從符號到行為的“控貞”是未來的研究方向

The future of cognitive computing studies is moving from the automation of symbols to the automation of behavior

Abstract

假設未來“由隨機相變神經元的認知學習晶片構成的具有生物生命體特徵的計算機”誕生，研判在此之前，生

物計算機的控制理論模型會提前產生。本文試圖從 IBM 公司發佈的有限信息中，撲捉未來科技的方向。為此，作者提出建

立《生物貴生控貞論》的設想，即：依據隨機相變神經元的認知學習晶片的特性，構建三元分析模型。從個案的分析入手，

推演出“生”智慧的演算（初級）模式。本文的另一個要點是，採納成中英教授的最新學術成就《易經管理哲學基礎》，

試圖為新理論奠定一個全球唯中國獨享的哲學基石。

Assuming that in the future computers with biological life features composed of cognitive learning chips that are

generated from stochastic phase-change neurons will one day be invented, what must come before that is a cybernetic model of

biological computers? This article attempts to grasp the future of technological innovation through examining the limited information

recently released by IBM. For this purpose, the author proposes the biological humanistic automation theory which is a ternary

analysis model based on features of cognitive learning chips that are generated from stochastic phase-change neurons. Specific case

studies will be provided in order to deduce a primary calculus model that reflects the intelligence of humanistic life forces. The other

main argument as put forward by this article is adopting the latest academic achievements from Professor Cheng Chung-Ying, his C-

philosophy on management, to lay the philosophical groundwork for this new theory which is unique to Chinese culture.