Full-automatic closed-loop control method of wireless network work order

Abstract

The invention discloses a full-automatic closed-loop control method of a wireless network work order. Source data are collected from an underlying data source through Hadoop and are classified and calculated through a preset classification algorithm, index values of the source data are obtained, then the index values are compared with a preset threshold value to obtain problem data, the problem data meeting the order sending condition generate a work order, the work order is stored in a work order table, a big data system and an electronic operation and maintenance system carry out order sending, order statement and filing on the work order in the work order table respectively, and therefore the closed-loop control over the full work order sending, shifting and settlement process is achieved. Thus, the operating quality and efficiency of the wireless network are improved, and meanwhile work accuracy and objectivity are ensured.

Description

technical field [0001] The invention belongs to the technical field of mobile communication networks, and more specifically relates to a fully automatic closed-loop management and control method for wireless network work orders. Background technique [0002] With the rapid development of Internet and mobile Internet technology, workflow management technology is used in the operation and management of various industries, fields, and enterprises. The concept of workflow originated in the fields of production organization and office automation. It is a concept proposed for activities with fixed procedures in daily work. The proposed purpose is to transfer the sought-after information to the right person at the right time to complete the correct business process, to achieve the goals of improving work efficiency, reducing production costs, improving the level of production, management and competitiveness of enterprises. The workflow technology developed in the mid-1980s provid...

AI Technical Summary

Problems solved by technology

This method, due to human factors, often leads to unreasonable distribution of work orders, low accuracy of effect verification, time-consuming, labor-intensive, low efficiency, and it is impossible to realize closed-loop management of work orders

[0007] In addition, in traditional wireless network operations, construction, maintenance, and optimization are separate processes, which are managed and controlled by separate departments. Due to strong human factors and poor communication, construction, maintenance, and optimization are often disconnected

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