This chapter is a review of how computational intelligence methods have been used to help
design various types of sensor networks. We examine wireless sensor networks, fixed …

With the ubiquitous use of networking technologies in the military domain, network-centric
warfare, which aims at improving the system of systems (SoS) capability, is a no-way-back …

In highly dynamic airborne networks, multi-hop routing becomes increasingly difficult due to
high mobility, intermittent links and link quality, and the need to scale. Traditionally, airborne …

In recent years, there has been increasing interest in the DoD to build an on-demand
airborne network for communications relay utilizing high capacity, long-range military radio …

Directional antenna technologies have made significant advancements in the last decade.
These advances have opened the door to many exciting new design opportunities for …

In this article, we examine some major challenges to be solved in order to provide efficient
end-to-end connectivity, resource management and QoS in a tactical military heterogeneous …

The current generation of long-range, high capacity, military radios are stove-piped systems
that work well in a homogeneous environment, but lack interoperability with other radio …

In order to provide versatile and reliable transport of data, voice and video traffic, military
organizations deploy complex, integrated communications systems that combine terrestrial …

Tactical ad hoc networks equipped with multiple radios have been considered as the basis
of future force communication networks envisioned for use in the network-centric warfare …

Augmented reality (AR) is a highly interdisciplinary field which has received increasing
attention since late 90s. Basically, it consists of a combination of the real scene viewed by a …