Towards an intelligent and complete compiler for conventional computer with Co-Quantum processor

This paper presents a proposed architecture for constructing a universal complete compiler for conventional-quantum computing machines. Our proposed compiler will receive a well known high level programming language as a source program, after that it will classify the operation of the whole central processing unit into two categories; the first for Co-Quantum processor to execute the complicated quantum computations. The second, for the classical processor which plays the role of performing conventional tasks such as network communication process, storing data tasks and the main task of controlling all system operations. We present a design flow that transforms a high-level language program representing a computing algorithm into a technology-specific implementation. We show the significant steps in this flow and illustrate the transformations to the representation of the classical and quantum program instructions.