...IP协议的基本特性，本论文研究了第四代移动通信系统在网络协议设计方面的若干关键技术，论文围绕无线网络的跨层设计(Cross-Layer Design)机制，研究了无线TCP的跨层改进策略、TCP同链路层的跨层性能分析、多用户OFDM系统内的无线分组跨层调度算法，移动IP网络内的跨层...
基于24个网页-相关网页
...率控制；能量效率；跨层 [gap=518]Key words:wireless sensor network; power control; energy efficiency; cross-layer design ...
基于1个网页-相关网页
...s; routing; multicast; broadcast; cross-layer design [gap=320]关键词: 无线 Mesh 网络;路由;组播;广播;跨层设计 文献标识码: A 中图法分类号: TP393 ...
基于1个网页-相关网页
Cross Layer Design 跨层设计
Cross layer design and optimization 跨层设计和优化
Bandwidth Utilization In cross-Layer Design 层的频宽有效用机制
Cross-layer design approach 跨层设计的方法
Cross-layer design and optimization 跨层设计和优化
Cross-Layer Protocol Design 跨层协议设计
cross-layer optimized design 跨层优化设计
This paper restricts delay through cross-layer design.
本文通过跨层设计到达对延迟的约束目的。
参考来源 - 无线Ad Hoc网络中的跨层QoS保证研究Considering these problems,this paper focuses on how to improve performance of transport control protocol over wired/wireless hybrid networks. The main approaches are packet losses differentiation, congestion perception and cross-layer design.
本文在分析无线/有线混合网络环境的基础上,针对传输控制协议存在的问题展开研究,围绕丢包区分、拥塞感知和跨层优化等方面寻找解决问题的途径。
参考来源 - 无线/有线混合网络中传输控制协议的研究A cross-layer design is presented to enhance the throughput performance of wireless communication systems. The scheme combines AMC and adaptive frame length control with ARQ.
在此基础上,本文采用了一种交叉层设计的思想,从优化系统吞吐量性能出发,提出了一种联合自适应编码调制、帧长控制和重传的链路方案。
参考来源 - 移动通信系统中自适应链路技术的研究与实现Motivated by the idea of“cross-layer design”, we present the concept of“customizing congestion control strategy”where the application layer can choose its congestion control algorithm and also discuss some implementation issues.
受“跨层设计”思想的启发,本文提出了“定制拥塞控制策略”的概念,即应用层可以选择其拥塞控制策略,并探讨了可实现性的一些问题。
参考来源 - 互联网拥塞控制算法研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Finally, the performance measures followed by an optimization method to catch the best amount of parameters in the cross-layer design are presented.
论文还给出了优化后的性能测试方法，以获得最好的跨层设计参数。
Therefore the existing protocol stack improved by cross-layer design will be helpful to promote the performances of the next generation wireless system.
通过对现有协议栈进行改进，加入跨层设计方案则有助于改善下一代无线系统性能。
Secondly, it keeps the low coupling and high cohesion virtue of layers in protocol stack after adding cross-layer design, so as to keep the OSI layering architecture.
其次，它使加入跨层设计后的网络协议栈每个层仍具有高内聚、低耦合的特征，从而保持了网络协议栈良好的软件架构。
应用推荐