In traditional power-saving approaches of wireless network, turning-off the device is a common method. However, these methods may bring several side-effects to the network. They may reduce the performance to ultra-low level, or boost the requirement of memory resources. In this paper, we propose an effective mechanism to achieve power-saving for wireless end-device. We have also evaluated the performance of our proposal. In our estimation, it would be a great improvement comparing to traditional method, in both power-efficient performance and cost. 1
Recently, as the use of wireless Internet increases, access point (AP) installation has increased ra...
Traditionally, energy efficiency aspects have been included in the wireless access network design sp...
Wireless devices are mainly used in mobile systems because they do not need any physical connection ...
With the proliferation of portable computing platforms and small wireless devices, wireless networks...
Portable wireless systems require long battery lifetime while still delivering high performance. The...
In mobile communications, one of the most precious commodities is power. The mobile host can only op...
Recently the mobile community has focused on techniques for reducing the energy consumption of mobi...
Reducing the energy consumed by mobile wireless devices to extend the lifetime of the batteries that...
AbstractIEEE 802.16m defines three power saving mechanisms to reduce power consumption in mobile dev...
Submitted on behalf of EDAA (http://www.edaa.com/)International audienceFast wireless access has rap...
The widespread use of battery-operated embedded systems with wireless communication capabilities (e....
This paper investigates the effects of power saving strategies on the performance of wireless local ...
Mobile devices are on the way to be a necessity for the users, and the coming 10 years are expected ...
Cellular and Handheld devices are evolving from simple feature entities into true smart devices, pro...
MasterPower management of Wi-Fi interfaces can greatly impact the battery life time of a smart devic...
Recently, as the use of wireless Internet increases, access point (AP) installation has increased ra...
Traditionally, energy efficiency aspects have been included in the wireless access network design sp...
Wireless devices are mainly used in mobile systems because they do not need any physical connection ...
With the proliferation of portable computing platforms and small wireless devices, wireless networks...
Portable wireless systems require long battery lifetime while still delivering high performance. The...
In mobile communications, one of the most precious commodities is power. The mobile host can only op...
Recently the mobile community has focused on techniques for reducing the energy consumption of mobi...
Reducing the energy consumed by mobile wireless devices to extend the lifetime of the batteries that...
AbstractIEEE 802.16m defines three power saving mechanisms to reduce power consumption in mobile dev...
Submitted on behalf of EDAA (http://www.edaa.com/)International audienceFast wireless access has rap...
The widespread use of battery-operated embedded systems with wireless communication capabilities (e....
This paper investigates the effects of power saving strategies on the performance of wireless local ...
Mobile devices are on the way to be a necessity for the users, and the coming 10 years are expected ...
Cellular and Handheld devices are evolving from simple feature entities into true smart devices, pro...
MasterPower management of Wi-Fi interfaces can greatly impact the battery life time of a smart devic...
Recently, as the use of wireless Internet increases, access point (AP) installation has increased ra...
Traditionally, energy efficiency aspects have been included in the wireless access network design sp...
Wireless devices are mainly used in mobile systems because they do not need any physical connection ...