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Quantum Computing Engineering Challenges and Opportunities
Quantum Computing Engineering Challenges and Opportunities
教师介绍

本讲教师:李谷澍
所属学科:理科
人  气:598

课程介绍
报告摘要: The second quantum revolution, transition from quantum theory to quantumengineering, is leading us towards practical quantum computing. However,there are still many obstacles hindering practical quantum computing. In thistalk, we will briefly review the challenges and research opportunities in thestate-of-the-art quantum computing engineering technology stacks, includingquantum computing device, peripheral control hardware architecture,compiler design/optimization, programming language design, etc. Inparticular, we will also introduce our recent works, i.e., efficient qubitmapping, superconducting quantum processor architecture design, andquantum program assertions, in tackling some of these challenges. 报告人简介:Gushu Li is a third-year Ph.D student from Electrical and ComputerEngineering Department, University of California, Santa Barbara, co-advisedby Dr. Yuan Xie and Dr. Yufei Ding. His research interests include but arenot limited to quantum computer architecture, programming language, andcompiler optimization. His research has resulted in two papers published onASPLOS'19, ASPLOS'20.
致谢:本课件的制作和发布均为公益目的,免费提供给公众学习和研究。对于本课件制作传播过程中可能涉及的作品或作品部分内容的著作权人以及相关权利人谨致谢意!
课件总访问人次:24119551
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