Communication between multiple processes on same device using TCP/IP suite

Faizan Badshah, Syed Tauhid Ullah Shah, Syed Roohullah Jan, Izaz ur Rahman
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引用次数: 8

Abstract

It is an established fact that the data transmission between two devices or processes is achieved via packets, according to the rules and regulations of TCP/IP protocol suite. The said transmission involves all the layers of TCP/IP protocol suite. The different processes involved in the transmission follow the same rule of the TCP / IP suite either on the same device or on different devices. In this paper, we proposed an algorithm with the help of which the data is being transmitted from one process to another process using the same file if both processes are on the same device. Our proposed algorithm uses only the two top layers, i.e., Application and Transport, of a TCP/IP protocol suite while, the rest of the layers, i.e., Network, Data Link and Physical, are not used. The data is transferred directly from the transport layer of one process to the transport layer of the other process. Our proposed algorithm saves a significant amount of computational power and other system resources that are consumed by the lower layers, i.e., Network, Data Link and Physical.
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在同一设备上使用TCP/IP套件的多个进程之间的通信
根据TCP/IP协议组的规则和规定,两个设备或进程之间的数据传输是通过分组来实现的,这是一个公认的事实。所述传输涉及TCP/IP协议套件的所有层。传输中涉及的不同进程在同一设备或不同设备上遵循TCP / IP套件的相同规则。在本文中,我们提出了一种算法,利用该算法,如果两个进程在同一设备上,则数据使用相同的文件从一个进程传输到另一个进程。我们提出的算法只使用TCP/IP协议套件的两个顶层,即应用程序和传输,而不使用其余层,即网络,数据链路和物理。数据直接从一个进程的传输层传输到另一个进程的传输层。我们提出的算法节省了大量的计算能力和其他系统资源,这些资源被较低的层所消耗,即网络,数据链路和物理。
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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