In this paper, we propose a new intelligent cross-layer QoS support for wireless mobile ad
hoc networks. The solution, named FuzzyQoS, exploits fuzzy logic for improving traffic …

In this paper, we propose an intelligent quality of service (QoS) model named GQOS, with
service differentiation based on neural networks in mobile ad hoc networks. The model is …

This paper explores the use of fuzzy logic for threshold buffers management in wireless ad
hoc networks. This exploration is useful first, because of the dynamic nature of buffer …

In this paper, we present a network layer based admission control and simple class based
service differentiation model to support QoS in mobile ad hoc networks. Our admission …

We propose a new protocol, named DS-SWAN (Differentiated Services-Stateless Wireless
Ad Hoc Networks), to support end-to-end QoS (Quality of Service) in ad hoc networks …

Ad-hoc networks are flexible, self-configurable, easy and fast to deploy. Research has been
done mainly in the area of routing and for isolated Ad-hoc networks. Some efforts are on the …

The peculiar nature of the mobile ad-hoc networks (MANET) imposes several challenges
when designing quality of service solutions. Traffic traveling on a MANET network can be …

There is a growing need to support diverse kinds of multimedia applications in the wireless
networks. These applications, such as video and audio realYtime traffic, usually require …

The research efforts in the area of ad-hoc networks have evolved rapidly since the
establishment of the IETF MANET workgroup. The major focal points have been the routing …

When an ad hoc network is connected to the Internet, it is important for the mobile nodes to
detect available gateways providing access to the Internet. We discuss the problem of …