PPT-Improving Wireless Network Performance using Sensor Hints

Author : karlyn-bohler | Published Date : 2016-11-01

Lenin Ravindranath Calvin Newport Hari Balakrishnan Sam Madden Massachusetts Institute of Technology Big Changes in Access Devices 297M smartphones sold worldwide

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Improving Wireless Network Performance using Sensor Hints: Transcript

Lenin Ravindranath Calvin Newport Hari Balakrishnan Sam Madden Massachusetts Institute of Technology Big Changes in Access Devices 297M smartphones sold worldwide in 2010 31 of US phone market 50 by this year. Hints for Improving Your Writing 57409574625745557449574445737657461574595744957454574475737657460574485744557376 574625744957458574475746 SINKS. Acknowledgement. Xiujuan. Yi (xyi@uci.edu). . Malini. . Karunagaran. Rutuja Raghoji. Ramya. . Tridandapani. Introduction. Typical . sensor network applications generate . large amounts . of data and send that data to the base station . and . Replacement in Pipeline Monitoring . TriopusNet. Ted . Tsung-Te. Lai . Albert Wei-. Ju. Chen. Kuei. -Han Li. Polly Huang. Hao-Hua. Chu. National Taiwan University. Ted . Tsung-Te. Lai . Albert Wei-. Lenin Ravindranath. Calvin Newport, Hari Balakrishnan, Sam Madden. Massachusetts Institute of. Technology. Big Changes in Access Devices. 172M smartphones sold worldwide in 2009. 25% of US phone market; 50% in two years. Monitoring in Urban Catchments. IEEE . SENSORS JOURNAL, VOL. 12, NO. 5, MAY . 2012. Chan . H. See, Kirill V. . Horoshenkov. , . Raed. A. . Abd-Alhameed. , . Yim. Fun Hu, Senior Member, IEEE, and. Simon J. . PRESENTED BY:. SAURAV SINGH. OVERVIEW. INTRODUCTION. WINS SYSTEM ARCHITECTURE. WINS NODE ARCHITECTURE. WINS MICRO SENSORS. DISTRIBUTED SENSOR AT BORDER. WINS DIGITAL SIGNAL PROCESSING. CHARACTERSTIC & APPLICATION. Authors: Chris . Karlof. and David Wagner. University of California at Berkeley, Berkeley, CA 94720, USA. Presented by Chung Tran. Outline. Introduction. Background. Sensory Network vs. ad-hoc wireless network. Security. Babak . D. Beheshti. Professor & Associate Dean,. School . of Engineering & Computing . Sciences, New . York Institute of Technology. Old Westbury, NY, USA. Presenter and Date. Agenda. Carleton University. Presented by:. Mohamed . Ajal. majal@connect.carleton.ca. Topics of Discussion. Introduction. Power consumption in WSN’s . Wireless MAC protocols. Differences and Constraints. .. Wireless is Global. The standard radio frequencies run in the range of 3Hz to 300 GHz. There is other frequencies used for example the 222 MHz through 225 MHz is for amateur radio. If your interested in what frequencies your country is using for what? Take a look at the frequencies. University of California, Berkeley. Joseph . Polastre. Robert . Szewczyk. Cory Sharp. David Culler. “The Mote Revolution: Low Power Wireless Sensor Network Devices” Hot Chips 2004 : Aug 22-24, 2004. ABSTRACT. Wireless . communication solutions are . gaining momentum in . industrial automation systems, thanks to their well-known advantages, . including higher . levels of flexibility and mobility, and possible cost reductions due to . Cross-Layered Design of Sensor Networks. I. Fundamentals . - . Basics of Wireless Ad-Hoc Networks. - Autonomous Systems. - Communication Models and Algorithms. II. Design of Wireless Sensor Networks . MPSoC. Yao Wang. , Yu Wang, . Jiang . Xu. , . Huazhong. Yang. EE. Dept, . TNList. , . Tsinghua. University, Beijing, China. . Computing System Lab, Dept. of ECE. Hong Kong University of Science and Technology, Hong Kong, China.

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