Application program power consumption detection method and system

Abstract

The invention discloses a detection method and system for the power consumption of application programs. According to the detection method and system, the time interval for mobile equipment to consume equal preset electricity is obtained and recorded, the starting moment t1 and the stopping moment t4 of a foreground application are monitored, and the power consumption Q of the foreground application is determined according to the position of a coordinate axis composed of the time interval where the equal preset electricity, the starting moment t1 and the stopping moment t4 are located. According to the detection method and system, the power consumption conditions of each application program running on the foreground can be learnt by a user in real time, and the user can select the application with less power consumption according to needs so as to prolong the runtime of a battery. In addition, the power consumption is calculated by detecting the time for consuming equal electricity and the starting time and the stopping time of the foreground application, the consumed electricity is distributed according to time, equalization of power consumption within each period of application unit time is avoided, and the accuracy of power consumption detection is improved.

Description

technical field [0001] The invention relates to the technical field of power consumption detection, in particular to a method and system for detecting power consumption of an application program. Background technique [0002] Due to the convenience of mobile devices, more and more users like to use mobile devices instead of PCs for operations (such as browsing the web or playing games), and more and more applications are installed on mobile devices. Correspondingly, the more applications, the more power consumption is also the most troublesome problem for users. At present, the mobile electronic devices used in the market all have the function of displaying the remaining battery capacity, but the user does not know the power consumption of each application on the mobile device, and the user cannot independently select an application that consumes less power. [0003] Existing technologies for detecting power consumption of applications can only be accomplished through hardw...

AI Technical Summary

Problems solved by technology

However, this solution requires expensive power consumption detection equipment, and requires testers to have certain knowledge of physics, so it cannot be popularized to ordinary users.

At present, some operating systems also have the function of viewing the power consumption ranking, and you can view the relative power consumption percentage of each application, but there is no specific power consumption value, and the calculation method does not meet user expectations, so this function cannot be trusted by users

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