首页> 外文会议>55th International Astronautical Congress 2004 vol.8 >USING QUANTUM COMPUTING ALGORITHMS IN FUTURE SATELLITE COMMUNICATION
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USING QUANTUM COMPUTING ALGORITHMS IN FUTURE SATELLITE COMMUNICATION

机译:在未来的卫星通信中使用量子计算算法

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Since the beginnings of long-distance communication, there has been a need to connect telecommunications networks of a country to another. Quantum computing offers revolutionary solutions in the field of computer science, applying the opportunities of quantum physics which are incomparable richer than those of classical physics. Although quantum computers are going to be the tools of the far future, there already exist algorithms to solve problems which are very difficult to handle with traditional computers. Satellite communication has been used for many years, and nowadays we know its limits. In contrary quantum computing is a fascinating new and fast improving technology. Therefore, it is in deed fascinating and well worthwhile to examine the relationship of satellite communication and quantum computing. At first we shortly introduce some important elements of quantum information theory, including the free-space quantum key distribution. The aim is to trace some adoptable algorithms in the communication between Earth and the satellite and also between satellites. For this reason we try to build a new model for the free-space quantum channel. This is the first report of our simulation-project.
机译:自远程通信开始以来,就需要将一个国家的电信网络连接到另一个国家。量子计算为计算机科学领域提供了革命性的解决方案,它利用了量子物理学比传统物理学更丰富的机会。尽管量子计算机将成为遥远的未来的工具,但是已经存在解决传统计算机很难处理的问题的算法。卫星通信已经使用了很多年,如今我们知道它的局限性。相反,量子计算是一种引人入胜的快速改进的新技术。因此,研究卫星通信与量子计算之间的关系是引人入胜的,也是非常值得的。首先,我们简要介绍量子信息理论的一些重要元素,包括自由空间量子密钥分配。目的是在地球与卫星之间以及卫星之间的通信中追踪一些可采用的算法。因此,我们尝试为自由空间量子通道建立一个新模型。这是我们的模拟项目的第一份报告。

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