Sensor Network Self-Organization Using Random Graphs
Sensor networks are deployed in, and react with, chaotic environments. Self-organizing peer-to-peer networks have admirable survivability characteristics. This chapter discusses random network formalisms for designing, modeling, and analyzing survivable ...
Clone Detection in Sensor Networks with Ad Hoc and Grid Topologies
In cloning attacks, an adversary captures a sensor node, reprograms it, makes multiple copies, and inserts these copies, into the network. Cloned nodes subvert sensor network processing from within. In a companion paper [2], we show how to detect and ...
A Service-Based Entropic Model for Sensors Orchestration
- Rajani S. Sadasivam,
- Ravikumar Goli,
- Rajesh Kathiru,
- Adisesh Krishnan,
- Stanley Thompson,
- Yalcin Tuncer,
- Murat M. Tanik
Naval research programs are focusing on a distributed architecture approach for successful migration of data from one region to another. This presents a challenging area of modeling and managing the distributed approaches. This article describes a ...
Adaptive Sensor Activity Scheduling in Distributed Sensor Networks: A Statistical Mechanics Approach
This article presents an algorithm for adaptive sensor activity scheduling (A-SAS) in distributed sensor networks to enable detection and dynamic footprint tracking of spatial-temporal events. The sensor network is modeled as a Markov random field on a ...
The Design of an Environment for Monitoring and Controlling Remote Sensor Networks
In this work we present the design of jWebDust, a software environment for monitoring and controlling sensor networks via a web interface. Our software architecture provides a range of services that allow to create customized applications with minimum ...