In this article, we consider different types of wireless networks that benefit from and, in
certain cases, require self-organization. Taking mobile ad hoc, wireless sensor, wireless …

Wireless and mobile computing have advanced significantly in the last decade. In particular,
we now face the challenge to spontaneously establish wireless self-organizing networks …

Self-organization is a great concept for building scalable systems consisting of a huge
number of subsystems. The primary objectives are improved scalability and dynamic …

Routing is a general term that finds applications in numerous areas, such as networking,
transportation systems, electric circuits, postal systems, and neurobiology. This chapter aims …

Self-organizing Networks (SON) have experienced an explosive growth during the last few
years. The principal objectives of introducing self-organizing network are to effectuate …

Self-organization appears as a new paradigm for providing efficient, self-adaptive, scalable,
fault-tolerant and robust communication protocols in dynamic and distributed wireless multi …

The trend toward ubiquitous wireless communication demands for a higher level of self-
organization in networks. This article gives an introduction and overview on this topic and …

There are numerous military, commercial, and scientific applications for mobile wireless
networks which are able to self-organize without recourse to any pre-existing infrastructure …

We present GS3, a distributed, scalable, self-configuration and self-healing algorithm for
multi-hop wireless networks. The algorithm enables network nodes in a 2D plane to …

The proper operation of self-organizing networks (SONs) relies on the autonomous behavior
of their individual nodes. Routing in such networks has been a challenging task since their …