By Philipp Niemann,Robert Wille
This publication discusses sleek ways and demanding situations of computer-aided layout (CAD) of quantum circuits for you to delivering compact representations of quantum performance. concentrating on the problem of quantum performance, it offers Quantum Multiple-Valued determination Diagrams (QMDDs – a method of compactly and successfully representing and manipulating quantum good judgment. For destiny quantum desktops, going way past the scale of present-day prototypes, the handbook layout of quantum circuits that become aware of a given (quantum) performance on those units isn't any longer an choice. that allows you to stay alongside of the technological advances, equipment must be supplied which, just like the layout and synthesis of traditional circuits, instantly generate a circuit description of the specified performance. To this finish, a good illustration of the specified quantum performance is of the essence. whereas simple representations are limited as a result of their (exponentially) huge matrix descriptions and different determination diagram-like buildings for quantum good judgment be afflicted by no longer comprehensively aiding average features, QMDDs hire a decomposition scheme that extra clearly types quantum platforms. consequently, QMDDs explicitly aid quantum-mechanical results like section shifts and may be able to take extra good thing about corresponding redundancies, thereby permitting a truly compact illustration of proper quantum performance composed of dozens of qubits. this gives the root for the advance of refined layout equipment as proven for quantum circuit synthesis and verification.
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Compact Representations for the Design of Quantum Logic (SpringerBriefs in Physics) by Philipp Niemann,Robert Wille