Paper Info
Title
Multi-Gbps MAC Design and Real-Time Experiment for IMT-Advanced Wireless Nomadic Access
Abstract
In this paper, high performance MAC is designed and implemented to support multi-gigabit physical layer. New algorithms and Control channels are introduced for low MAC latency and high MAC throughput. The new multi-gigabit nomadic/local area wireless access, called NoLA, is implemented using the proposed MAC. NoLA demonstrated the multi-gigabit service with full HD video streams where the proposed high performance MAC supports the 84 full HD video streams in real time. The implemented NoLA system shows near 1.8Gbps MAC throughput, which can meet the requirements of the gigabit IMT-Advanced wireless nomadic access. It is proved that the proposed high performance MAC used in NoLA can be one of the promising solutions for the future multi-gigabit wireless communication systems.
Year
DOI
Venue
2009
10.1109/AICT.2009.84
AICT
Keywords
Field
DocType
mac,high performance,imt advanced wireless nomadic access,low mac latency,wlan,control channel,proposed mac,high mac throughput,bit rate 1.8 gbit/s,mac throughput,proposed high performance,multi-gbps mac design,gbps,future multi-gigabit wireless communication,real-time experiment,high definition video stream,nola,full hd video stream,access protocols,imt-advanced wireless nomadic access,video streaming,multi-gigabit physical layer,wireless lan,multigigabit physical layer,nola system,mobile computing,multimedia communication,local area wireless access,mac design,digital television,bandwidth,throughput,physical layer,real time,real time systems,mimo,antennas,wireless communication
Control channel,Mobile computing,High-definition video,Gigabit,Wireless,IMT Advanced,Computer science,Computer network,Real-time computing,Physical layer,Throughput
Conference
ISBN
Citations 
PageRank 
978-0-7695-3611-8
0
0.34
References 
Authors
7
5
Name
Order
Citations
PageRank
Yooseung Song121.81
Jee-yon Choi201.01
Yunjoo Kim3135.69
Hyungu Park401.01
Sok-kyu Lee59523.78