Advanced Self-Organizing Technologies over Distributed Wireless Networks

Self-organizing timing allocation mechanism in distributed wireless sensor networks

A novel, distributed timing allocation method [2, 3, 4, 5] has been proposed for packet collision avoidance in wireless sensor networks recently. In this paper, this proposed method is theoretically examined, and a hidden self-organization mechanism is unveiled. As the result, some important fundamental questions regarding this method are reasonably resolved. Namely, our present analysis provid...

Self-Organizing Distributed Sensor Networks

Advances in CMOS IC and micro electrical-mechanical systems (MEMS) technology are enabling construction of low-cost building blocks each of which incorporates sensing, signal processing, and wireless communications. Collections of these integrated microsensor nodes may be formed into sensor networks in a wide variety of ways, with characteristics that depend on the specific application – the to...

Analytical SIR for Self-Organizing Wireless Networks

The signal to interference ratio (SIR) in the presence of multipath fading, shadowing and path loss is a valuable parameter for studying the capacity of a wireless system. This paper presents a new generalized path loss equation that takes into account the large-scale path loss as well as the small-scale multipath fading. The probability density function (pdf) of the SIR for selforganising wire...

Algorithms for Self-Organizing Wireless Sensor Networks

Distributed Applications over Wireless Networks: Case Whiteboard

Ad-hoc networking is one of the fastest growing areas of information technology. Together with rapidly evolving handheld devices it has created a demand for running distributed applications also on wireless devices. CORBA, the most widely used middleware solution in fixed networks offers an open, platform-independent environment that enables easy development of distributed services. However, CO...