Proposed Architecture for Conventional Computer with Co-Quantum Processor

This paper presents a proposed architecture for constructing a conventional-quantum computing machines from the hardware point of view. The proposed architecture will help in improving the performance of the conventional computer by building a new processor; such processor combines both a classical processor in conjunction with a Co-quantum processor. The proposed architecture classifies the operations 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. Discussion and analysis of the proposed architecture, which is based on quantum parallelism in computations, shows that; the proposed architecture will improves classical computer performance. In addition; the proposed architecture is capable of performing any arbitrary quantum computation as well as conventional computations.