• Corpus ID: 59858940

Packet Level Simulation of Bluetooth Physical Layer

@inproceedings{Rnai2001PacketLS,
  title={Packet Level Simulation of Bluetooth Physical Layer},
  author={Mikl{\'o}s Aur{\'e}l R{\'o}nai},
  year={2001},
  url={https://api.semanticscholar.org/CorpusID:59858940}
}
  • M. Rónai
  • Published 2001
  • Computer Science, Engineering
The results show that the Bluetooth technology is robust against external interference and can be efficient in power consumption and the created simplified link layer, which is based on a random access method works well on the Bluetooth physical layer.
3 Citations

A Performance Analysis of Bluetooth Broadcasting Scheme

This paper determined the optimal packet type and retransmission count combinations that can provide the highest effective throughput values for various practical BER ranges and can be used at Bluetooth baseband layer to dynamically adapt to varying channel conditions and to achieve a good broadcast performance.

Bluetooth Broadcasting Performance: Reliability and Throughput

This paper determined the optimal packet type and re-transmission count combinations that can provide the highest effective throughput values for various practical BER ranges at Bluetooth baseband layer.

Overview of Mobile Passenger Information Systems in Public Transport

This paper provides an analysis of a variety of passenger information systems actually used in different locations all over the world, including WAP, I-mode, SMS, MMS and Smartphone format.

Arguments for cross-layer optimizations in Bluetooth scatternets

It is shown that the unique aspects of the technology require a redesign of the protocol structure for link formation, IP routing and service discovery, and it is argued for extensive cross-layer optimizations.

BLUETOOTH—The universal radio interface for ad hoc, wireless connectivity

A short-range radio link that is small enough to fit inside any electronic device or machine, that provides local connectivity, and that creates a (worldwide) micro-scale web.

Proximity Awareness and Ad Hoc Network Establishment in Bluetooth

This paper introduces the Bluetooth Topology Costruction Protocol (BTCP), an asynchronous distributed protocol for constructing scatternets which starts with nodes that have no knowledge of their surroundings and terminates with the formation of a connected network satisfying all connectivity constraints posed by the Bluetooth technology.

A pseudo random coordinated scheduling algorithm for Bluetooth scatternets

The Pseudo-Random Coordinated Scatternet Scheduling (PCSS) algorithm to perform the scheduling of both intra- and inter-piconet communication and removes the need for explicit information exchange between peer devices, which is a major advantage of the algorithm.

Performance aspects of Bluetooth scatternet formation

This work establishes a network model and defines performance metrics for Bluetooth scatternets, derived from constraints specific to the Bluetooth technology, but is sufficiently abstract to relate to the more general field of ad hoc networking.