信道负载检测 channel load sensing ; CLS
信道负载检测协议 channel load sensing protocol ; CLSP
无线信道负载 channel load
修改信道负载侦听协议 MCLSP
Considering the unique features of wireless networks, this paper proposes a channel load-based joint random link scheduling and congestion control cross-layer mechanism, which utilize effectively the wireless bandwidth resource and allocate fairly, under a certain resource constraint.
本文针对无线网络的链路冲突与分布式特性,提出了一种基于信道负载的联合随机链路调度与拥塞控制的跨层机制,使其在一定资源约束条件下,完成了对无线带宽资源的充分利用与公平分配。
参考来源 - 无线自组网中分布式调度与拥塞控制的跨层设计·2,447,543篇论文数据，部分数据来源于NoteExpress
这种机制能够有效减少由于实时传输带来的分组延时，增加满足不同信道负载和带宽要求的数据流的吞吐率。
This scheme effectively reduces packets delay and packets drop because of the real-time traffic, meanwhile, enhances throughput of real-time traffic satisfied with different channel load.
仿真结果表明，在高信道负载以及网络中业务流具有较高自相似程度的条件下，该文所提出方案具有更优越的性能。
Simulation results indicate that the novel scheme has better performance under heavy channel load and when the traffic has high degree of self-similarity.
提出一种AP主控的切换式均衡算法，使用STA数目、RSSI和信道忙碌率等因素分配AP负载，并采用接入式算法思想，判断切换的目标AP是否接受超载AP的分流。
This paper proposes an AP-con trolled load balance algorithm based on the STA number, RSSI, and the channel busy ratio to allocate the AP's load.
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