Biologically inspired self-organization methods can help to manage the access control to the shared communication medium of Wireless Sensor Networks. One lightweight approach is the primitive of desynchronization, which relies on the periodic transmission of short control messages - similar to the periodical pulses of oscillators. This primitive of desynchronization has already been successfully implemented as MAC protocol for single-hop topologies. Moreover, there are also some concepts of such a protocol for multi-hop topologies available. However, the existing implementations may handle just a certain class of multi-hop topologies or are not robust against topology dynamics. In addition to the sophisticated access control of the sensor nodes of a Wireless Sensor Network in arbitrary multi-hop topologies, the communication protocol has to be lightweight, applicable, and scalable. These characteristics are of particular interest for distributed and randomly deployed networks (e.g., by dropping nodes off an airplane).

Autorentext

Clemens Mühlberger, Dr. rer. nat., received his diploma and PhD in Computer Science from the University of Würzburg. As Head of Division at a big social insurance agency, he is responsible for the carrier's IT infrastructure at present. Since 2018, he is visiting lecturer for Computer Science at the Baden-Wuerttemberg Cooperative State University.