The Digital Wei-Wen-ism Smart Systems Engineering

EasyChair Preprint 13916

Abstract

This paper proposes an exploration into the construction and application of the  smart system engineering for digitalized textual-ism rooted in the philosophy of Wei-wen-ism. The method used is first to establish a dual formal understanding model for the digitization, intelligent text processing and its application, leveraging the foundational prototype of digital twinning known as the twin Turing machine. Furthermore, the method deploys a technical road-map that encompasses the substantial growth of recognition language, knowledge, hardware and software formalized system engineering practices supported by humans, alongside the expansive development of teaching, management, learning, and utilization socialized system engineering practices facilitated by machines. Lastly, the algorithm makes a validation of the unambiguous expression of the Wei-wen-ism term as defined within Trans-wisdom, where the Chinese character in both "Wei-wen-ism" and "digitalized text" signifies a dual formalized understanding and AI-assisted representation, realized through Tao functions and twin Turing machine instances, ensuring a uniquely precise pattern recognition technology. The outcomes affirm the adoption of the abbreviated "Wen" from "digitalized text" to define Wei-wen-ism and clarify that this smart system engineering stands as a milestone signifying the second great leap in human cognition. Its construction and application are tailored to the new era of human-machine collaboration, thereby possessing epoch- making significance, transcending even Newton's Laws as the cornerstone of the first great leap in human cognition. The fundamental mechanisms underpinning this smart system engineering are grounded in Trans-wisdom's Sequence and Positional Logical Principles, linkage functions, and generalized translation of texts and languages, and have been empirically verified through a relational database of speech and language.

Keyphrases: AI-Digital Age, Digital Twins, Intelligent, Relational Databases, Smart Systems, Systems Engineering, Turing machines, digital

@booklet{EasyChair:13916,
  author    = {Lijun Ke and Xiaohui Zou},
  title     = {The Digital Wei-Wen-ism Smart Systems Engineering},
  howpublished = {EasyChair Preprint 13916},
  year      = {EasyChair, 2024}}