CPU scheduling method, mobile terminal and CPU scheduling system

Abstract

The invention discloses a CPU scheduling method, which is suitable to be executed in a mobile terminal. The mobile terminal is in communication connection with a network server. The method comprises the steps of making a response to starting operation on any one application in multiple applications; obtaining an application identifier of the currently started application, and obtaining corresponding CPU configuration from an application configuration information set according to the application identifier; scheduling a CPU to run according to the obtained CPU configuration; monitoring an application running condition corresponding to the current active application in real time, and performing fine adjustment on a running state of the CPU according to the application running condition; generating a corresponding configuration entry according to the finely adjusted running state of the CPU and the associated application identifier, updating the application configuration information set; and reporting the configuration entry after fine adjustment and an identifier of a CPU platform to a network server, thereby instructing the network server to update an application scheduling configuration set corresponding to the reported CPU platform.

Description

technical field [0001] The invention relates to the field of Internet technology and mobile terminals, in particular to a CPU scheduling method, a mobile terminal, a network server and a CPU scheduling system. Background technique [0002] With the continuous development of Internet technology and hardware technology, the popularity of mobile terminals is also increasing, and when people use mobile terminals such as smart phones and tablet computers, their performance requirements have also increased. As far as the mobile terminal is concerned, the operation of its built-in CPU (Central Processing Unit, central processing unit) is crucial to the performance of the entire terminal and the experience it can bring to the user. [0003] Taking a smartphone equipped with an Andriod system as an example, its CPUs are all multi-core and high-frequency, which can bring users a good smooth experience. The mobile phone is hot and hot and consumes power quickly. It often needs to be c...

AI Technical Summary

Problems solved by technology

[0003] Taking a smartphone equipped with an Andriod system as an example, its CPUs are all multi-core and high-frequency, which can bring users a good smooth experience. The mobile phone is hot and hot and consumes power quickly. It is often necessary to charge once a day or multiple times a day.

Existing mobile terminals generally adjust an intermediate value appropriately in order to achieve a balance between fluency and power consumption. For all scenarios, the number of enabled CPUs and the frequency of a single CPU are limited.

However, in many user scenarios, it is not necessary to turn on so many high-frequency CPUs. This will not only cause the CPU to idle, but also easily cause the user's mobile phone to heat up and consume power quickly. However, in some users who need to use a large number of CPUs Scenarios, such as running games or live video applications, are likely to cause problems such as user lag

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