Weather Impact Nano Patch Hybrid Satellite Communication with AI Monitored Network Information Protection System

Dr. P. Shanthi, E. K. Arulkarthick, Dr. B. R. Supreeth, N. K. Vyas, D. P. Singh, R. Selvameena
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Abstract

Artificial intelligence (artificial intelligence) is a quickly extending area of software engineering that is expected to modify numerous features of our progress significantly. Without falling back on an express insightful treatment of those linkages, man-made intelligence approaches are utilized to examine immense volumes of unstructured and heterogeneous information and find and exploit nuanced and complex connections among them. With satellite communication, there is an opportunity for administration coherence in both covered and revealed regions, as well concerning administration comprehensiveness and versatility. Be that as it may, various snags should initially be conquered to procure these benefits since satellite networks have more complicated asset the board, network control, network security, range the executives, and energy use issues than earthly networks do. The subject of shielding communication in satellite networks is canvassed in this article. We investigate various security dangers that hybrid satellite networks might experience and audit the different safety efforts put out to safeguard information transmissions in these networks.
天气影响纳米贴片混合卫星通信与人工智能监测网络信息保护系统
人工智能(Artificial intelligence)是软件工程的一个快速扩展的领域,它有望显著地改变我们进步的许多特征。人工智能方法被用来检查大量的非结构化和异构信息,并发现和利用它们之间微妙而复杂的联系,而不是依赖于对这些联系的明确而深刻的处理。有了卫星通讯,就有机会使被覆盖区域和暴露区域的行政协调一致,以及行政的全面性和多功能性。尽管如此,为了获得这些好处,首先应该克服各种障碍,因为卫星网络拥有比地球网络更复杂的资产——董事会、网络控制、网络安全、高管范围和能源使用问题。本文讨论了卫星网络中屏蔽通信的问题。我们调查了混合卫星网络可能遇到的各种安全危险,并审核了为保护这些网络中的信息传输而采取的不同安全措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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