CAJ | 학술논문

提出了一种基于 FPGA 动态局部重构技术的无线传感器网络节点设计方案，通过 FPGA高效的计算能力来提高节点的处理能力，同时采用动态局部重构技术进行功耗控制。根据所提方案进行了硬件平台的设计，并在此平台上对可重构的流程及实现方法进行了验证。实验结果表明，该方案能够实现无线传感器网络节点的部分可重构，在减小功耗的同时具有较强的运算能力。
제출료일충기우 FPGA 동태국부중구기술적무선전감기망락절점설계방안，통과 FPGA고효적계산능력래제고절점적처리능력，동시채용동태국부중구기술진행공모공제。근거소제방안진행료경건평태적설계，병재차평태상대가중구적류정급실현방법진행료험증。실험결과표명，해방안능구실현무선전감기망락절점적부분가중구，재감소공모적동시구유교강적운산능력。
This paper proposes a novel WSN nodes architecture based on FPGA dynamic reconfiguration technology. The comput-ing performance and flexibility of FPGA can be used to improve the processing ability of WSN node . Meanwhile the dynamic partial reconfiguration of FPGA is introduced to control the power consumption . This paper proposes the design and finishes the hardware platform according to the plan , and the dynamic partial reconfiguration design flow is implemented and verified in this platform . The result indicates that the WSN node can implement partial reconfiguration with better computing ability and lower power consumption .