The optical system, with its massive interconnection and parallel processing capabilities, is particularly suitable for megalo-capacity data processing and computation.
光学系统由于其巨大的互连和内在的并行处理能力，特别适应于超大容量数据处理和计算。
Today's information have the performance of high capacity, fast transmission and high reliability, chip interconnection plays a critical role in it.
当今信息具有存储量大、传输速度快、可靠性高等现实需求，芯片互连技术在其中发挥着重要作用。
Bearing 16-point and 32-point large-scale FFT parallel computing, the platform can demonstrate the transmission capacity of optical interconnection and electrical interconnection through experiments.
平台通过承载16点以及32点的大规模并行FFT计算，能够通过实验演示光互连与电互连的传输能力。
In this paper, a comprehensive model which can analyze all sorts of benefit of interconnection between electric systems and search for the optimal capacity of tie-lines is described.
本文提出了一个电力系统间联网规划综合模型。该模型能分析电力系统间联网的各种效益和探索最优的联络线容量。
In this paper, a comprehensive model which can analyze all sorts of benefit of interconnection between electric systems and search for the optimal capacity of tie-lines is described.
本文提出了一个电力系统间联网规划综合模型。该模型能分析电力系统间联网的各种效益和探索最优的联络线容量。
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