为无线通讯网络的力量控制问题在直接顺序的代码部门被调查多重存取(DS/CDMA ) 隧道。内在的问题能在一个随机的框架作为一个抑制优化问题被提出,这被显示出。为在实时的这个优化问题的有效答案,随机的近似类型的递归的算法被开发那能与未知系统部件解决这个问题。在宽广条件下面,算法的集中被使用弱集中方法建立。
Power control problems for wireless communication networks are investigated in direct-sequence codedivision multiple-access (DS/CDMA) channels. It is shown that the underlying problem can be formulated as a constrained optimization problem in a stochastic framework. For effective solutions to this optimization problem in real time, recursive algorithms of stochastic approximation type are developed that can solve the problem with unknown system components. Under broad conditions, convergence of the algorithms is established by using weak convergence methods.