High Throughput Wireless Multihop Transmissions by Power Controlled Transmissions along Hop-by-Hop Shortening Route

AUTHOR(S):

TITLE

High Throughput Wireless Multihop Transmissions by Power Controlled Transmissions along Hop-by-Hop Shortening Route

ABSTRACT

In data message transmissions in wireless multihop networks, intra-route collisions of data messages and control messages are required to be reduced or avoided for shorter transmission delay and higher end-to-end throughput of data messages. RH2SWL (Routing with Hop-by-Hop Shortening Wireless Links) avoids collisions between 2-hop neighbor intermediate wireless nodes and provides them more opportunities to forward data messages; however, 1-hop neighbor intermediate wireless nodes might forward data messages simultaneously, which causes collisions of data messages. This paper proposes an extension of RH2SWL introducing transmission power control of RTS/CTS control messages and intentional transmission interval of data messages in order to reduce collisions between data messages and control messages transmitted by 1-hop neighbor intermediate wireless nodes.

KEYWORDS

Wireless Multihop Networks, Sequence of Hop by Hop Shortening Wireless Links, Wireless Signal Transmission Power Control, RTS/CTS Control, Collision Avoidance

REFERENCES

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Cite this paper

Satoshi Suda, Hiroaki Higaki. (2018) High Throughput Wireless Multihop Transmissions by Power Controlled Transmissions along Hop-by-Hop Shortening Route. International Journal of Computers, 3, 1-7