Design Automation Tools and Software for Quantum Computing
Inside the Munich Quantum Toolkit
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Beschreibung
This book provides an easy-to-read introduction to quantum computing and introduces readers to a set of software design tools that leverage the power of design automation for optimizing quantum circuits and applications. The authors describe methods and software for quantum computing that utilize explicitly core data structures (such as decision diagrams) or methods (such as dedicated reasoning engines), while focusing on three major design tasks in quantum software development, namely classical simulation of quantum circuits, compilation of quantum circuits, and verification of quantum circuits. All tools and software solutions discussed in this book are made available as open-source packages and constitute the backbone of the Munich Quantum Toolkit.
This book provides an easy-to-read introduction to quantum computing and introduces readers to a set of software design tools that leverage the power of design automation for optimizing quantum circuits and applications. The authors describe methods and software for quantum computing that utilize explicitly core data structures (such as decision diagrams) or methods (such as dedicated reasoning engines), while focusing on three major design tasks in quantum software development, namely classical simulation of quantum circuits, compilation of quantum circuits, and verification of quantum circuits. All tools and software solutions discussed in this book are made available as open-source packages and constitute the backbone of the Munich Quantum Toolkit.
Introduces readers to software design tools that leverage the power of design automation for quantum computing Focuses on classical simulation, compilation and verification of quantum circuits All software tools discussed made available as open-source packages known as the Munich Quantum Toolkit
Autor*in
Lukas Burgholzer
Themen in »Design Automation Tools and Software for Quantum Computing«
Quantum Computation Quantum Information Quantum Logic Design Automation for Quantum Computing Munich Quantum Toolkit