Real-time Performance Analysis for Wireless Sensor Networks
Qiang Zhou, Huagang Xiong, Hengqing Lin
Abstract
Qiang Zhou, Huagang Xiong, Hengqing Lin
Abstract
In this paper, an optimal time slot allocation scheme (O-TDMA) supporting hard real-time communication in wireless sensor networks (WSNs) is studied. In mission-critical system, O-TDMA scheme based on TDMA protocol and a real-time performance analysis method based on WCAU (the worst case achievable utilization) are proposed. Analytical proof that O-TDMA has better performance than other schemes is given. Finally simulative examples are presented to promote the conclusion.
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In this paper, an optimal time slot allocation scheme (O-TDMA) supporting hard real-time communication in wireless sensor networks (WSNs) is studied. In mission-critical system, O-TDMA scheme based on TDMA protocol and a real-time performance analysis method based on WCAU (the worst case achievable utilization) are proposed. Analytical proof that O-TDMA has better performance than other schemes is given. Finally simulative examples are presented to promote the conclusion.
Key concepts: Time division multiple access, Wireless sensor network, Computer science, Computer network, Scheme (mathematics), Wireless, Protocol (science), Key distribution in wireless sensor networks