The bit swap and power reallocation algorithm can be an important part of dynamic spectrum optimizations of high speed power-line communications.
比特交换和功率调整算法可以作为带宽优化算法的重要组成部分,应用于电力线高速数据通信之中。
The simulation results show that the bit swap algorithm rapidly and optimally reallocates the bits and power between sub-carriers for a time stationary power-line channel.
仿真分析表明,交换算法在平稳信道环境中,运算速度快且能够保证分配结果的最优性。
This practice does make the project structure in Eclipse a bit more complex, but the benefit is that you can swap out the implementation bundles much more easily.
这种实践并没有增加Eclipse中的项目结构的复杂性,相反,它的好处是可以更轻松地交换出实现捆绑包。
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