Multi-hop networking is considered to be an essential technology for future wireless network
architectures. This thesis is concerned with the application of beamforming and multi-user …

Multi-channel wireless networks are increasingly being employed as infrastructure networks
in metro areas. In addition, nodes in these networks employ directional antennas to improve …

This paper presents an approximated, but accurate and fast to compute, mathematical
framework for evaluating the capture probability and the number of sustainable …

Multibeam antennas (MBAs) are capable of supporting concurrent communications with
multiple neighboring users in wireless networks and, thus, can improve the throughput over …

Dans la configuration classique des smart antennas, les antennes sont co-localisées soit sur
le terminal source (émetteur) soit sur le terminal destination (récepteur). La disposition des …

Directional antennas have been introduced to improve the performance of 802.11 based
wireless networks. Station equipped with directional antennas can beamform data in a …

The recent advances in antenna technology have made smart beamforming antennas
attractive candidates to be deployed in multi-hop wireless networks. Beamforming antennas …

The capacity of wireless networks is limited by mutual interference between transmissions
by the different nodes. Deploying antennas that have a directional rather than omni …

Multibeam antennas (MBAs) can be used in ad hoc networks to improve throughput
performance as a result of increased spatial reuse and extended coverage. For random …

为了提高无线频谱效率, 多跳蜂窝系统中多跳与蜂窝系统需要使用相同的频率资源.
采用频率空分复用技术和智能天线技术降低节点间的干扰, 通过设置不同的频率复用因子 …