Access Poirit(AP) placement and channel assignment are two primary design issues.
接入访问点（AP）放置与信道配置是两个重要的任务。
A new channel controlled mode for the cordless telephone (cyclic unfixed channel assignment with a half channels) is proposed.
提出一种新的无绳电话信道控制方式：二分之一信道组循环不定位方式。
Simulation results show that after using the proposed channel assignment algorithm, both the network throughput and stability get effectively improved.
实验证明，采用提出的信道分配算法后网络的吞吐量及稳定性均得到了有效提高。
Considering gateway "hot spots" and link loads, this thesis proposes a multi-channel MAC protocol with link priority-aware channel assignment (PCA-MMAC).
考虑到网关“热点”问题和链路负载不均衡，本文提出一种基于链路优先级信道分配的多信道MAC协议(PC A - MMAC)。
This algorithm consists of heuristic-based search algorithm, primal-dual-based optimal path selection algorithm and channel assignment adjustment algorithm.
包括启发式路径搜索算法、基于原始-对偶算法的最优路径选择算法、信道分配调整算法等三个部分。
Compared with the classical compatibility matrix model, the new model is more accurate and is adequate for analyzing the interference adaptive channel assignment scheme.
这种模型较原有的兼容矩阵模型更接近实际系统，并且能够应用于分析干扰自适应信道分配方案。
The channel assignment problem belongs to the class of NP complete optimization problems, so we propose a new fixed channel assignment approach based on genetic algorithms.
信道分配问题属于组合优化中的NP完备问题，为此在遗传算法的基础上提出了一种新的固定信道分配方法。
By comparing several typical channel assignment algorithms, combined with its own characteristics of LEO satellite systems, an improved adaptive channel allocation strategy was designed.
通过对比几种典型的信道分配算法，结合低轨卫星系统自身的特点设计了一种自适应信道分配策略。
Without considering the traffic on different virtual channels, normal virtual channel assignment algorithms are likely to cause traffic imbalance, which decreases the network performance.
但通常的虚通道分配算法会导致虚通道的负载不平衡，从而降低网络的性能。
The knowledge of the velocity of the mobile terminals is essential in adequate handoff control, efficient dynamic channel assignment, adaptive modulation, power control, equalization, etc.
移动终端的速度对有效的切换、高效的动态信道分配、自适应调制、功率控制、均衡等无线应用都是必不可少的信息。
The knowledge of the velocity of the mobile terminals is essential in adequate handoff control, efficient dynamic channel assignment, adaptive modulation, power control, equalization, etc.
移动终端的速度对有效的切换、高效的动态信道分配、自适应调制、功率控制、均衡等无线应用都是必不可少的信息。
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