Mobile WiMAX MAC and PHY layer optimization for IPTV

Mobile WiMAX MAC and PHY layer optimization for IPTV

WiMAX (Worldwide Interoperability for Microwave Access) embodies the IEEE 802.16 family of standards that provisionwireless broadband access.With the IEEE 802.16e−2005 mobility amendment, WiMAX promises to address the ever-increasing demand for mobile high speed wireless data in fourth-generation (4G) networks. WiMAX market studies continue to project increased subscriber growth rates and plann...

Phy / Mac Cross - Layer Issues in Mobile

M − MAC M − PHY ATM Adaptation Layer Asynchronous Transfer Mode Layer Mobile Broadband Termination User

| This paper describes a MAC protocol called DSA++ that allows the full integration of mobile ATM terminals into an ATM network by extending the statistical multiplexing from ATM multiplexers on the air interface, ooering capacity on demand. The DSA++ protocol ooers functions necessary for the implementation of a resource scanning algorithm and power saving mode in the mobile station as well as...

M − MAC M − PHY ATM Adaptation Layer Asynchronous Transfer Mode Layer Mobile Broadband

| This paper describes a MAC protocol called DSA++ that allows the full integration of mobile ATM terminals into an ATM network by extending the statistical multiplexing from ATM multiplexers on the air interface, ooering capacity on demand. The DSA++ protocol ooers functions necessary for the implementation of a resource scanning algorithm and power saving mode in the mobile station as well as...

Cross Layer PHY-MAC Protocol for Wireless Static and Mobile Ad Hoc Networks

Multihop mobile wireless networks have drawn a lot of attention in recent years thanks to their wide applicability in civil and military environments. Since the existing IEEE 802.11 distributed coordination function (DCF) standard does not provide satisfactory access to the wireless medium in multihop mobile networks, we have designed a cross-layer protocol, (CroSs-layer noise aware power drive...