Core Concepts
Quantum Computing as a Service for Hybrid classical-quantum software development aims to democratize access to QC resources for classical developers.
Abstract
Abstract:
Transition of Quantum Computing (QC) from theoretical frameworks to computational powerhouse.
Challenges faced by academic researchers and industry practitioners in harnessing QC benefits.
Introduction of Quantum Computing as a Service for Hybrid Classical-Quantum Software Development (QCSHQD).
Background and Motivation:
Explanation of quantum mechanics principles in quantum computing.
Highlighting the challenges in developing quantum applications systematically.
The Vision:
Introduction of QCSHQD middleware for classical developers to use QC services.
Components of QCSHQD: Local IDE, abstraction layer, and service provider.
Implementation and Execution Roadmap:
Details on tools and methodologies for implementing QCSHQD.
Deployment targets on cloud-based QC services and real-world infrastructure.
Conclusion:
Summary of the purpose of QCSHQD in broadening access to QC resources for classical developers.
Future plans for implementation, evaluation, and impact assessment.
Stats
"QC presents exceptional advantages, including unparalleled processing speed."
"Aca-demic researchers and industry practitioners encounter various challenges in harnessing the benefits of this technology."
"The need for advanced approaches to tackle this problem is essential."