Comprehensive evaluation method for operation monitoring of comprehensive atmospheric observing system

Abstract

The invention relates to a comprehensive evaluation method for operation monitoring of a comprehensive atmospheric observing system. The comprehensive evaluation method for the operation monitoring of the comprehensive atmospheric observing system comprises the following steps: building a comprehensive analysis and evaluation model in a comprehensive atmospheric observing system operation monitoring platform, wherein the comprehensive analysis and evaluation model comprises the following evaluation sub-modules: a detection system serviceability evaluation sub-module, an atmospheric equipment maintainability evaluation sub-module, an equipment supply supportability evaluation sub-module, a detection service work evaluation sub-module, a station network layout comprehensive evaluation sub-module and a detection system economic benefit evaluation sub-module; determining an evaluation range of each evaluation sub-module, evaluation indexes of evaluation programs in an evaluation range and computing methods of the evaluation indexes; collecting data required by evaluation, obtaining evaluation results according to the computing methods, and forming a graph of a preset format with a function of reflecting the evaluation results according to a preset method to output. The comprehensive evaluation method for the operation monitoring of the comprehensive atmospheric observing system can effectively support the smooth operation of an atmospheric detection support service.

Description

technical field [0001] The invention belongs to the technical field of comprehensive evaluation of operation monitoring of comprehensive meteorological observation system, and in particular relates to a comprehensive evaluation method of operation monitoring of comprehensive meteorological observation system. Background technique [0002] The theoretical basis of comprehensive analysis and evaluation originally came from the reliability theory system of weaponry in the military field. It emerged in the US military and industry in the 1950s. It was fully applied in weapon systems in the 1960s. development in the direction of modernization and intelligence. In the 1960s, the theoretical system first started in the Chinese military. After the 1980s, it developed rapidly with the promulgation of a series of reliability-related standards. The initial application in the field of meteorology was in the early 21st century. It started with the deployment of a large number of automat...

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Problems solved by technology

[0003] At present, indicators such as analysis, evaluation and notification in the field of domestic meteorological security mainly use the data uploaded by the equipment, and are carried out with the rate of timeliness, rate of overrun and rate of missing reports. 1. The lack of assessment algorithms for maintenance support capabilities has resulted in the management department having no way to consider the performance of different manufacturers and different types of equipment, and unable to evaluate the operation capabilities of equipment in different regions and the equipment failure maintenance support capabilities of maintenance personnel at different levels

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