Secure transmission with matrix encryption and data compression mechanism

Abul Hasan Fazulullah, Purva Vansia, Kartavi Patel, Dipesh Patel, Abdel-shakour Abuzneid
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引用次数: 0

Abstract

With emerging technology and support for 4G and 5G network, considering Internet and Intranet, the bandwidth is not a big of a problem as it was before. The main concern now is the implementation of security and how efficiently we can send the data to recipients. We have come up with an awesome concept that takes confidentiality and availability as mainstream. The idea in simple words is like our concept in addition to Dijkstra's algorithm running on SCTP will provide an excellent secure transmission of data over the network. The focus of our research is on how to handle the data in a different way so that we can reduce the amount of space needed for storage and helps to reduce the time and space complexity. This goal will again be helpful when there is a huge junk of data to be sent over the internet in a split of a second. The intent of using SCTP (Stream Control Transmission Protocol) is that it is more reliable and has high throughput both in proactive and reactive manner.
采用矩阵加密和数据压缩机制安全传输
随着新兴技术和对4G和5G网络的支持,考虑到互联网和内部网,带宽不再像以前那样是个大问题。现在主要关注的是安全性的实现以及如何有效地将数据发送给接收方。我们提出了一个很棒的概念,将保密性和可用性作为主流。简单来说,这个想法就像我们的概念一样,除了在SCTP上运行Dijkstra的算法之外,还将在网络上提供出色的安全数据传输。我们的研究重点是如何以不同的方式处理数据,这样我们就可以减少存储所需的空间量,并有助于减少时间和空间的复杂性。当有大量的垃圾数据需要在瞬间通过互联网发送时,这个目标将再次发挥作用。使用SCTP(流控制传输协议)的目的是在主动和被动方式上更可靠和具有高吞吐量。
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