The global communications systems critically relyon control algorithms of various kinds. In wireless communications systems, power control algorithms play an important role for efficient resource utilization. This survey article discusses relevant aspects of power control with emphasis on practical issues, using an automatic control framework. Generally, power control of each connection is distributedly implemented as cascade control, with an inner loop to compensate for fast variations and an outerloop focusing on longer term statistics. These control loops are interrelated via complex connections, which affect important issues such as capacity, load and stability. Therefore, both local and global properties are important. The concepts and...
The efficient management of radio resource is essential to the success of wireless networks. One imp...
The spectrum resources, interference, and energy of battery-based devices are predominant problems a...
Power control mitigates interference and maintains required QoS levels in cellular wireless networks...
The global communications systems critically relyon control algorithms of various kinds. In wireless...
PreprintThis paper presents a comprehensive review of the published algorithms on power control for ...
In cellular wireless communication systems, uplink power control is needed to provide all mobile use...
Emerging wireless communication networks are required to provide data services which tolerate large ...
Power control algorithms are an important consideration in mobile ad hoc networks since they can imp...
Abstract — In this paper we present an analysis of power control algorithms established over the pas...
With the proliferation of portable computing platforms and small wireless devices, wireless networks...
Transmit power control is a central technique for resource allocation and interference management in...
AbsOucl-A major challenge in the operation of wireless communication systems is the &dive use of...
AbstractPower control algorithms are an important consideration in mobile ad hoc networks since they...
Abstract—A fully distributed power control (FDPC) algorithm has been recently proposed for cellular ...
Ad hoc wireless networks have emerged as a promising communication scheme to meet the ever growing p...
The efficient management of radio resource is essential to the success of wireless networks. One imp...
The spectrum resources, interference, and energy of battery-based devices are predominant problems a...
Power control mitigates interference and maintains required QoS levels in cellular wireless networks...
The global communications systems critically relyon control algorithms of various kinds. In wireless...
PreprintThis paper presents a comprehensive review of the published algorithms on power control for ...
In cellular wireless communication systems, uplink power control is needed to provide all mobile use...
Emerging wireless communication networks are required to provide data services which tolerate large ...
Power control algorithms are an important consideration in mobile ad hoc networks since they can imp...
Abstract — In this paper we present an analysis of power control algorithms established over the pas...
With the proliferation of portable computing platforms and small wireless devices, wireless networks...
Transmit power control is a central technique for resource allocation and interference management in...
AbsOucl-A major challenge in the operation of wireless communication systems is the &dive use of...
AbstractPower control algorithms are an important consideration in mobile ad hoc networks since they...
Abstract—A fully distributed power control (FDPC) algorithm has been recently proposed for cellular ...
Ad hoc wireless networks have emerged as a promising communication scheme to meet the ever growing p...
The efficient management of radio resource is essential to the success of wireless networks. One imp...
The spectrum resources, interference, and energy of battery-based devices are predominant problems a...
Power control mitigates interference and maintains required QoS levels in cellular wireless networks...