We design a transport protocol that uses artificial neural networks (ANNs) to adapt the audio
transmission rate to changing conditions in a mobile ad hoc network. The response …

Current efforts on ad hoc wireless network research are focused more on routing and
multicasting protocols. However, there is an increasing need to understand what sort of …

Interactive audio applications such as audio conferencing and telephony require high
constraints on delay, jitter and loss. The packets of these applications must be received …

Video transport over wireless ad hoc networks poses a great challenge due to the high
variability of the network bandwidth. In this paper, to improve the quality of receipt video, we …

Cross-layer design breaks away from traditional network design where each layer of the
protocol stack operates independently. We explore the potential synergies of exchanging …

Offering a real time video transmission service, using mobile ad hoc networks and granting a
specific Quality of Service (QoS) is a hard challenge. In fact, the network topology is …

In this paper we investigate the effectiveness of simple adaptive application layers for
multimedia streaming over multi-hop ad-hoc networks. Extensive simulations are presented …

Results: We assessed the performance of the above rate-matching scheme via our real-time
simulation testbed. For this we imported our H. 264/RTP/UDP/IP video streaming package …

Transport protocol for supporting multimedia streaming in mobile ad hoc networks has to
cope with the rich dynamics, such as mobility-induced disconnection and reconnection, high …

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 …