The forward reasoning for geometry theorem proving can produce the traditional readable proving, thus plays a special role in the mechanical theorem proving. 几何定理证明的前推法能够产生传统形式的可读证明,在定理机器证明领域占有重要的地位。
Mechanical theorem proving for tensor with indexes in differential geometry 基于指标形式张量的微分几何定理机器证明
Mechanical Theorem Proving in Geometry 几何定理的机器证明&每个中国数学教师都应懂得的方法
Remainder method for the mechanical theorem proving in first-order predicate calculus 一阶谓词演算定理机器证明的余式方法
Algebraic methods for mechanical theorem proving in many-valued logics 多值逻辑定理机器证明的代数方法
Trigonometric identity and the mechanical theorem proving in elementary geometry 三角恒等式与初等几何定理的机械化证明
Mechanical Geometry Theorem Proving Based on the Elimination Method with Decoupling of Leading Terms for Polynomial Set 基于多项式组主项解耦消元法的几何定理机器证明
Mechanical theorem proving on complex numbers field 复数域上的机器定理证明
The Application of Citing Instances Method in the Mechanical Theorem Proving 例证法在定理机器证明中的应用
Traditionally, Mechanical theorem proving often use a logic representation, and then inference, these methods lack of flexibility and the proving processes are difficult to understand. 传统上,定理机器证明常常使用某种逻辑表示,然后再进行推理,这些方法往往缺乏灵活性,且证明过程难以理解。
In symbolic logic and mechanical theorem proving, semantic resolution PI-clash is related to the order of electrons. 符号逻辑与定理机器证明的研究中,语义归结PI碰撞与电子排列次序有关。
Geometric constraint solving has applications in a wide variety of fields, such as mechanical engineering, chemical molecular conformation, geometric theorem proving, and surveying. 几何约束求解广泛应用于机械设计,化学分子形成,几何定理证明和勘探等诸多领域。