Application system for high grade multiple line distance management

Abstract

Senior multi-lines administrative application system, it relates to a senior multi-lines administrative application of the computer, especially directing to the reliability administrative system and the safety of the computer net the scale of which is large and the running situation is complex. It includes the senior lines administrative element which has the name of the line, the parameter of the line, the sequence of the line, the numbering of the line phase and the lines which is used to apply the save memory and found the administrative lines, and registers a timer. It also includes a self adjustable line pool which is founded by the senior line administer, the number of the line is the minimal value of the defined range, and the administrative line also sets the overtime according to every lines in the line pool. This invention applies to the net computer system.

Description

technical field [0001] The invention relates to an application system for advanced multi-thread management of a computer network, in particular to a security and reliability management system for a computer network with a relatively large scale and relatively complicated operating conditions. The invention can be applied to network type computer systems. Background technique [0002] Definition of thread and multi-thread: thread is also called lightweight process, which has independent execution control like process, and is scheduled by the operating system. Multithreading is a mechanism that allows multiple instruction streams to be executed concurrently in a program. Each instruction stream is called a thread and is independent of each other. Multithreading technology mainly solves the problem of multiple thread execution in the processor unit, which can significantly reduce the idle time of the processor unit and increase the throughput of the processor unit. [0003] I...

AI Technical Summary

Problems solved by technology

The use of single-thread technology obviously cannot meet the requirements of the above-mentioned network management, while the use of conventional multi-thread technology, although it can provide a certain amount of concurrent processing capabilities, still has the following serious defects:

In severe cases, it can lead to system crashes;

[0005] 2. Creating and terminating threads in large numbers not only takes up too many system resources, but also significantly reduces the response speed of the system, so real-time management of the computer network cannot be realized;

[0006] 3. It is impossible to guarantee the reliable operation of each thread itself, so the reliability of the entire system is greatly reduced

At present, the general technology to deal with such concurrent events is to use linear management multithreading technology. The main problem of this traditional technology is that it takes up too many system resources and is not suitable for large-scale network environments.

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