Research And Implementation Of Devices Mangement Embedded Platform Of Server Room

The server room is the infrastructure of the modern information society.It guarantees the normal operation of a large number of servers with different functions and maintains modern production and lifestyle.Its importance is self-evident.With the continuous increase in the demand for computing resources,network resources and data storage,the trend of computer room construction growth is becoming more and more obvious,so more device management platforms are needed to support the normal operation of server rooms.Among many management platforms,the embedded management platform has attracted much attention due to its low cost,high integration,convenient deployment,and small data processing delay.The thesis designs and implements a relatively complete device management embedded platform of server room to support the access of various types of common electronic devices in the server room,providing data acquisition,storage,access and real-time push,alarm management,and device control.The thesis studies the scalability and integrated automatic control of the platform.In order to give the platform the ability to quickly adapt to different server rooms,the thesis realized the differences between shielding electronic devices at the edge of the device access platform,adopting two major measures of device abstraction and introducing the agent-manager model to provide a good management platform.Extensibility.At the same time,in order to solve the problem of limited performance of embedded devices and unable to handle the problem of management when there are a large number of devices in the device room,the thesis provides remote data access function based on TCP and realizes real-time push of device operating status data through long connection.Theses provide the foundation of the cascade of platforms.In addition,the thesis presents an intelligent control model which combines distributed control model with network control model.Under the guidance of this model,the thesis focuses on the field-programmable controller,which supports the automatic construction of controller based on IF-THEN rule description file.In the thesis,the RETE algorithm is adaptable to realize the controller and is verified by experiments.This controller supports the automatic construction of controllers based on the IF-THEN rules.It can dynamically modify the mapping relationship between the inputs and outputs of the controller after the server room is completed without reprogramming the management platform.Based on the above work,the thesis applies the management platform to the device management of a server room,and uses this specific application to perform related tests on the function and performance of the management platform.The test results verify the practicability of the platform.