The IEEE 802.16 standard defines the specifications for medium access control (MAC) and
physical (PHY) layers of WiMAX networks. A critical part of the MAC layer specification is …

The IEEE 802.16 standard, which includes specification for the Medium Access Control
(MAC) and Physical (PHY) layers, was designed to handle the requirements of different …

The IEEE 802.16 standard is supposed to provide a wide-range broadband wireless service,
but it leaves the implementation of the wireless resource scheduler as an open issue. We …

Interest in broadband wireless access (BWA) has been growing due to increased user
mobility and the need for data access at all times. IEEE 802.16 e based WiMAX networks …

IEEE 802.16, popularly known as WiMAX, is at the forefront of the technology drive because
of the growing demand for high-speed wireless broadband networks. Multihop WiMAX …

Abstract Worldwide Interoperability for Microwave Access (WiMAX), which is also known as
IEEE 802.16 standard, supports last-mile broadband access wireless networks. WiMAX has …

In the last few years, standardization activities within the IEEE 802.16 Working Group have
resulted in the publication of specifications for an air interface of Fixed broadband wireless …

Multi-hop WiMAX networks based on IEEE 802.16 has the potential of easily providing high-
speed wireless broadband access to areas with little or no existing wired infrastructure …

Scheduling algorithms are of utmost importance in WiMAX for efficient use of radio
resources. A scheduling algorithm should take into account the WiMAX QoS classes and …

In order to support different types of multimedia applications, the IEEE 802.16 standard
defines different service classes with their associated Quality of Service (QoS) parameters …