I stayed up late just to translate this for you, be moved! Ha ha! Whether it is a human translation or not, you will know as soon as you read it, the abstract of the thesis of the Department of Computer Science, haha!

Summary

The size of communication consumption can greatly affect the promotion of this communication application. This article explores the resources required to run a commonly used network interaction system, the so-called TCP/IP protocol. We found that the resource costs associated with the TCP/IP protocol vary significantly with message size, and in ways that are contrary to our intuition. For example, larger messages may require less CPU time than smaller messages. We also discovered that different running instances of the TCP/IP protocol have specific digital signatures that describe the relationship between message size and CPU requirements. These digital signatures can be used to support performance-oriented designs and distributed applications. This article also provides a descriptive procedure for finding the characteristics of a digital signature. These programs use detection tools that can run in most Unix environments and use do not disturb mode. This way, these programs can be run repeatedly by analysts on many platforms.