Video Transmission for 3G Mobile Communication Systems

Published

June 1, 2002

Author(s)

Hamid Gharavi, K Ban

Abstract

This paper presents the design and implementation of a mobile ad-hoc network for video communications. The network architecture is based on cluster-to-cluster operation using IEEE 802.11b FHSS (Frequency Hopping Spread Spectrum). FHSS is considered to provide a better network scalability in terms of area coverage. In this architecture, the participating nodes in one cluster communicate with nodes in other clusters via their respective mobile Access-Points (APs). The link between the mobile APs is accomplished using the Ad-hoc On-demand Distance Vector (AODV) routing protocol. Video streaming is based on H.263+/RTP/UDP/IP/802.11.b. This network has been implemented using a set of APs and PDAs devices for demonstration and field testing. In our implementation so far, the experimental set up consists of 4-clusters operating in an ad-hoc manner. The paper will present the design aspects of the proposed network as well as the overall system evaluation in terms of video quality, packet-loss rate, and number of hops.

Proceedings Title

Third Generation Wireless Communication and Beyond, International Conference | | | Delson Group

Volume

2

Conference Dates

October 1, 2001

Conference Location

Washington DC, 1, USA

Conference Title

3G Wireless

Pub Type

Conferences

Keywords

Ad-hoc Networks, Cluster Networks, IEEE 802.11b, Video Streaming, wireless LAN (WLAN)

Citation

Gharavi, H. and Ban, K. (2002), Video Transmission for 3G Mobile Communication Systems, Third Generation Wireless Communication and Beyond, International Conference | | | Delson Group, Washington DC, 1, USA (Accessed July 27, 2024)