The 4th generation of mobile communication networks uses heterogeneous wireless
technologies. Voice and low quality video flows consist of very small IP packets, for which …

The use of IPv6 in the third generation of cellular networks leads to weak performance of the
network systems because the IPv6 header size sent in each packet represents more than …

The advent of the 4th generation of mobile networks (4G) may provide users with powerful
and bandwidth demanding multimedia applications. At the wireless access networks, the …

The use of ROHC (robust header compression) for multimedia applications as VoIP over 3G
radio links has shown a good performance in reducing the overhead of RTP encapsulation …

The 3G mobile-IP networks currently being developed will support end-to-end enhanced
real-time multimedia services. End-to-end IP enables very high flexibility for transmission …

The world of telecommunications is currently going through a shift of paradigm from circuit
switched, connection oriented information transfer towards packet switched, connection-less …

Mobile WiMAX provides mobile wireless broadband services for data communication by
using IP protocol. In order to provide various IP-based applications, managing the efficiency …

Robust header compression (ROHC), an IP header compression mechanism for wireless
environments, was recently standardized by the Internet Engineering Task Force in RFC …

The Internet Protocol (IP) has become the dominant trans port protocol in both wireline and
wireless networks, which has led to the convergence of telecommunication and data …

IP header compression techniques have evolved to meet the challenges of cellular
networks. The scope has also broadened. Solutions are being developed for voice traffic …