Interlin-q
0.0.1

Contents

  • Introduction
    • Simulated Architecture
    • Conversion of monolithic to distributed circuit
    • Distributed Scheduler and Broadcasting
    • Executing the distributed algorithm
  • Install
  • Quick Start
  • Design Overview
    • Computing Host
    • Controller Host
    • Qubits
    • Operation
    • Layers
    • Circuits
  • Examples
    • Distributed Quantum Phase Estimation
      • Distributed Quantum Phase Estimation Algorithm
      • Introduction of Interlin-q
        • Simulated Architechture
        • Conversion of monolithic to distributed circuit
        • Distributed Scheduler and Broadcasting
        • Executing the distributed algorithm
      • Code implementation
        • Step 1: Import libraries.
        • Step 2: Create monolithic circuit of Quantum Phase Estimation
        • Step 3: Define Standard protocols for controller and computing hosts.
        • Step 4: Provide inputs
        • Step 5: Execute the distributed algorithm and analyse the results
    • Single QPU VQE experiment
      • Step 1: Import libraries.
      • Step 2: Decompose the Hamiltonian.
      • Step 3: Prepare Circuit for Given Parameters
        • Main Blocks
        • Single-step approach
        • Split-steps approach
      • Step 4: Run the circuit and get the Expectation Value
        • Running for the single-step approach
        • Running for the multi-step approach
        • Using qutip to get the expectation value
      • Optimise
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© Copyright 2021, Stephen DiAdamo, Rhea Parekh.

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