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Calculation of Probabilistic Worst-case Response-time for Message in Bluetooth
The response time is one of the main constraints in bluetooth synchronization and message transfer. This paper provides a novel approach for calculating a probabilistic worst-case response-time for messages in the bluetooth. We are using frequency hopping mechanism in order to retrieve the useful distribution of pockets instead of the worst-case scenario in bluetooth communication. Since the bluetooth systems are not synchronized, the number of bluetooth hops which it overlaps will depend not just on the 802.11 packet's length but also on the time offset between the packet and the hops. The best option to avoid the overlap problem is the time period. This analysis was concerned only with the timing relationships between an 802.11 packet and the bluetooth hops.
Keywords
Bluetooth Synchronization, Worst-case, Response-time, Overlap, Bluetooth Hops
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- Antoine Mercier, Pascale Minet and Laurent George (2006a) Worst case response times in a bluetooth piconet: scheduling combining 1-RR or E-RR with FIFO or EDF. ICN/ICONS/MCL 2006, 135.
- Antoine Mercier, Pascale Minet and Laurent George (2006b) Worst case response times for 1-RR/FIFO and 1-RR/EDF in a Bluetooth piconet. International Conference on Networking, Intl.Conf. on Systems and Intl. Conf. on Mobile Commun. and Learning Technol. (ICNICONSMCL'06).232.
- Brian S. Peterson, Rusty O. Baldwin, Jeffrey P. Kharoufeh, and Richard A. Raines (2003) Refinements to the packet error rate upper bound for bluetooth networks. IEEE Commun. Lett. 7 (8), 382- 384.
- Charles Hodgdon (2003) Adaptive Frequency Hopping for Reduced Interference between Bluetooth® and Wireless LAN . Ericsson Technology Licensing.
- Golmie N, Rebala O and Chevrollier N (2003) Bluetooth adaptive frequency hopping and scheduling. In: Proc. of the IEEE Military Commun. Conf. (MILCOM), Oct.13-16. 2, 1138-1142.
- Thomas Nolte, Hans Hansson and Christer Norström (2003) Probabilistic worst-case response-time analysis for the controller area network. Proc. of the 9th IEEE Real-Time and Embedded Technology and Applications Symp. (RTAS'03). IEEE Computer Soc., Washington, DC (relocated from Toronto), USA. May, pp: 200-207.
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