www.youtube.com/watch?v=u5z-ohxXbGQ Innovation Convention 2014 website: http://www.ec.europa.eu/euic2014 Innovation Union website: http://www.ec.europa.eu/innovation-union

Questions and answers following the presentations of: - Peter Vesterbacka, Chief Marketing Officer and Mighty Eagle of Rovio Entertainment ("What if games were educational?") - Gabi Zedlmayer, VP & Chief Progress Officer Hewlett-Packard ("What if business goes social?") - Won Pyo Hong, President and Head of Media Solution Center, Samsung Electronics ("What if smart phones connect all?") Moderator: Peter Droell, Director, European Commission The second edition of the Innovation Convention took place in Brussels on 10 and 11 March 2014. It brought together an eclectic mix of world renowned speakers looking at different aspects of innovation. The Innovation Convention is an essential part of the Innovation Union flagship initiative, the EU's roadmap to turn Europe into a more innovation-friendly and competitive continent. Highlights of the first day: http://www.youtube.com/watch?v=zjJYPRuJKMQ Highlights of the second day: http://www.youtube.com/watch?v=u5z-ohxXbGQ Innovation Convention 2014 website: http://www.ec.europa.eu/euic2014 Innovation Union website: http://www.ec.europa.eu/innovation-union

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Dr. Injong Rhee, Samsung Electronics - CTO & EVP of Software & Services, Mobile Communications Business

Samsung Electronics Showcases New Era Of Micro LED Technology.. Welcome back to Tech Hype, Today on this channel, we feature Samsung Electronics Showcases New Era of Micro LED Technology. In this year’s Integrated Systems Europe event that will happen in Barcelona, Spain, Samsung will finally reveal its 2022 Model of the Wall. Samsung will proudly reveal its innovative modular Micro LED display that will provide the ultimate viewing experience in large screen format. Stick around on this channel, and make sure not to miss this video. As we are going to present Samsung Electronics Showcases New Era of Micro LED Technology. #SamsungElectronics #MicroLEDDisplay #ISE2022 Samsung Micro LED Modular TVs - Better than OLED & QLED!? | The Tech Chap https://www.youtube.com/watch?v=tkLIBCq5RZo Samsung at CES 2021: Micro-LED surprises and Q900 QLED NEO https://www.youtube.com/watch?v=h4p_SiPSbVA Samsung just made everything else OBSOLETE https://www.youtube.com/watch?v=Piteu5gyKq0

Enjoy this inspiring #BILivecast from Austin, Texas featuring these powerful brand leaders: Janet Lee, Chief Marketing Officer, Mobile Experience, Samsung Electronics America Moderated by: Kristen Elliott, Head of Sales Integration, Kargo LIKE, COMMENT, SUBSCRIBE & SHARE! 🗓 Browse our upcoming livecasts & events: https://www.brand-innovators.com/live... 🏆 Check out our CMO of the Week & other brand marketing news: https://www.brand-innovators.com/news 🤝 Stay Connected with Brand Innovators: LinkedIn: https://www.linkedin.com/company/brand-innovators-llc/ Instagram: https://www.instagram.com/brandinnovators/ Twitter: https://twitter.com/BrandInnovators TikTok: https://www.tiktok.com/@brand_innovators #BrandInnovators #BrandMarketing #MarketingCommunity #BISummit #BiLivecast

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Samsung Electronics presenta sus nuevos productos en una presentación virtual en el marco del Mobile World Congress 2021. Fuente: Reuters Artículo relacionado: https://www.lavanguardia.com/economia/20210628/7547819/hologramas-comunicacion-3d-5g.html

Samsung Electronics presenta sus nuevos productos durante una presentación virtual en el marco del Mobile World Congress 2021. #MWC #Samsung #Productos ¿Quieres más historias? Suscríbete a nuestro canal ► https://goo.gl/L2MPk1 Visita ElMundo: https://www.elmundo.es Todos nuestros vídeos: https://goo.gl/r9Vzu8 Síguenos en las redes sociales: En Facebook: https://www.facebook.com/elmundo/ En Twitter: https://twitter.com/elmundoes En Instagram: https://www.instagram.com/elmundo_es

VMware at Mobile World Congress 2017 - Interview with Kevin Gilroy, EVP, Samsung Electronics America

OPENING SPEECH Jong-Hee Han. CEO Global. SAMSUNG ELECTRONICS

#Reuters #News #Live #MWC21

Cello SCLIS Demand Sensing, with its Brightics AI-based analytics model, enables companies to maximize sales opportunities while avoiding excess inventory to reduce logistics expenses through more accurate and detailed demand forecasting. To learn more Cello SCLIS, please visit http://bit.ly/2GZAIgf

'Audio Press Releases' for you to get the Samsung semiconductor news the fastest. Subscribe and keep up with the most recent news! Samsung Electronics, the world leader in advanced memory technology, today unveiled an array of next-generation memory and storage technologies during Flash Memory Summit 2022, held at the Santa Clara (California) Convention Center, Aug. 2-4. In a keynote titled "Memory Innovations Navigating the Big Data Era," Samsung spotlighted four areas of technological advancement driving the big data market — data movement, data storage, data processing and data management — and revealed its leading-edge memory solutions addressing each field. ✓ 00:00 Samsung Electronics unveiled an array of next-generation memory and storage technologies during Flash Memory Summit 2022 ✓ 00:43 Petabyte Storage: maximizing server utilization ✓ 01:16 Memory-semantic SSD: AI- and ML-optimized storage ✓ 01:59 Telemetry: enabling more reliable data center management #Samsungsemiconductor #FlashMemorySummit2022 #MemorySolutions

