Measurement Based Quantum Compiler

Photonics platform is particularly suitable for the paradigm of measurement based quantum computing (MBQC or one-way quantum computing) yet little attention has been given to how we can compile and optimize a quantum program onto such a computing paradigm. Our work proposed the first end-to-end compilation framework to accommodate MBQC toward realistic photonic quantum devices. The framework is able to support large scale quantum computing on multiple small entangled states with the help of fusions by dynamically synthesizing the fusion strategy and mapping the small entangled states onto hardware with constrained connectivity.

Reference Work

• OneQ: A Compilation Framework for One-Way Quantum Computing [Link]

• OnePerc: A Randomness-aware Compiler for Photonic Quantum Computing (To Appear)