Abstract
Following the earlier works about dialectical logic K-model by the author, in this succeed paper author described the three problems : the first is that discrete time dynamical sampling system to solve which the true-value function is unknown and need discrete time dynamical sampling system to obtain a series of sampled discrete time true-value function points to predict the continuous true-value function or we need some properties of true value function in the frequency domain, a several formulas for true-value function of single-dimensional logic variable via discrete Fourier transformation are explained; the second is the graph expression and matrices expression for the multidimensional logic variables in dialectical logic K-model. Multidimensional logic variable is important that can be used in multidimensional contradictions and in multiple-person games. In fact, author also described the graph $G_K^p$ and corresponding matrices of the multidimensional logic variables; the third is the machine oriented database, associated database i.e. ADB, this is a new database for artificial intelligence, in present paper author describes theoretical properties and some features of ADB.
Highlights
IntroductionIn order to make the machine have an ability to thinking and reasoning with dialectical logic established by Hegel (Bencivenga, E. 2000; Kosko, M., 1966; Zhong-Kuan Zhao,2008), author has setup a mathematical model, dialectical logic K-model, for machine (Yaozhi Jiang, 2017)
Following the earlier works about dialectical logic K-model by the author, in this succeed paper author described the three problems : the first is that discrete time dynamical sampling system to solve which the true-value function is unknown and need discrete time dynamical sampling system to obtain a series of sampled discrete time true-value function points to predict the continuous true-value function or we need some properties of true value function in the frequency domain, a several formulas for true-value function of single-dimensional logic variable via discrete Fourier transformation are explained; the second is the graph expression and matrices expression for the multidimensional logic variables in dialectical logic K-model
In order to make the machine have an ability to thinking and reasoning with dialectical logic established by Hegel (Bencivenga, E. 2000; Kosko, M., 1966; Zhong-Kuan Zhao,2008), author has setup a mathematical model, dialectical logic K-model, for machine (Yaozhi Jiang, 2017)
Summary
In order to make the machine have an ability to thinking and reasoning with dialectical logic established by Hegel (Bencivenga, E. 2000; Kosko, M., 1966; Zhong-Kuan Zhao,2008), author has setup a mathematical model, dialectical logic K-model, for machine (Yaozhi Jiang, 2017). 2000; Kosko, M., 1966; Zhong-Kuan Zhao,2008), author has setup a mathematical model, dialectical logic K-model, for machine (Yaozhi Jiang, 2017). Author has expanded the results explained(Yaozhi Jiang., 2017) to the three problems below: the first is discrete time dynamical sampling system and single-dimensional discrete time Fourier transform to single-dimensional dialectical logic variable; the second is graph expression and matrices expression of multidimensional logic variable, and the third is a series properties and definitions for associated database(ADB)
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