Taking pride of place on the Samsung Electronics booth at this year’s Passenger Terminal EXPO were two new products: the all-new LED130 display, a 130in screen fitted with a touchscreen overlay for passenger wayfinding; and the Samsung Flip, a portable screen that is a perfect solution for gate personnel to post important last-minute information. Kevin McGlasson, business development manager at Samsung Electronics, explains more.

John Curtis is Vice President and General Manager of Samsung Electronic America’s B2B Mobile division, overseeing product, business management, sales, and customer success for Samsung’s full range of mobile hardware, software, and solutions. Watch the Mastermind Keynote from FinovateFall 2021.

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Vertical End Game brought together influencers of the digitalization of healthcare. The event was organized by Vertical (www.vertical.vc) in collaboration with The Finnish Medical Association, Sonera, Sitra, Samsung, Nordic Healtcare Group, Aalto university and Lääketieteenkandidaattiseura ry. The event was moderated by Matthew Holt (Health 2.0) and speakers included: Luis Barros (LB Ventures) Carlos Jaime (Samsung) Antti Kivelä (Sitra) Ilkka Kunnamo (Duodecim) Marja-Leena Rinkineva (City of Helsinki) Niklas Sundler (TeliaSonera Healthcare) Jaqueline Thong (Klio Health) Edgar van Zoelen (Philips Health Suite Labs) Live stream at the event was provided by Flik. Vertical (www.vertical.vc) is a startup accelerator located in Finland. It helps promising startup companies to develop their business and get to market in collaboration with large companies and public organizations.

Yoon C. Lee, SVP, Head of Content and Services, Head of the Product Innovation Team at Samsung Electronics America sits down with VentureBeat CEO to discuss Samsung's role in IoT, implementing AI strategically, and how to treat data with context. Transform 2018 - Aug. 21, 2018 - Mill Valley, CA https://vbevents.venturebeat.com/transform2018 #VBTransform

#MindSpeak Session with @Changarampatt,Director IM – Samsung Electronics East Africa, @SamsungmobileKE, Internet, Mobile, Galaxy Alpha, Africa, The New Economy, #Africarising.

Samsung's Scott Cohen sits down with Caleb and Maude to discuss Samsung's hottest A/V products, QLED vs. OLED TV, and how MicroLED might be the next big thing GET UP-TO-THE-MINUTE COVERAGE OF CES 2018 BELOW: https://www.digitaltrends.com/ces/ SUBSCRIBE FOR THE LATEST VIDEOS http://bit.ly/DTYouTubeSub VISIT DIGITAL TRENDS http://www.digitaltrends.com/ DT Daily: https://www.youtube.com/playlist?list=PL8110CBCACD741FEC DT Originals: https://www.youtube.com/playlist?list=PLEA870D36335F60D2 DT Podcasts: https://www.youtube.com/playlist?list=PLZEIwIHCxaFVemFMYm9Uqixqt7RxRJnhf FOLLOW US! https://www.facebook.com/digitaltrends https://twitter.com/digitaltrends https://www.instagram.com/digitaltrends https://plus.google.com/+digitaltrends/posts

BFSI Leadership Summit 2016 - Inauguration : Sukesh Jain, Vice President, Samsung Electronics objective: 1.) Creating awareness about BFSI initiatives in Maharashtra and across the nation. 2.) Technology to take banking and financial services to the last mile. 3.) Aadhaar, DBT and other key initiatives towards reimbursement of subsidies and other financial services to the remotest areas. 4.) Platform to discuss challenges & opportunities and bring out recommendations from policy makers, bankers. Industry and regulators towards the growth of BFSI services across the nation. 5.) Banking the unbanked and provide them with the robust payment mechanisms in delivering financial services. 6.) Encouraging the banking expanse through rural and cooperative banking. Glimpses: http://goo.gl/oX1A4Y Agenda: http://goo.gl/lUfYt6

Dr. Oh-Hyun Kwon, Vice Chairman & CEO, Samsung Electronics Co., Ltd., speaks with Economic Club president David M. Rubenstein on Thursday October 19, 2017

A close look at the birth of this new medium and why it is relevant for the key stakeholders, from the people who watch the videos, to the people who make the video, and to the people who build the technology. Purchase tickets for Web Summit 2016 here - https://websummit.net/

Marcin Gajda Celem wystąpienia będzie prezentacja Centrum Badawczo-Rozwojowego Samsung Electronics Polska Sp. z o.o., opisanie rodzaju projektów realizowanych przez pracowników Centrum oraz przedstawienie oferty Centrum dla osób obeznanych z tematyką Linuksa, z oprogramowywaniem tego systemu operacyjnego a także aktywnie uczestniczących rozwoju wolnego oprogramowania.