Functional Size Measurement of Hybrid Classical Quantum Software Systems

Keyphrases

• Abstraction Layer 100%
• Quantum Software 100%
• Functional Size Measurement 100%
• Hybrid Classical-quantum Software 100%
• Software System 33%
• Resource Allocation 33%
• Error Correction Mechanism 33%
• Levels of Abstraction 33%
• Computing Environment 33%
• Divergence 33%
• Quantum Algorithms 33%
• Error Propagation 33%
• Granularity Level 33%
• Project Resources 33%
• Single Measurement 33%
• Quantum Operation 33%
• Hybrid Computing 33%
• Low-level Implementation 33%
• Multiple Abstractions 33%
• Effective Project Management 33%
• Set Theory 33%
• Noisy Intermediate-Scale Quantum Era 33%
• Classical Codes 33%

Computer Science

• Software System 100%
• Abstraction Layer 100%
• Size Measurement 100%
• Functional Size 100%
• Resource Allocation 33%
• Error Correction 33%
• Computing Environment 33%
• Quantum Algorithm 33%
• Critical Aspect 33%
• Granularity Level 33%
• Project Management 33%
• Implementation Level 33%
• Quantum Operation 33%
• Set Theory 33%
• Multiple Abstraction 33%