ferbetanzo / sudoku-nisq Goto Github PK

• Understand and reproduce thesis work.
• Create functions that take a pytket circuit or sudoku instance as input, and returns the optimized/transformed circuit/sudoku instance.

• Understand and reproduce thesis work.
• Create functions that take a pytket circuit or sudoku instance as input, and returns the optimized/transformed circuit/sudoku instance.

The code developed for doing the pre-processing and calculation of the required number of qubits is hosted the LRZ GitLab: https://gitlab.lrz.de/lmu-gsoc/soduko-qaoa. This is accessible only to users with an user ID from TUM/LMU/HM/HSWT. Access to external users can be granted via GitInvited.

Luckily, we do have some team members that are students in one (or some?) of those universities. Hence, we need them to send invitations to the other ones.

It does not seem there are any limitations in whom can be invited to the LRZ GitLab, or to what purposes.

It might be a good idea to get a set of sudokus for each of the difficulties mentioned/used in the thesis: Easy, Medium, Hard, and AI Escargot.

• Follow the Pytket User Manual to install pytket and construct, compile, analyze, and run circuits.
• Look also at the pytket examples.

• Understand and reproduce thesis work.
• Create functions that take a pytket circuit or sudoku instance as input, and returns the optimized/transformed circuit/sudoku instance.

• Understand the proposal.
• Familiarize with the thesis code and reproduce the thesis work.