该模型支持采用自适应调制和编码(AMC)的多速率非理想信道，而AMC在无线网络中是增加有效传输率的关键技术。
The model supports the multi-rate non-ideal channel using adaptive modulation and coding (AMC), which is the key feature in the wireless networks to increase the effective transmission rate.
与其他环形网相比，其有效传输率较低。本文从理论分析和系统仿真两种方法入手，研究了各种参数对系统性能的影响，并与同类网络进行了对比。
This paper, by means of theoretical analysis and system simulation, studies the influence of various system parameters on its performanco. and compares it with other ring networks.
在目前的开发状态下，UW B旨在提供个人区域网中的高数据传输率，它的有效范围大致在10米或更短一些的半径内。
In its current state of development, UWB is aimed at high data rates for personal-area networks, which have an effective operating radius of approximately 10 meters or less.
状态下，UW B旨在提供个人区域网中的高数据传输率，它的有效范围大致在10米或更短一些的半径内。
UltrawidebandApplicationsIn its current state of development, UWB is aimed at high data rates for personal-area networks, which have an effective operating radius of approximately 10 meters or less.
仿真实验表明，MQAR协议在保持较高的报文传输率的情况下，有效地减少了路径建立时间和修复时间，大大降低了路由开销。
The simulation results show that MQAR protocol can effectively reduce route establishing time, route recovery time and routing overload as well, and the packet delivery ratio remains high.
仿真实验表明，MQAR协议在保持较高的报文传输率的情况下，有效地减少了路径建立时间和修复时间，大大降低了路由开销。
The simulation results show that MQAR protocol can effectively reduce route establishing time, route recovery time and routing overload as well, and the packet delivery ratio remains high.
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