Priscilla Chen

Learn More
In ad hoc networks, devices are required to self-organize themselves into a network without previously established infrastructure. The kind of ad hoc network we consider in this paper is made up of a multitude of relatively low mobility , short range, wireless devices, pervasively deployed throughout the environment. One of the most important design(More)
—This paper introduces the neuRFon™ Netform, a self-organizing wireless network for low data rate, low-power fixed sensor nodes. The protocol utilizes a logical backbone architecture through which data communications between all the network nodes are supported by hierarchical routing. We present algorithms that underpin the self-organizing features. The(More)
In this paper we simulate a multi-hop self-organizing wireless sensor network. The purpose of the simulation is to investigate, quantitatively, the performance of our self-organizing network design. In particular, we examine such parameters as network formation time, data packet delivery performance, throughput, and device duty cycle. In addition, we(More)
  • 1