Design Automation of Quantum Computers
Description
This book provides readers with a comprehensive, state-of-the-art reference to the design automation aspects of quantum computers. Given roadmaps calling for quantum computers with 2000 qubits in a few years, readers will benefit from the practical implementation aspects covered in this book. The authors discuss real hardware to the extent possible.
- Provides an up-to-date, single-source reference to design automation aspects of quantum computers;
- Presentation is not just theoretical, but substantiated with real quantum hardware;
- Covers multi-faceted aspects of quantum computers, providing readers with valuable information, no matter the direction in which technology moves.
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Person
Rasit Topaloglu obtained his B.S. in EE from Bogazici University and Ph.D. in Computer Science and Engineering from University of California at San Diego. He has worked for companies such as Qualcomm, AMD, GLOBALFOUNDRIES and has been with IBM for over a decade. As of 2022, he works on next-generation computer design as a Senior Hardware Developer. He was partially involved with qubit characterization laboratory work at IBM Research. He has over seventy peer-reviewed publications and over seventy issued patents, more than thirty of which are on quantum technologies. He serves on IEEE/ACM Design Automation Conference (DAC) and IEEE International Symposium on Quality Electronic Design (ISQED) Technical Program Committees that cover quantum topics. He serves as the Chair of IEEE Mid-Hudson and the Secretary of ACM Poughkeepsie. He is an IEEE/ACM Design Automation Conference Outstanding Innovator and an IBM Master Inventor.
Content
Introduction.- Placement algorithm for superconducting energy-efficient magnetic FPGA.- EDA tools for simulation, compilation, and verification of quantum circuits.- ColdFlux: A CAD flow and open-source tool suite for superconducting single flux quantum logic circuits.- Qubit frequency crowding in scalable quantum computing circuits.- Exploring the Potential of Alternative Quantum Computing Architectures.- Methodologies to generate true random numbers from NISQ-era quantum computers.- Faster simulation of fault-tolerant quantum circuits.- Automating the discovery of noise-resilient quantum algorithms.
