Formal methods in mathematics

R. Platek
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引用次数: 2

Abstract

Formal methods in computer science seems to have begun with the observation of people like John McCarthy that programming languages usually lack a precise mathematical semantics and that the latter was necessary in order to even pose important questions like compiler correctness. The fact that people appear to perform meaningfully computations using these languages does not guarantee their well definedness. An episode from the history of mathematics provides a useful comparison. The first modern advance in European mathematics over the ancients and the work of Islamic scholars was the discovery of a formula for the solution of the general cubic (degree 3) and quartic (degree 4) algebraic equations in the sixteenth century. This appears to be the first new discovery in mathematics to be found in Europe in over a millenia! The general solution of the quadratic equation (degree 2) which we all learn in high school goes back to the Babylonians several thousands of
数学中的形式方法
计算机科学中的形式化方法似乎是从John McCarthy等人的观察中开始的,他们发现编程语言通常缺乏精确的数学语义,而后者对于提出诸如编译器正确性之类的重要问题是必要的。人们似乎在使用这些语言执行有意义的计算,但这并不能保证它们的良好定义。数学史上的一段插曲提供了一个有用的比较。欧洲数学超越古人和伊斯兰学者的第一个现代进步,是在16世纪发现了一般三次(3次)和四次(4次)代数方程的解公式。这似乎是一千多年来在欧洲发现的第一个数学新发现!二次方程(2次)的通解我们都在高中学过可以追溯到几千年前的巴比伦人
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