Study on Data-Driven Implementation of Cross-Layer Load Control in Wireless Ad-Hoc Network

本研究展示了数据驱动的芯片多处理器体系结构，通过充分利用跨层负载控制过程中固有的并发性，可以在功耗约为1/10的无线自组织网络中实现跨层负载控制过程。此外，对跨层负载控制过程的数据驱动方案进行了定量评估，表明可以满足IEEE 802.11a/g定义的54 Mbps传输吞吐量的实时多处理能力要求。

This research demonstrated data-driven chip multiprocessor architecture which makes it possible to realize cross-layer load control processes in wireless ad-hoc network with approximately 1/10 power consumption by fully exploiting concurrency inherent in the processes. Furthermore, quantitative evaluation of the data-driven program of the cross-layer load control processes showed it was possible to satisfy the requirements on real-time multiprocessing capability to achieve 54 Mbps transmission throughput defined in IEEE 802.11a/g.