Title :
Personal area technologies for internetworked services
Author :
Williams, Chris ; Beach, Mark ; Neirynck, Dries ; Nix, Andy ; Chen, Kevin ; Morris, Kevin ; Kitchener, Dean ; Presser, Mirko ; Yuchan Li ; Mclaughlin, Steve
Author_Institution :
Bristol Univ., UK
Abstract :
This article reviews wireless enabling technologies to support interworking of heterogeneous networks, and covers two relevant topics; personal area networks and multistandard terminals. The variability of the PAN channel is demonstrated, and the implications for air interface design are discussed. To ensure the effective operation in the shared spectrum, radio resource management and medium access control strategies for PANs are also discussed. It is recognized that the terminal cost has significant implications for user acceptance; therefore, by combining the functionality from different standards (cellular, wireless LAN, broadcast), the cost can be reduced. Technologies and architectures relevant for multistandard terminals are reviewed, including synchronization and linear RF processing. Finally, the potential for further simplifications within the framework of multicarrier CDMA is considered.
Keywords :
3G mobile communication; cellular radio; code division multiple access; computational complexity; internetworking; personal area networks; quality of service; synchronisation; telecommunication channels; telecommunication network management; telecommunication network topology; telecommunication terminals; QoS; broadcast network; cellular network; cellular radio; computational complexity; heterogeneous network; internetworked service; linear RF processing; medium access control strategy; multicarrier CDMA; multistandard terminal; network topology; personal area network; personal area technology; quality of service; radio resource management; synchronization; wireless LAN; wireless enabling technology; Airports; Cellular phones; Delay; Home automation; IP networks; Legged locomotion; Portable computers; Radio communication; Web and internet services; Wireless LAN;
Journal_Title :
Communications Magazine, IEEE
DOI :
10.1109/MCOM.2004.1367554