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On Rate Region of Caching Problems With Non-Uniform File and Cache Sizes

机译:文件大小和缓存大小不一致的缓存问题的速率区域

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摘要

Rate region of the caching problems with non-uniform file and cache sizes can be characterized in terms of the region of entropic vectors, which is unknown in general. One can replace the region of entropic vectors with its polyhedral outer bound to get the associated outer bound on the rate region. A new computation method is introduced for the calculation. The polyhedral projection is converted into a multiple objective linear programming and an implementation of Benson’s outer approximation algorithm is used to solve it. As a demonstration, rate region of the two-file two-user caching problem is calculated and proved to be binary codes sufficient.
机译:具有不一致文件和缓存大小的缓存问题的速率区域可以用熵矢量的区域来表征,这通常是未知的。一个人可以用它的多面体外边界替换熵向量的区域,以获得速率区域上的相关外边界。介绍了一种新的计算方法。将多面体投影转换为多目标线性规划,并使用Benson的外部逼近算法实现。作为演示,计算了两文件两用户缓存问题的速率区域,并证明该二进制代码已足够。

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