Overall Design of Automatic Interpreter Machine Based on Thermodynamics and Categorical Interpretation of Graphics and Texts

EasyChair Preprint 14140

Abstract

The purpose of this paper is to propose and construct a complete breadth-first automatic programming language for writing code, especially in the natural language of Chinese characters, based on the assumption that there is a thinking language in the human brain. The method is as follows: First, a philosophical hypothesis of a five-ring world view and methodology is proposed based on the five cosmology and categorization. Secondly, based on superstring idea and thermodynamics, a unified scientific hypothesis covering encyclopedia entries is proposed. Thirdly, a thinking language model of thermodynamic cold/temperature sensory neuron system is proposed and constructed for human brain science. The result is that a general design framework of the principle machine of the automatic interpretation machine that supports the mutual understanding of pictures and texts of any 256 Chinese characters is constructed to be verified. The significance lies in: it is expected that this model can be constructed as the underlying general programming language supporting ASCII code, and the general design of the general CPU chip architecture.

Keyphrases: Automatic Programming Language, Cognitive Computing, Formal Understanding, Formalization Automatic, Interpreter Machine, system analysis

@booklet{EasyChair:14140,
  author    = {Yizhen Qi and Xiaohui Zou},
  title     = {Overall Design of Automatic Interpreter Machine Based on Thermodynamics and Categorical Interpretation of Graphics and Texts},
  howpublished = {EasyChair Preprint 14140},
  year      = {EasyChair, 2024}}