Factorization for Advanced Physical Layer Techniques in Network-Coded Wireless Communication Networks

机译：网络编码的无线通信网络中高级物理层技术的分解

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We consider the utility maximization problem in wireless multi-hop networks with unicast and multicast communication and jointly optimize routing or network coding together with the physical layer. Since for any communication demands the performance is predominately determined by the region of achievable rates on edges between nodes, we provide a framework for including advanced physical layer methods in wireless networks by means of factorizing the achievable rate region into a set of advanced elementary rate regions. Various advanced physical layer operations such as broadcast and multiple access channels are included. Additionally, the wireless multicast advantage is efficiently modeled for degraded channels, namely broadcast and multicast, to improve performance of multicast sessions. Numerical examples show the impact of the physical layer onto the optimal routing or network coding solution and the benefits of advanced physical layer operations.

机译：我们考虑了具有单播和多播通信的无线多跳网络中的效用最大化问题，并与物理层一起共同优化路由或网络编码。由于对于任何通信需求，性能主要取决于节点之间边缘上可达到的速率区域，因此我们提供了一个框架，用于通过将可达到的速率区域分解为一组高级基本速率区域，在无线网络中包括高级物理层方法。。包括各种高级物理层操作，例如广播和多个访问通道。另外，针对降级的信道（即广播和多播）有效地建模了无线多播优势，以提高多播会话的性能。数值示例显示了物理层对最佳路由或网络编码解决方案的影响以及高级物理层操作的好处。

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《Sensor, Mesh and Ad Hoc Communications and Networks Workshops, 2009. SECON Workshops '09》|2009年|1-6|共6页
会议地点 Rome(IT);Rome(IT);Rome(IT)
作者
Riemensberger M.; Dotzler A.; Utschick W.;
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Associate Inst. for Signal Process., Tech. Univ. Munchen, Munich, Germany;

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broadcast channels; directed graphs; encoding; multi-access systems; multicast communication; optimisation; radio networks; telecommunication network routing; wireless channels; broadcast channel; directed graph; elementary rate region; factorization method; multihop network; multiple access channel; network routing; network-coded wireless communication network; physical layer technique; unicast communication; utility maximization;

机译：广播信道;有向图;编码;多址系统;多播通信;优化;无线电网络;电信网络路由;无线信道;广播信道;有向图;基本速率区域;分解方法;多跳网络;多路访问信道;网络路由网络编码无线通信网络物理层技术单播通信效用最大化;

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1. Cross-Layer Optimization Using Advanced Physical Layer Techniques in Wireless Mesh Networks [J] . Shabdanov S. Wireless Communications, IEEE Transactions on . 2012,第4期

机译：无线网状网络中使用高级物理层技术的跨层优化
2. Advanced power management techniques in next-generation wireless networks [Topics in Wireless Communications] [J] . Communications Magazine, IEEE . 2010,第5期

机译：下一代无线网络中的高级电源管理技术[无线通信主题]
3. Physical-Layer Network Coding: An Efficient Technique for Wireless Communications [J] . Pingping Chen, Zhaopeng Xie, Yi Fang, IEEE Network . 2020,第2期

机译：物理层网络编码：无线通信有效技术
4. Factorization for Advanced Physical Layer Techniques in Network-Coded Wireless Communication Networks [C] . M. Riemensberger, A. Dotzler, W. Utschick Annual IEEE Communications Society Conference on Sensor, Mesh and Ad Hoc Communications and Networks Workshops . 2009

机译：网络编码无线通信网络中的高级物理层技术的因子
5. Interference management in wireless networks: Physical layer communication strategies, MAC layer interactions, and high layer messaging structures. [D] . Grokop, Leonard Henry. 2008

机译：无线网络中的干扰管理：物理层通信策略，MAC层交互和高层消息传递结构。
6. Green Communication for Underwater Wireless Sensor Networks: Triangle Metric Based Multi-Layered Routing Protocol [O] . Ahmad M. Khasawneh, Omprakash Kaiwartya, Jaime Lloret, 2020

机译：水下无线传感器网络的绿色通信：基于三角形公制的多层路由协议
7. Cross-layer Design for Wireless Mesh Networks with Advanced Physical and Network Layer Techniques [O] . Yazdanpanah Mina 2012

机译：具有高级物理和网络层技术的无线网状网络的跨层设计

Factorization for Advanced Physical Layer Techniques in Network-Coded Wireless Communication Networks

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