Invention Reference Number
A cross-platform execution framework enables the orchestration of workflows between classical and quantum computing resources, addressing challenges in integrating emerging quantum systems into existing computing environments. This technology improves how diverse computing resources are utilized by enabling concurrent and asynchronous task execution and flexible workload distribution. This approach supports more efficient processing of complex computational problems and enhances scalability across heterogeneous systems.
Description
This technology introduces a unified execution framework that integrates classical and quantum computing workflows within a shared runtime environment. It enables tasks to be distributed and executed across multiple computing resources, including conventional processors and quantum devices, using a hardware-agnostic abstraction layer. The system leverages an intelligent and modular runtime architecture to manage task scheduling, data movement, and execution across heterogeneous platforms.
A key feature is the ability to define and execute “quantum tasks” alongside classical tasks, allowing both to run concurrently while maintaining coordination through a centralized runtime. The framework supports multiple programming pathways, enabling flexibility for developers and compatibility with different computing backends. It also incorporates mechanisms to partition complex computations into smaller units, improving execution efficiency and throughput. This design facilitates portability across different hardware environments while supporting scalable, distributed execution of hybrid workloads.
Additional technical details of the disclosed technologies can be found here:
Q-IRIS: The Evolution of the IRIS Task-Based Runtime to Enable Classical-Quantum Workflows.
Benefits
- Enables asynchronous execution of classical and quantum workloads
- Improves scalability across heterogeneous computing environments
- Enhances resource utilization through flexible task scheduling
- Supports portability across multiple hardware platforms
Applications and Industries
- Quantum computing platforms and hardware providers
- High-performance computing and advanced simulation environments
- Enterprise computing systems requiring hybrid workload orchestration
- Research institutions and technology developers working with emerging compute architectures
Contact
To learn more about this technology, email partnerships@ornl.gov or call 865-574-1051.
