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  1. Proceedings of the first workshop on Wireless mobile internet (WMI '01)
  2. Multimedia support over bluetooth Piconets
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iMobile: a proxy-based platform for mobile services
A wireless public access infrastructure for supporting mobile context-aware IPv6 applications
GIP: an infrastructure for mobile intranets development
A scalable, distributed middleware service architecture to support mobile internet applications
Quality of service and mobility for the wireless internet
Wireless access to internet via Bluetooth: performance evaluation of the EDC scheduling algorithm
Multimedia support over bluetooth Piconets
The impact of delayed acknowledgments on TCP performance over satellite links
Pricing differentiated services in the GPRS environment
A service framework for carrier grade multimedia services using PARPLAY APIs over a SIP system
On the performance of TDD-TD/CDMA architectures with heterogeneous traffic
A high capacity multihop packet CDMA wireless network

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Multimedia support over bluetooth Piconets

Content Provider ACM Digital Library
Author Kazantzidis, Manthos Kapoor, Rohit Gerla, Mario Johansson, Per
Abstract In this paper we explore the ability to support multimedia trafficin indoor, wireless ad hoc PANs (Personal Area Networks) using theBluetooth technology. We first define the representative ad hocnetworking applications such as wireless access to the Internet,document distribution, videoconferencing, webcasting, interactionwith sensors and actuators, etc. For such applications, we definethe performance requirements placed on the PAN. There are twotechnologies now competing for the PAN market: the IEEE802.11“legacy” technology, and the newly introduced Bluetoothtechnology. By IEEE802.11, we refer to the operation of 802.11 inthe DCF mode, which is the mode implemented in the commercialWaveLAN cards. In the rest of the paper, we will use WaveLAN torefer to 802.11 in its DCF mode. We will attempt to answer thequestions: how effective is the Bluetooth technology in supportingcollaborative, “virtual ad hoc networking” applicationsand how does it compare with WaveLAN? To answer these questions, wehave developed an NS-2 model of Bluetooth. We have also developedmodels of adaptive applications such as voice and video. ForWaveLAN, we have used the existing NS-2 models. The results showthat Bluetooth provides better support for real-time applicationsas compared to WaveLAN. It does not exhibit the“capture” behavior observed, for example, in WaveLAN.Also, with the addition of nodes to the “indoor” space,it adds to the total “system” capacity and gives abetter overall throughput.
Starting Page 50
Ending Page 55
Page Count 6
File Format PDF
ISBN 1581134231
DOI 10.1145/381472.381569
Language English
Publisher Association for Computing Machinery (ACM)
Publisher Date 2001-07-21
Publisher Place New York
Access Restriction Subscribed
Subject Keyword Piconets Multimedia Wavelan Bluetooth Video Voice
Content Type Text
Resource Type Article
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