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Novel Satellite Transport Protocol with on-board spoofing proxy

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3 Author(s)
Jiong, Liu ; State Key Laboratory on Microwave & Digital Communication, Dept. of Electronics Engineering, Tsinghua Univ., Beijing 100084, P. R. China, Xi'an Communication Inst., Xi'an 710106, P. R. China ; Zhigang, Cao ; Jinglin, Wang

As a result of the exponential growing rate of worldwide Internet usage, satellite systems are required to support broadband Internet applications. The transmission control protocol (TCP) which is widely used in the Internet, performs very well on wired networks. However, in the case of satellite channels, due to the delay and transmission errors, TCP performance degrades significantly and bandwidth of satellite links can not be fully utilized. To improve the TCP performance, a new idea of placing a TCP spoofing proxy in the satellite is considered. A Novel Satellite Transport Protocol (NSTP) which takes advantage of the special properties of the satellite channel is also proposed. By using simulation, as compared with traditional TCPs, the on-board spoofing proxy integrated with the special transport protocol can significantly enhance throughput performance on the high BER satellite link, the time needed to transfer files and the bandwidth used in reverse path are sharply reduced.

Published in:

Systems Engineering and Electronics, Journal of  (Volume:17 ,  Issue: 3 )