Comprehensive operation and maintenance management system for internet of things

Abstract

The invention discloses a comprehensive operation and maintenance management system for an internet of things. The system comprises a data acquisition and processing subsystem and an operation and maintenance management presentation subsystem. The system is characterized in that the data acquisition and processing subsystem comprises a data acquisition module used for interacting with basic equipment and related business systems of the managed internet of things, complying with a standard communication protocol and finishing acquisition of required various original management data, and a data processing module used for screening, arranging and standardizing the acquired various data, providing all application functions for analysis, statistics and storage, comparing the acquired various original data information with a KPI (key performance indicator) threshold value, and analyzing, configuring or processing to form warning information of resource classification; and the operation and maintenance management presentation subsystem is used for achieving united monitoring and management of running states of equipment, networks, servers and software systems in the internet of things to guarantee normal running of the internet of things.

Description

technical field [0001] The invention relates to the management field of the Internet of Things, in particular to an integrated operation and maintenance management system of the Internet of Things. Background technique [0002] In recent years, with the rapid development of my country's economy, the appearance of cities is changing with each passing day, the construction of road infrastructure is advancing by leaps and bounds, the number of motor vehicles is increasing rapidly, and traffic safety management is facing unprecedented new opportunities and challenges. Can not better adapt to the requirements of the development of the times. Due to technical limitations or some historical issues, the Internet of Things covering many areas also has some problems: [0003] Perceived data network transmission quality is not guaranteed: IP network itself is not designed for real-time large-capacity business transmission such as video and audio. The network virtual matrix simply pack...

AI Technical Summary

Problems solved by technology

[0003] Perceived data network transmission quality is not guaranteed: IP network itself is not designed for real-time large-capacity business transmission such as video and audio. The network virtual matrix simply packs video streams into IP packets and passes them etc.) for data exchange, which leads to many unsatisfactory places in practical applications, including image quality, real-time performance, accuracy, control failure, delay jitter, etc.;

[0004] The servers and business systems in the network lack effective supervision methods: In the Internet of Things, a large number of business systems and a large number of servers, switches, routers and other equipment are deployed, but there is a lack of professional and technical personnel and technical means in comprehensive operation and maintenance in various places , the management level of equipment operation and maintenance needs to be improved;

[0005] The clocks of terminal equipment are not synchronized: in the Internet of Things in various provinces, the county-level Internet of Things is the smallest network component unit. During the construction process, due to historical reasons, there is a lack of overall planning, and the counties and districts build their own Internet of Things systems according to their actual conditions. , the coexistence of digital equipment and analog equipment, the coexistence of multi-manufacturer equipment and multi-control protocols, and the independent operation of the county systems lead to the lack of unified management of the systems throughout the province, and the clocks of each terminal equipment are not synchronized;

[0006] The operating status of terminal equipment lacks effective monitoring: the complexity of the Internet of Things covering all provinces increases the difficulty of management, use and maintenance, and there is no effective means to monitor the operating status of equipment (such as: equipment power failure, no signal, video interference, screen freezing Wait);

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