Event Scheduling in a Hybrid Computing System

This invention describes a method for running programs that combine traditional computer operations with quantum computing tasks. It involves a control system that receives a program containing both classical instructions and quantum instructions written in a generic, hardware-independent format. The system then compiles these instructions and generates a detailed schedule to coordinate the classical and quantum processors, ensuring they work together efficiently to execute the program.

Why it matters: While fundamental challenges in quantum hardware persist, the ongoing development of more sophisticated quantum programming frameworks and intermediate representations since 2024 makes the task of compiling hardware-independent instructions and coordinating hybrid execution more tractable and increasingly necessary for practical quantum applications.

Status: Under examinationA pending application. It has not been granted, and it has not been abandoned.
How hard to build: SpecializedQuantum processor, classical processor, complex software

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