Foundations of Quantum Programming Book2016,Foundations of Quantum Programming MingshengYing Explore book Abstract This chapter proposes two core research problems of the subject ofquantum programming: (i) How can programming methodologies and technologies developed for current computers be extended forquantum...
A recursive program is a type of program that can call itself, allowing for repetitive tasks to be executed without the need to specify each step individually. AI generated definition based on: Foundations of Quantum Programming, 2016 About this pageSet alert Discover other topics ...
The concept of 'Weakest Precondition' in computer science refers to a quantum predicate that satisfies specific conditions, such as total correctness or partial correctness, for a given quantum program. It plays a crucial role in establishing the completeness of Floyd-Hoare logic for quantum programs...
PRISM has been used for quantitative verification in a wide spectrum of application domains, ranging from wireless communication protocols to quantum cryptography and to systems biology. Beside the described models, its functionalities include model checking for a wide range of properties. These ...
They also enhanced the system to alter lifetimes and intensities fluorescence of CdTe/CdS quantum dots (QDs) via assembling gold nanoparticles with the QDs. Besides patterning of materials, the living cell system was used for material synthesis. For this purpose, cellular biofabricated curli fibrils...
Quantum is not currently used in the scheduling service. • Dependency Info. This is an array of handles to other RT_Info instances, one for each RT_Operation that this one directly depends on. The dependencies are used during scheduling analysis to identify threads in the system: each ...
One theme which we have, regretfully, omitted is that of the emerging connections with Physics, in particular with Quantum Information and Computation. Here there is already much to say (see e.g. [Abramsky and Coecke, 2002; Abramsky and Coecke, 2004; Abramsky and Coecke, 2005]). We hav...
Admittedly, recent decades have seen a host of different “nonclassical logics” and “philosophical logics” making their appearance all the way from modal logics to nonmonotonic logics to quantum logic. Much of this multiplication, be it with or without necessity, is nevertheless irrelevant to...
, their conclusion is that the results of the time-dependent MC and the QS approximation, for the devices and characteristics considered, are very similar. This result means that the NQS effects in the semi-classical transport are not very important. It also suggests that the NQS quantum ...
In the Ptolemy system [14], it can also consist of a quantum of computation specified with any of several models of computation, such as FSMs, a synchronous/reactive subsystem, or a discrete-event subsystem [33]. A useful formal device is to constrain the operation of a firing to be ...