世界科学技术-中医药现代化
世界科學技術-中醫藥現代化
세계과학기술-중의약현대화
WORLD SCIENCE AND TECHNOLOGY-MODERNIZATION OF TRADITIONAL CHINESE MEDICINE
2015年
6期
1274-1279
,共6页
孙喜灵%郑秋生%于东林%刘卓军%黄冲%刘孟安
孫喜靈%鄭鞦生%于東林%劉卓軍%黃遲%劉孟安
손희령%정추생%우동림%류탁군%황충%류맹안
证候%辨证过程%数学逻辑%古戈尔%证素%伪命题
證候%辨證過程%數學邏輯%古戈爾%證素%偽命題
증후%변증과정%수학라집%고과이%증소%위명제
Syndrome%process of syndrome differentiation%mathematical logic%Googol%element of syndrome%false proposition
通过研究中医证候理论中的数学逻辑关系发现,辨证过程中作为判定证候的3个基本要素的病因(a)、病位(b)、病性(c)和证候(z)之间存在着f(z)=a + b + c的数学逻辑关系,证候(z)与症状(zi)之间的数学逻辑关系是f(z)= z1+z2+z3+?+zi,证候的复杂性体现出的明显特征是症状构成数量的多少。辨证过程中症状与病因、病位和病性以及证候之间的数学逻辑关系式为z1+z2+z3+?+zi =a+b+c= f(z),但是证候的全集则表现出的是点集拓扑结构的非线性关系。经计算,中医79个主要单一证候共有6.5×105多种不同的存在形式,一定范围内证候群的数量约有6.6×10100个左右,这个超级巨大的数据“古戈尔”可能是中医证候复杂性的根结所在。结果表明,“证素”研究所以运用的贝叶斯网络、神经网络等算法以及双层频权剪叉算法,与证候理论内蕴的数学逻辑关系风马牛不相及,因此“证素”是中医基础理论研究中的伪命题特征,其建立起的以“证素”为核心的辨证方法是“虚构”的,根本不符合中医理论内在规律和临床实际。
通過研究中醫證候理論中的數學邏輯關繫髮現,辨證過程中作為判定證候的3箇基本要素的病因(a)、病位(b)、病性(c)和證候(z)之間存在著f(z)=a + b + c的數學邏輯關繫,證候(z)與癥狀(zi)之間的數學邏輯關繫是f(z)= z1+z2+z3+?+zi,證候的複雜性體現齣的明顯特徵是癥狀構成數量的多少。辨證過程中癥狀與病因、病位和病性以及證候之間的數學邏輯關繫式為z1+z2+z3+?+zi =a+b+c= f(z),但是證候的全集則錶現齣的是點集拓撲結構的非線性關繫。經計算,中醫79箇主要單一證候共有6.5×105多種不同的存在形式,一定範圍內證候群的數量約有6.6×10100箇左右,這箇超級巨大的數據“古戈爾”可能是中醫證候複雜性的根結所在。結果錶明,“證素”研究所以運用的貝葉斯網絡、神經網絡等算法以及雙層頻權剪扠算法,與證候理論內蘊的數學邏輯關繫風馬牛不相及,因此“證素”是中醫基礎理論研究中的偽命題特徵,其建立起的以“證素”為覈心的辨證方法是“虛構”的,根本不符閤中醫理論內在規律和臨床實際。
통과연구중의증후이론중적수학라집관계발현,변증과정중작위판정증후적3개기본요소적병인(a)、병위(b)、병성(c)화증후(z)지간존재착f(z)=a + b + c적수학라집관계,증후(z)여증상(zi)지간적수학라집관계시f(z)= z1+z2+z3+?+zi,증후적복잡성체현출적명현특정시증상구성수량적다소。변증과정중증상여병인、병위화병성이급증후지간적수학라집관계식위z1+z2+z3+?+zi =a+b+c= f(z),단시증후적전집칙표현출적시점집탁복결구적비선성관계。경계산,중의79개주요단일증후공유6.5×105다충불동적존재형식,일정범위내증후군적수량약유6.6×10100개좌우,저개초급거대적수거“고과이”가능시중의증후복잡성적근결소재。결과표명,“증소”연구소이운용적패협사망락、신경망락등산법이급쌍층빈권전차산법,여증후이론내온적수학라집관계풍마우불상급,인차“증소”시중의기출이론연구중적위명제특정,기건립기적이“증소”위핵심적변증방법시“허구”적,근본불부합중의이론내재규률화림상실제。
Through the study on mathematical logic relation in the syndrome theory of traditional Chinese medicine (TCM), it revealed that the mathematical logic relation among three basic elements in the judgment of syndromes, which were the disease cause (a), disease location (b), disease nature (c) and syndrome (z), was f(z)=a+b+c. The mathematical logic relation between syndrome (z) and symptom (zi) was f(z)= z1+z2+z3+…+zi. The obvious feature reflected by the complexity of syndromes was the construction number of symptoms. During the syndrome differentiation process, the mathematical logic relation between symptom and disease cause, location, nature and syndrome was z1+z2+z3+…+zi =a+b+c= f(z). However, syndromes generally exhibited a nonlinear relationship of point-set topology. After calculation, 79 major single TCM syndromes had a total of more than 6.5×105 different forms. The number within a certain range of syndrome group was approximately 6.6×10100. The super huge data “Googol” may be the root of complex TCM syndromes. The results showed that the researches on “element of syndrome” using the bayesian networks, the neural network algorithm and the algorithm of double levels of frequency power were irrelevant to the mathematical logic relation of the intrinsic relations of syndrome theory. Therefore, “element of syndrome” was a false proposition feature in the study of TCM basic theory. The established syndrome differentiation method with“element of syndrome” as its core was not conformed to the inherent law of TCM theory and clinical practice.