Problem
Research questions and friction points this paper is trying to address.
quantum software testing
ecosystem fragmentation
scalability limitations
hardware noise
probabilistic execution
Exploring Quantum Software Testing Across Research and Practice: Emerging Results from a Multivocal Literature Review
🤖 AI Summary
本文通过多元文献综述法，探讨了量子软件测试在学术和实践中的特点及挑战，揭示了现有方法的碎片化及工具生态不成熟等问题。
📝 Abstract
This paper presents preliminary findings from a multivocal literature review investigating how quantum software testing is characterized across academic and practitioner-oriented sources. Our study integrated peer-reviewed studies with gray literature, including blogs, tutorials, forums, technical reports, documentation pages, and company webpages. Our results indicate a rapidly evolving but fragmented ecosystem involving classical adapted testing approaches, quantum-specific techniques, statistical validation methods, simulators, debugging environments, and verification frameworks. The reviewed material also revealed recurring challenges related to scalability limitations, hardware noise, probabilistic execution, limited observability, and immature tooling ecosystems. These findings provide an initial characterization of how research and practice currently discuss quantum software testing challenges, techniques, and tooling.
Innovation
Methods, ideas, or system contributions that make the work stand out.
Quantum Software Testing
Multivocal Literature Review
Ecosystem Fragmentation
Scalability Limitations
Tooling Ecosystem
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