WiMAX (802.16) White Papers
A Comparison of Two Fourth Generation Technologies: WiMAX and 3GPP-LTE
Overview Modern Wireless Wide Area Networks (WWAN) and wireless Metropolitan Area Networks (MAN) are under extensive investigation in recent years with a view to progressing towards 4th generation (4G) public wireless networks. The intensive standardization activity, currently in its final stages, may be considered as a major step towards 4G. One well known example of this standardization effort is the IEEE 802.16e - 2005 standard for fixed and mobile broadband wireless access (Mobile WiMAX). Early systems based on this standard are expected to be deployed starting from 2007.
| Publisher | Comsys Mobile | File Format | |
|---|---|---|---|
| Date Published | December 2006 | ||
| Format | White Papers | ||
| Topics | |||
Designing Multihop Wireless Backhaul Networks With Delay Guarantees
As wireless access technologies improve in data rates, the problem focus is shifting towards providing adequate backhaul from the wireless access points to the Internet. Existing wired backhaul technologies such...
Access Service Network Gateway in WiMAX
The high data rate demand for applications such as real-time audio, video, online gaming, service on demand, and live conference has always kept challenges way ahead of available technical dexterity....
Ushering WiMAX to the Frontlines of Malaysia
Though having a strong first mover advantage, Mobile WiMAX 16e is a completely new technology to Malaysians, hence, it is important for P1 to convince and convert its prospects to...
WiMAX Base Station Scheduling Algorithms
This white paper discusses about the scheduling algorithms for Orthogonal Frequency Division Multiple Access/Time Division Multiple Access (OFDMA/TDMA) based systems, which extends the PF scheme to multiple service types with...
Analysis of WiMAX Data Rate Performance
Mobile WiMAX has gained momentum as a top candidate to deliver the dream of full mobile wireless internet. In spite of this, the available data regarding the performance of Mobile...



