2007 IEEE International Conference on Granular Computing (GRC 2007)
A Scientific Decoding of YinYang1-2-4-8-64 for Equilibrium-Based Granular Computing
San Jose, California
November 02-November 04
ISBN: 0-7695-3032-X
2600 years ago, YinYang was born in the ancient China with the theme "Taiji (one matter) produces YinYang; YinYang produces four forms; the four forms lead to eight diagrams; and the eight diagrams can have 64 direct combinations." This theme can be called YinYang1-2-4-8-64. An equilibrium-based scientific decoding of YinYang1-2-4-8-64 is presented which states "Equilibrium (the one matter) has two poles (YinYang); the two poles can be mapped to a bipolar lattice with four bipolar truth values (four forms); the four valuess lead to eight bipolar dynamic operators (eight diagrams); and the eight operators can have 64=82 direct biological or neurobiological or any dynamic combinations." The scientific decoding results in a bipolar dynamic logic (BDL) that satisfies four pairs of dual dynamic DeMorgan's laws and a YinYang bipolar universal modus ponens. Bipolar granular neurobiological computing with BDL is introduced. Keywords: Equilibrium-Based YinYang1-2-4-8-64; Bipolar Dynamic Logic (BDL), Bipolar Granular Neurobiological Computing
Citation:
Wen-Ran Zhang, Justin Zhan, "A Scientific Decoding of YinYang1-2-4-8-64 for Equilibrium-Based Granular Computing," grc, pp.28, 2007 IEEE International Conference on Granular Computing (GRC 2007), 2007
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