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Electrical design automation (EDA) techniques have deeply influenced thecomputer hardware design, especially in the field of very large scaleIntegration (VLSI) circuits. Particularly, the popularity of FPGA, ASIC and SOCapplications have been dramatically increased due to the well developed EDAtool chains. Over decades, improving EDA tool in terms of functionality,efficiency, accuracy and intelligence is not only the academic research hotspot, but the industry attempting goal as well.  In this paper, a novel perspective is taken to review current mainstream EDAworking flow and design methods, aiming to shorten the EDA design periods andsimplify the logic design overload significantly. Specifically, three majorcontributions are devoted. First, a Chinese character based representationsystem (CCRS), which is used for presenting logical abstract syntax tree, isproposed. Second, the register-transfer-level (RTL) level symbolic descriptiontechnique for CCRS are introduced to replace traditional text-based programmingmethods. Finally, the refined EDA design flow based on CCRS is discussed. It isconvincing that the graphic non-pure-english based EDA flow could lower thedesign cost and complexity. As a fundamental trial in this new field, it isconfirmative that a lot of following works will make the related EDAdevelopment prosperous.

Speeding-up Logic Design and Refining Hardware EDA Flow by Exploring Chinese Character based Graphical Representation