System and method for implementing paralleling work of device management and tasks

Abstract

A system for parallel processing of equipment management tasks includes: a service control module for detecting new tasks that, when a new task is received, establishes said task, sets the corresponding parameters, and adds the established new task into a task control list; and a task module for implementing different tasks separately. A method for executing parallel processing of equipment management tasks includes: establishing each corresponding task, and setting the corresponding parameters separately when each new task is detected, and adding each detected new task into a task control list separately, and executing each task separately.

Description

technical field [0001] The invention relates to equipment management technology in mobile terminals, in particular to a system and method for realizing parallel work of equipment management tasks. Background technique [0002] With the rapid development of network communication, user terminals have increasingly become an indispensable part for communication in the lives of individual consumers and business users. At the same time, user terminals are also constantly evolving to support and implement a variety of new data services, including: email, picture information, Internet access, interactive games, and enterprise applications. Here, the user terminals include various wired terminal devices and mobile terminal devices. With the saturation of voice services, wireless operators must develop new services to ensure continued revenue growth. However, since mobile terminal equipment has become as complex as PCs, any improvement may bring potential problems, unless existing A...

AI Technical Summary

Problems solved by technology

However, due to the limitations of the internal hardware and software capabilities of the mobile terminal, when multiple device management tasks need to be performed, each device management task is performed serially

Specifically, in the mobile terminal device management system, the protocol module used for protocol processing is relatively independent and needs to interact with the session module, and only one device management task can be performed at a time. Therefore, the next task must The execution cannot start until the previous task is completed. In this way, if there are multiple tasks that need to be executed at the same time, the mobile terminal needs to buffer multiple device management tasks and execute them sequentially.

This method leads to slow execution of device management tasks and cannot handle device management tasks that need to be executed in parallel. For example, multiple data downloads are required to be processed at the same time. Since some mobile terminals do not have the function of buffering tasks, tasks will be lost.

[0005] It can be seen that the existing mobile terminal device management system only supports the serial execution of a single device management task; moreover, the modularization and scalability of the system are not very good, and effective communication and interaction between multiple tasks cannot be realized

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