Design And Implement Of Multi-Dimensional Attribute Information Collection Mechanism For Smart Integration Network

Smart integration routing system is a multi-link communication system based on tunnel technology,which is developed based on the theory of Smart integration identification network.It can be deployed on high-speed trains and other equipment to provide stable network access service in high-speed mobile environment.The existing smart integration routing system saves a large amount of multi-dimensional attribute knowledge bases on mobile devices,and there are some programs for managing a single device on mobile devices,but the status monitoring and management of the entire network device on one device has not been realized yet.On the one hand,with network expansion and device expansion,attribute knowledge base needs to be further unified planning.On the other hand,common network management solutions do not consider the bandwidth limitation and instability caused by high-speed and other harsh environments in the mobile environment,resulting in the problems of huge management information and communication affecting network quality.In view of the above problems,combined with the characteristics of Smart integration routing system,this paper designs and implements a multi-dimensional attribute information collection mechanism applied to Smart integration routing system through module division.The main work is as follows :(1)Comprehensive and effective attribute summary of Smart integration network.Attribute management module establishes a standard dimension model for attribute information of Smart integration routing system,and ensures the full collection of attribute information through the classification design of resource model.(2)Ensure the scale of network management information that can be adjusted.Transmission control module through the attribute object oriented transmission format and communication mode,comprehensive equipment load interaction design from the limited bandwidth of mobile strategy,on the one hand to different attribute information transmission format and design and implementation of the collecting way,on the other hand,the use of common load parameters and melt routing system special performance indicators,Deploy the policy from the mobile terminal,analyze the system operation,optimize the information transmission scale adjustment method,and deal with the performance problems caused by network fluctuation.(3)Effective resource maintenance.You can update the version,manage logs,and configure permissions to ensure that the device space and properties of the collection mechanism are effectively deployed.(4)Timely alarm and handling of faults.By establishing the fault knowledge model,the fault management module uses the collected attribute information to filter the fault symptom and diagnose the fault cause quickly.(5)Friendly and convenient display interface.The Web access platform analyzes compatibility and language selection,and designs friendly interactive interfaces.On the premise of maintaining the stability of the existing Smart integration routing system,the collected attribute information is used to provide visual network monitoring and management services.At the same time,the collection mechanism is oriented to Smart integration routing system devices,and adapts to the characteristics of the growing scale of Smart integration network through hierarchical and domain-specific architecture management.Finally,this paper tests each module of the collection mechanism.Through the display of network platform,the realization of the target of collecting attributes to the server is verified,and the feasibility of transmission control is confirmed through service simulation and network restriction.Functional components such as version update,log management,permission configuration and fault detection also meet the requirements.The test results show that the multi-dimensional attribute information collection mechanism designed in this paper can ensure that the effectiveness of attribute collection and monitoring can be satisfied in the limited fluctuation scenario of Smart integration network environment,without affecting the main business of the network.