项目名称: 空间调制协作中继网络中的链路自适应技术研究
项目编号: No.61501095
项目类型: 青年科学基金项目
立项/批准年度: 2016
项目学科: 无线电电子学、电信技术
项目作者: 杨平
作者单位: 电子科技大学
项目金额: 23万元
中文摘要: 空间调制把激活天线的索引作为信息调制的手段,是一种新的多天线传输技术。基于空间调制的协作中继系统,既保留了空间调制低复杂度、低实现成本和收发天线可灵活配置的特点,又可以提升无线网络的容量或可靠性,是一类富有前景的技术。. 本项目旨在探索空间调制协作中继网络中的链路自适应理论和技术。首先,研究基于空间调制协作中继的传输理论,推导其容量、中断率和误比特率等性能;其次,在理论分析的基础上,研究节点选择和功率分配等自适应技术以改善传输性能;最后,探索空间调制协作中继中多域联合优化的链路自适应技术。通过这些研究,形成空间调制协作中继网络中基于链路自适应的传输理论及技术体系。本项目的研究成果有望应用于下一代无线通信,具有重要的理论和经济价值。
中文关键词: 空间调制;链路自适应;多入多出;协作中继网络
英文摘要: Spatial modulation (SM) is a new class of multiple-input multiple-output (MIMO) transmission techniques, which utilizes the index of the active transmit antennas as a means of conveying source information. The SM-based cooperative relay system is capable of inheriting the benefits of low computational complexity, low realization cost as well as flexible transceiver antenna configurations of SM, while improving the ubiquitous coverage or the reliability of transmission network. It constitutes a promising transmission candidate for future wireless applications..In this project,we will study link adaptation theory and techniques for the SM-based cooperation relay networks. Firstly, we will investigate the transmission theory of the SM-based relay cooperation, and drive its performance metrics, i.e., the ergodic capacity, the outage probability and the bit error ratio (BER). Then, based on these theoretical results, we will focus our attention on various link adaptation algorithms, such as the relay selection algorithms and the power allocation algorithms, for achieving system performance improvement. Finally, we will consider the joint design of these algorithms for achieving multi-domain collaborative optimization. Through these research works, the complete adaptive SM-based cooperative relay communication theory and technique systems will be established. The related research results are capable of applying to the next generation wireless communication, hence have both theoretical and economical importance.
英文关键词: Spatial Modulation;Link Adaptation; Multiple-Input Multiple-Output; Cooperative Relay Networks