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An approach to source code conversion of classical programming languages into source code of quantum programming languages

机译:一种将经典编程语言的源代码转换为量子编程语言的源代码的方法

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Basic principles of quantum computer ensure more computing power than the principles of classical computers. Quantum computers use quantum mechanical effects such as entanglement and superposition to speed up computing processes compared to classical computers. If the quantum computers one day becomes a commercially available product, then it is very important to have a converter that will convert the source code of programming languages for classical computers into source code of programming languages for quantum computers because it will speed up the translation process and ensure that developers of classical computers can develop programs for quantum computer using programming languages for classical computers. In this paper, the basic approach to automatic conversion of the source code for classical computer into a source code of quantum computer is introduced.
机译:量子计算机的基本原理可确保比传统计算机的原理具有更多的计算能力。与传统计算机相比,量子计算机使用量子机械效应(例如纠缠和叠加)来加快计算过程。如果量子计算机有一天成为市场上可买到的产品,那么拥有一个将经典计算机的编程语言的源代码转换为量子计算机的编程语言的源代码的转换器非常重要,因为它将加快翻译过程并确保经典计算机的开发人员可以使用经典计算机的编程语言来开发量子计算机程序。本文介绍了将经典计算机的源代码自动转换为量子计算机的源代码的基本方法。

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