Throughput Performance of Marine STDMA Ad-hoc Network
Huafeng Wu, Haiguang Chen, Qiang Zhou, Chuanshan Gao
Abstract
Huafeng Wu, Haiguang Chen, Qiang Zhou, Chuanshan Gao
Abstract
The spatial reuse time division multiple access (STDMA) ad hoc network got applied in the marine navigation realm. The resulted system, automatic identification system (AIS), has been extensively used in marine industry. It well serves the surveillance and communication purposes for marine navigation, and makes a great improvement on marine technology. Throughput is an important measure to such a surveillance and communication system, especially with the rapid increase of the amount of ships and their speed. In this paper, we firstly find out the influence factors of throughput through analysis of the system's basic principle. Through simulation, we simulate and analyze how these factors impact the throughput performance. Finally, we simply propose some suggestions for improving it within different environment.
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The spatial reuse time division multiple access (STDMA) ad hoc network got applied in the marine navigation realm. The resulted system, automatic identification system (AIS), has been extensively used in marine industry. It well serves the surveillance and communication purposes for marine navigation, and makes a great improvement on marine technology. Throughput is an important measure to such a surveillance and communication system, especially with the rapid increase of the amount of ships and their speed. In this paper, we firstly find out the influence factors of throughput through analysis of the system's basic principle. Through simulation, we simulate and analyze how these factors impact the throughput performance. Finally, we simply propose some suggestions for improving it within different environment.
Key concepts: Throughput, Computer science, Wireless ad hoc network, Reuse, Time division multiple access, Vehicular ad hoc network, Communications system, Computer network