Frame retransmission using a modified VST-TDMA access protocol in Picocell/WPAN
Cargando...
Fecha
Authors
Título de la revista
ISSN de la revista
Título del volumen
Editor
2017 IEEE 9th Latin-American Conference on Communications (LATINCOM)
2017 IEEE 9th Latin-American Conference on Communications (LATINCOM)
2017 IEEE 9th Latin-American Conference on Communications (LATINCOM)
Resumen
The VST-TDMA access protocol has shown to have many advantages over existing protocols in centralized (star) wireless network architectures. As most data-link layer protocols, it does not have a recovery feature as data integrity is supervised by the connection-oriented transport protocols. Nevertheless, VST-TDMA possesses the flexibility to easily incorporate a retransmission feature that allows the users to experience higher throughput when using applications that use the Transmission Control Protocol, which transports approximately 90% of all Internet traffic. Results show that depending on the wireless link reliability, i.e., the frame loss rate, the throughput can be improved by a factor of ten.
Descripción
The VST-TDMA access protocol has shown to have many advantages over existing protocols in centralized (star) wireless network architectures. As most data-link layer protocols, it does not have a recovery feature as data integrity is supervised by the connection-oriented transport protocols. Nevertheless, VST-TDMA possesses the flexibility to easily incorporate a retransmission feature that allows the users to experience higher throughput when using applications that use the Transmission Control Protocol, which transports approximately 90% of all Internet traffic. Results show that depending on the wireless link reliability, i.e., the frame loss rate, the throughput can be improved by a factor of ten.
Palabras clave
transport protocols, time division multiple access, telecommunication traffic, telecommunication network reliability, personal area networks, Internet ,, cellular radio, access protocols, transport protocols, time division multiple access, telecommunication traffic, telecommunication network reliability, personal area networks, Internet ,, cellular radio, access protocols