首页> 外文期刊>Journal of mathematical chemistry >Definition and quantum chemical applications of nested summation symbols and logical functions: Pedagogical artificial intelligence devices for formulae writing, sequential programming and automatic parallel implementation
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Definition and quantum chemical applications of nested summation symbols and logical functions: Pedagogical artificial intelligence devices for formulae writing, sequential programming and automatic parallel implementation

机译:嵌套求和符号和逻辑函数的定义和量子化学应用:用于公式编写,顺序编程和自动并行实现的教学人工智能设备

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Two useful symbolic conventions: Nested summation symbols and logical functions have been defined, discussed and some examples given. Apart from being able to simplify typographical structures, they constitute the cornerstone of a completely general framework, allowing to write mathematical formulae, in such a manner that immediate translation to any high level programming language is feasible, producing a complete general code, which in turn can be kept sequential or simply parallelized. Pedagogical and in many cases mnemotechnical formula structures appear to be also deduced at a very generic level as a consequence of the use of this kind of device. The obtained mathematical patterns seem to be also fairly well adapted to artificial intelligence formula writing programming philosophy. An assorted set of quantum chemical and purely mathematical application examples prove the generalization power and flexibility of this presently described symbolic framework.
机译:两个有用的符号约定:嵌套求和符号和逻辑函数已定义,讨论并给出了一些示例。除了能够简化印刷结构之外,它们还构成了一个完整通用框架的基石,从而允许编写数学公式,从而可以立即转换为任何高级编程语言,从而生成完整的通用代码,从而可以保持顺序或简单地并行化。由于使用了这种类型的设备,因此在非常通用的层次上似乎也推论了教学方法以及许多情况下的辅助方法结构。所获得的数学模式似乎也非常适合于人工智能公式编写程序设计哲学。各种各样的量子化学和纯数学应用示例证明了此当前描述的符号框架的泛化能力和灵活性。

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