Modeling a quantum processor using the QRAM model

A quantum processor controlled by classical instructions is modeled. The processor follows the quantum random access machine (QRAM) model: a quantum memory and a quantum ALU (qALU) containing a group of quantum gates, which are controlled by classical signals. The processor's instructions are written using a quantum assembly (QASM) language. As test cases, several well-known quantum circuits are described using the QASM language and executed by our model. This model may later be integrated with classical components to form a hybrid quantum computer.