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Conference Paper An Execution Model of MAC on System Kernel for WiBro Access Terminal
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Authors
Seung-Que Lee, Nam-Hoon Park
Issue Date
2008-02
Citation
International Conference on Advanced Communication Technology (ICACT) 2008, pp.1066-1069
Publisher
IEEE
Language
English
Type
Conference Paper
DOI
https://dx.doi.org/10.1109/ICACT.2008.4493950
Project Code
07MM2100, Development of Middleware Platform Technology based on the SDR Mobile Station, Park Nam Hoon
Abstract
The WiBro (Wireless Broadband) system is designed to be able to provide a variety of information and multimedia contents services through high speed wireless Internet access via various user terminals such as PC, PDA and hand-held PC. The WiBro system can be considered as a system that integrates services in wired-realm and a wireless service. The WiBro system consists of three major entities; WiBro-AT(Access terminal), WiBro-AP(Access Point) and PAR(Packet Access Router). WiBro-AT provides interface with users of WiBro service, it is the most important factor for successful launching and fast expansion of commercial WiBro service. In this paper, we present an execution model of MAC on system kernel for uplink packet transmission of WiBro Access Terminal. It uses tasklet and kernel thread for a data processing an it also uses circular queue for delayed function call of queue operation. It gives stable running of WiBro-AT in spite of non-atomic execution property of tasklet.
KSP Keywords
Access point, Access router, Data processing, Hand-held, High Speed, Multimedia contents, Non-atomic, Packet Transmission, User terminals, Wireless Broadband, Wireless Internet