aiqbench analysis
This article focuses on a new open-source framework that utilizes OpenQASM to compile and schedule quantum programs across multiple processing units, addressing critical bottlenecks in distributed quantum systems. The research emphasizes that scaling quantum computing requires co-designing hardware network topologies with software strategies, rather than relying on a single universal compilation approach. By integrating with existing toolchains, this modular system facilitates efficient entanglement resource management and avoids ecosystem lock-in for researchers.
Software uses OpenQASM for integration with existing toolchains.

Scaling quantum computing across interconnected processors requires software accounting for quantum circuits and the hardware connecting them. This work introduces an open-source framework for compiling and scheduling quantum programs across multiple quantum processing units (QPUs) using OpenQASM, allowing integration with existing toolchains.
The system accounts for both the specific quantum circuit and the configuration of the hardware, demonstrating that a single compilation strategy…
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