PPT-Wireless Power Transmission – WPT

A status report Don Beattie G3BJ Topics What is happening What is WPT What are the plans for WPT What are the technical characteristics of WPT What problems could this create What action is needed. Wireless. . and. Mobile Networks. Spring. . 2011-2012. Marmara . University. – . Computer. . Engineering. Assist. . Prof. Ömer . Korçak. . mimoza.. marmara. .edu.tr/~. omer. .. korcak. o. mer. . Kshitij Desai, . Mayuresh. . Randive. , . Animesh. . Nandanwar. . . Basic Design. Sensor Network Architecture. Internet. Sensor Network. Sink. Architecture of a Sensor Node. Ref: Energy Conservation in Wireless Sensor Networks – a Survey. Kristjanson. CMPT-820. Multimedia Systems. Instructor: Dr. Mohamed Hefeeda . 1. Cross-Layer Wireless Multimedia. Outline. 2. Challenges and requirements for wireless transmission of multimedia. Need for . A Low-Cost Precursor for Laser Space Solar Power. Paul Jaffe, U.S. Naval Research Laboratory. Tanwin Chang, Deep Phase . Labs. Bert Murray, Lighthouse Dev. Robert Winsor, . Lighthouse Dev. This work . Marcelo E. Pellenz*, Edgard Jamhour*, Manoel C. Penna*, Richard D. Souza and Glauber G. Brante. *PPGIa, Pontificial Catholic University of Parana - Parana, Curitiba, Brazil. CPGEI, Federal University of Technology - Parana, Curitiba, Brazil. Wireless Systems. CSEM/CERN workshop. 23. rd. May 2013. Agenda. Wireless at CSEM. RFIC & SOC. RF . protocols (standard and proprietary). Antennas and systems. Wireless . sensor . networks. Wireless technologies for sensing and monitoring. Presented By . . Ashutosh. . Trivedi. (0704320011). WiTricity. HOW WIRLESS POWER COULD WORK. How Safe is . WiTricity. ? . Networks:. Multi-channel MAC and Power Control. Adviser. . :. . Frank,. . Yeong. -Sung. . Lin. . Presented. . by. . Shin. -. Yao. . Chen. Agenda. Introduction. Starvation in CSMA-based . w. ireless ad hoc networks. 2. Physical Transmission. Wireless media. 3. Transmission is sent and received through invisible waves. Less expensive than copper or fiber optic lines. . Allows the user to move freely around the office or campus and still remain connected to the network. 1 hour. Power Losses in Transmission Lines. There . are a number of reasons for power losses . in transmission . lines such as:. Heating . effect of a current. Resistance . of the metal used. Dielectric . University of Crete. ICS-FORTH. http://www.ics.forth.gr/mobile. Performance issues on wireless networks. CS 439 & 539 . 2. Wireless network topologies can be controlled by. Data rate. Channel allocation. 2. Physical Transmission. Wireless media. 3. A . wireless network.  enables people to communicate and access applications and information without wires. This provides . freedom of movement . and the ability to extend applications to different parts of a building, city, or nearly anywhere in the world. Wireless networks allow people to interact with e-mail or browse the Internet from a location that they prefer.. Page 2/16 to WhitePaper Introduction to WISA V2doc 6 - GS Table of content SUMMARY2OVERVIEW3INTRODUCTION WISA - WIRELESS INTERFACE TO SENSORS AND ACTUATORS531IRELESS ECHNOLOGIES532WISA-COM BASICS533W or Temperature/Humidity TransmitterBuilding Automation Products Inc 750 North Royal Avenue Gays Mills WI 54631 USATel1-608-735-4800 Fax1-608-735-4804 E-mailsalesbapihvaccom Webwwwbapihvaccomrev 08