Arpit Mehta

Sensor Network Comprised of a large number of densely deployed sensor nodes [1]

Sensor Nodes Sensor nodes have five subsystems Processor Memory Radio Sensor Power Source

How different are they from conventional networks [1]? Limited Energy Memory Constraint E.g. 4KB of memory in Mica2 motes Scalability Bandwidth Limitation Security Dynamic Networks

Sensor Network and the Web Data Mining [2] Integration with the real world [3] Systems Challenge [3]

Some Applications Environmental Monitoring Active Volcano Monitoring [4] Underwater Monitoring System [5] PODS-A Remote Ecological Micro-Sensor Network [6] Home Automation Parking Space Finder [7] The Ring Sensor [8]

The Future[9] Planet wide collection of data Query can be posed from anywhere via the internet Real time collection of data Developers of sensing applications will be able to deploy their services on this distributed infrastructure

References [1]”A Survey on Sensor Networks”, Ian F. Akyildiz, Weilian Su, Yogesh Sankarasubramaniam, and Erdal Cayirci Georgia Institute of Technology [2] “Reality Mining: Browsing Reality with Sensor Networks”, sp?id= [3] “Connecting Wireless Sensor Networks with the Internet“, nkels.html [4] “Sensor Networks for High Resolution Monitoring of Volcanic Activity”, Matt Welsh, Geoff WernerAllen, Konrad Lorincz, Omar Marcillo, Jeff Johnson, Mario Ruiz, and Jonathan Lees

References [5] “Mobile, Wireless, and Sensor Networks: Technology, Applications And Future Directions”, Rajeev Shorey, Chan Mun Choon [6] “Wireless Sensor Networks and Their Application: A Survey”, Michael Holzmann [7] “Parking Space Finder”, rs.htm [8] “Ring Sensor”, [9] P. Gibbons, Et Al. "IrisNet: An Architecture for a World-Wide Sensor Web". IEEE Pervasive Computing Vol. 2, Oct