本论文引入了非接触式电能传输,解决了相对转动时能量的传输问题。
It introduces the Contactless Inductive Power transfer system in this paper, and solved this problem of energy transfer during existing relative rotation.
为了实现高速网络环境下的数据采集,本论文引入了网络处理器来应对网络带宽的冲击。
In order to handle much higher speed network capture requirement, the thesis introduced a new capture technique based on network Processor.
在数据处理阶段,本论文引入了数据流水,获得了8.89的加速比,极大地加快了数据压缩的过程。
In the phase of data treats, the paper introduces a data pipeline technique into the arithmetic. The speedup ratio is 8.89, largely increases the speed of compression.
应用推荐