IEEE 802.16 e features made Battery Life of Mobile Station (MS) challenging, since MS are
battery powered with limited resources. Numerous power saving scheme have been …

ABSTRACT World Wide Interoperability for Microwave Access (WiMAX) known as the IEEE
802.16 is designed to support different traffic classes for power savings. The 802.16 e added …

The IEEE 802.16 e standard is an emergent broadband wireless access technology that
added the mobility feature to the original standard. This feature made battery life of an …

In our previous work, the limitation of standard type I and II power saving in IEEE 802.16 e
was discussed, and the idea of load-based power saving (LBPS) was proposed for better …

In our previous work, the limitation of standard type I and II power saving in IEEE 802.16 e
was discussed, and the idea of load‐based power saving (LBPS) was proposed for better …

There have being advancement from the former standard of the IEEE known as worldwide
interoperability for Microwave Access (WiMAX), with the 802.16 e being explored by the …

To extend the battery life of an mobile station (MS) roaming in wireless metropolitan area
networks (WMAN), the support of power saving mechanism is needed. However, the …

Previous works in IEEE 802.16 e power saving mainly focused on standard Type I or Type II
power saving class. The limitation of adopting Type I or Type II is discussed in the paper …

Previous works in IEEE 802.16 e power saving mainly focused on standard Type I or Type II
power saving class. The limitation of adopting Type I or Type II was discussed in our …

Energy-saving is vital in a mobile network as mobile terminals are energy contingent and is
one of the most important features that extends the lifetime of portable devices. Mobile …