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
Interlin-q
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Interlin-q: A distributed quantum computing framework
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Interlin-q: A distributed quantum computing framework
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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
Single QPU VQE experiment