赛博逻辑与赛博驱动逻辑

从广义视角系统地研究了赛博空间中的逻辑，并把赛博逻辑分为赛博化逻辑和赛博自生逻辑两大部分。首先回顾了传统逻辑，接着介绍了传统逻辑赛博化的概念，对比了传统逻辑和赛博化逻辑的异同，强调了赛博化过程中的适应性，并阐述了赛博逻辑自生的过程，最后分析了赛博逻辑对传统逻辑的影响，归纳了赛博驱动逻辑的内涵，为系统研究赛博空间提供了支持。 

Cyberlogic and cyber-driven logic

The logic in the traditional space (physics, society, and thinking space) is summarized as the traditional logic (physical logic, social logic, and thinking logic, respectively.) Correspondingly, with the development of cyber (network) space, people began to summarize the basic rules in cyberspace and express them in a logical form. This approach became the concept of cyberlogic, an important research area that differs from traditional logic and paves the way from cyber philosophy to cyber science. In recent years, research in the field of cyberlogic has made progress, and the profound influence of cyberlogic on other spaces has gradually received attention from the academic community. Cyberlogic-related applications have grown rapidly in certain fields, such as computer logic, expert system, public opinion, smart factories, and the cyber economy. In addition, research on the mapping of traditional logic to cyberspace in specific fields has progressed, and the relationship between traditional logic and cyberlogic has been analyzed. However, only a small amount of research has been conducted on the overall cyberlogic system, some of which lacks systematicity. This situation is not conducive to the construction of the cybermatics theory system. This paper systematically studied the logic in cyberspace from a broad perspective and divided cyberlogic into cyberized logic and cyberself logic. First, it reviewed the traditional logic. Then, it introduced the concept of the cyberization of traditional logic, analyzed the similarities and differences between traditional logic and cyberlogic, emphasized the adaptability in the cyberization process, and expounded on the generation of cyberself logic. Finally, this paper analyzed the influence of cyberlogic on traditional logic and summarizes the connotation of cyber-driven logic. This article provided support for systematic research on cyberspace.