We report some improvements to the gradient ascent pulse engineering (GRAPE) algorithm
for optimal control of spin ensembles and other quantum systems. These include more …

We propose a new algorithm for distributed power control in cellular communication
systems. We define a cost for each mobile that consists of a weighted sum of power and …

In this paper, a distributive non-cooperative game is proposed to perform sub-channel
assignment, adaptive modulation, and power control for multi-cell multi-user orthogonal …

With modern communication networks continuing to grow in traffic, size, complexity, and
variety, control systems are critical to ensure quality and effectively manage network traffic …

Cooperative transmissions have been shown to be able to greatly improve system
performance by exploring the broadcasting nature of wireless channels and cooperation …

Power control has been widely studied and shown to be crucial for the capacity and
performance of direct-sequence code-division multiple-access (DS-CDMA) systems …

We consider the convergence issues of distributed power-control algorithms for mobile
cellular systems. A convergence theorem for power-control algorithms of canonical type is …

The performance of DS-CDMA systems depends on the success in managing interference
arising from both intercell and intracell transmissions. Interference management in terms of …

In this paper, the uplink power control problem is considered for CDMA cellular systems,
where stochastic SIR measurements are performed at base stations. A distributed stochastic …

In wireless cellular communication, it is essential to find effective means for power control of
signals received from randomly dispersed users within one cell. Effective power control will …