JOURNAL ARTICLE

Tutorials

Himanshu ThapliyalEdgard Muñoz‐CoreasEdgard MuñozMike BorowczakAnil Kumar

Year: 2022 Journal:   2022 IEEE International Symposium on Smart Electronic Systems (iSES) Pages: xlix-liii

Abstract

Quantum computers offer the potential to extend our abilities to tackle computational problems in fields such as number theory, encryption, search and scientific computation.Up to a superpolynomial speedup has been reported for quantum algorithms in these areas.Motivated by the promise of faster computations, the development of quantum machines has caught the attention of both academics and industry researchers.Quantum machines are now at sizes where implementations of quantum algorithms or their components are now becoming possible.In order to implement quantum algorithms on quantum machines, resource efficient circuits and functional blocks must be designed.This tutorial will cover the following:1. Introduction and Background on

Keywords:
Computer science Quantum computer Speedup Quantum Quantum algorithm Theoretical computer science Implementation Computation Encryption Computer engineering Algorithm Parallel computing Software engineering Computer security Physics

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Topics

Quantum Computing Algorithms and Architecture
Physical Sciences →  Computer Science →  Artificial Intelligence

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