My attempt to implement problems described in A Tutorial on Formulating and Using QUBO Models using D-Wave Ocean SDK in Python and solving on D-Wave Quantum Computer.
- Section 2: Illustrative Examples and Definitions
- Section 3: Natural QUBO Formulations
- Section 3.1: The Number Partitioning Problem
- List size 50 (using minor-embedding on D-Wave 2000Q)
- List size 100 (using dwave-hybrid to decomposite the problem)
- List size 1000
- Section 3.2: The Max Cut Problem
- Section 3.1: The Number Partitioning Problem
- Section 4: Creating QUBO Models Using Known Penalties
- Section 5: Creating QUBO Models Using a General Purpose Approach
References: