Exploring the Subproblems of the CQM Hybrid Solver
Hi there,
I recently started using your system to learn more about quantum annealing, and I really appreciate the comprehensive view and informative output provided by the "DWaveSampler" when I submitted a problem. It gave me helpful details such as the embedding, the number of qubits used, and any broken chains.
However, as the size of the problems I'm working on increases, I find myself needing to use the "CQM Hybrid Solver". Unfortunately, I haven't been able to find the same level of detail regarding the subproblems that are directly sent to the QPU, or the number of classic/quantum iterations used to find optimal solutions.
My question is, is there any way to retrieve this type of information while using the "CQM Hybrid Solver"?
Thank you in advance for your support and assistance. I appreciate the help you've provided so far, and I look forward to continuing to use your system to learn more about quantum annealing.
Comments
Hi Susy,
Thank you for using our D-Wave system and for reaching out to us with your question. We appreciate your interest in the "CQM Hybrid Solver" and your desire to learn more about its internal workings.
However, please note that we are unable to provide the specific details you are requesting, such as the subproblems sent to the QPU and the number of classic/quantum iterations used. This is due to the proprietary nature of our hybrid solvers and the fact that we are unable to disclose such information as it keeps changing based on the nature of subproblems.
If you have any further questions or concerns, please do not hesitate to reach out to us.
Best Regards,
Tanjid
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