On the proof toward optimality of combined rate, power and cell control in cellular CDMA systems

K. Hazaveh, A. Anpalagan
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Abstract

Hanly and Yates proposed algorithms for combined power and cell control that were proved as the optimal solution to combined power and cell control if such a solution exists. Anpalagan and Sousa proposed a combined power and cell and rate control algorithm with the main idea of interference balancing between base stations. They proposed an algorithm which was empirically proved to yield the optimal solution in terms of the average transmit bit energy of the system. A mathematical proof is given that shows the optimality of the algorithm toward interference balancing of the system.
蜂窝CDMA系统中组合速率、功率和小区控制的最优性论证
Hanly和Yates提出的功率与单元联合控制算法被证明是功率与单元联合控制的最优解,如果存在这样的解。Anpalagan和Sousa提出了一种以基站间干扰平衡为主要思想的功率、小区和速率联合控制算法。他们提出了一种算法,经经验证明,该算法可以根据系统的平均传输比特能量产生最优解。数学证明表明了该算法对系统干扰平衡的最优性。
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