2003•Unpublished venueOpen access

Bluetooth-based wireless personal area network for multimedia communication

Jamil Yusuf Khan, Josh Wall, Mohammad A. Rashid

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Abstract

This paper presents a Bluetooth-based wireless personal area network (WPAN) designed for multimedia communication among portable and distributed smart electronic devices within a short-range. The WPAN is a new standard under development, which will be part of the IEEE802.15 standard. The main objective of the WPAN is to replace wires between electronic and/or computing equipment in close proximity and provide connectivity to larger networks through a convenient transmission medium. The paper presents hardware and software codesign based on the Bluetooth protocol stack as a vehicle for real-life performance studies for multimedia communication over WPAN and beyond. Some results based on tests performed in the laboratory environment are also presented in the paper.

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What this paper is about

This paper presents a Bluetooth-based wireless personal area network (WPAN) designed for multimedia communication among portable and distributed smart electronic devices within a short-range. The WPAN is a new standard under development, which will be part of the IEEE802.15 standard. The main objective of the WPAN is to replace wires between electronic and/or computing equipment in close proximity and provide connectivity to larger networks through a convenient transmission medium. The paper presents hardware and software codesign based on the Bluetooth protocol stack as a vehicle for real-life performance studies for multimedia communication over WPAN and beyond. Some results based on tests performed in the laboratory environment are also presented in the paper.

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Available abstract

This paper presents a Bluetooth-based wireless personal area network (WPAN) designed for multimedia communication among portable and distributed smart electronic devices within a short-range. The WPAN is a new standard under development, which will be part of the IEEE802.15 standard. The main objective of the WPAN is to replace wires between electronic and/or computing equipment in close proximity and provide connectivity to larger networks through a convenient transmission medium. The paper presents hardware and software codesign based on the Bluetooth protocol stack as a vehicle for real-life performance studies for multimedia communication over WPAN and beyond. Some results based on tests performed in the laboratory environment are also presented in the paper.

Key concepts: Bluetooth, Personal area network, Computer science, Wireless, Protocol stack, Computer network, Scatternet, Protocol (science)

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