원문정보
초록
영어
For a high-speed data transmission with guaranteed QoS and energy efficiency in a ship area network (SAN), we consider IEEE 802.15.3 based TDMA high-rate wireless personal area network (HR-WPAN) application. It is shown that the proposed SAN architecture with TDMA based HR-WPAN can provide a high quality wireless connectivity to the conventional dedicated wired devices and shipboard control network devices as a wireless gateway, by adaptively selecting transmission parameters such as transmission power and physical data rate for a fixed fragment size. Moreover, a realistic effect of ship building material such as steel (large ship) and FRP (medium size ship) is considered as a path loss parameter for performance evaluation. We demonstrated that the proposed TDMA based HR-WPAN system with the link transmission parameters selection algorithm could provide a good wireless network model applicable to the SAN architecture.
목차
1. Introduction
2. Ship Area Network Architecture with TDMA based HR-WPAN
2.1. Conventional Ship Area Network Architecture
2.2. SAN Architecture with TDMA based HR-WPAN Piconet System
2.3. Traffic Model of the SAN Architecture
3. TDMA based HR-WPAN System and Link Parameter Selection
3.1. IEEE 802.15.3 based TDMA HR-WPAN System Model
3.2. Link Transmission Parameter Selection Algorithm
4. Simulation Results and Discussion
5. Conclusion
ACKNOWLEDGEMENTS
References