信息通信技术与政策 ›› 2020, Vol. 46 ›› Issue (7): 57-63.
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摘要： 未来通信网络需要满足“空天地海冶一体化、超高密度设备连接、海量数据流量处理以及高度智能与自治化等特点,对网络的超性能计算能力提出了迫切需求。量子计算作为后摩尔时代的最重要的计算技术之一,拥有经典计算无可比拟的并行计算与信息处理能力,有望成为未来通信网络的关键使能技术。首先分析了量子计算在通信网络中应用的潜在需求,在对量子计算、量子算法和量子衍生技术的发展现状进行介绍的基础上,重点探索了若干量子计算在无线网络中的潜在应用场景,进一步展望了量子计算在未来通信网络中的应用前景。
关键词: 通信网络, 量子计算, 应用场景
Abstract: In the future, the communication network needs to meet the characteristics of ultra high density device connection, massive data processing and integrating intelligence, which leads to the urgent needs on the networks爷 computing capabilities.As one of the most important computing technologies in the Post.Moore period, the quantum computing holds promise of parallel caculation and information processing capability, and is expected to be the key enabler for the future communication networks.This article analyzes the potential advantages of applying quantum computing in the communication networks.Based on the current development of quantum computing, quantum algorithms and quantum鄄assisted technologies, the paper focuses on exploring several potential application scenarios of quantum computing in wireless networks, showing the prospect of quantum computing applications in future communication networks.
Key words: communication network, quantum computing, application scenarios
刘姿杉. 通信网络中量子计算潜在应用场景探索[J]. 信息通信技术与政策, 2020, 46(7): 57-63.
LIU Zishan. The potential application of quantum computing in the communication networks[J]. Information and Communications Technology and Policy, 2020, 46(7): 57-63.
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