Bandwidth self-adaption code migration-based energy saving method for mobile equipment

Abstract

The invention discloses a bandwidth self-adaption code migration-based energy saving method for mobile equipment. The energy saving method comprises the following steps of: constructing a weighting object relation graph through performing static and dynamic analysis on a mobile application, therefore, transforming an application partitioning problem into an object relation graph partitioning problem; proposing a running time and energetic optimum-based target model by taking varied bandwidth in a mobile environment to serve as a variable; proposing a bandwidth self-adaption branch and bound application partitioning method (BBAP) and a minimum cut-based greedy application partitioning method (MCGAP) by aiming at an application partitioning optimization model; and finally, realizing code migration and distributed execution on the mobile application between the mobile equipment and a server based on the obtained partitioning scheme. According to the method disclosed by the invention, the running time of the mobile application can be effectively shortened, and the power consumption of the mobile equipment is reduced. Moreover, the method disclosed by the invention is good in adaptability to bandwidth variations.

Description

technical field [0001] The invention belongs to the field of mobile computing, and in particular relates to a method for energy saving of mobile equipment based on bandwidth self-adaptive code migration. Background technique [0002] Mobile devices have gradually become the computing platform with the largest number of users due to their light weight, portability and ease of use. With the increasing demand of mobile users and the continuous improvement of the performance of mobile devices, battery capacity has become a bottleneck for the further development of mobile devices. In recent years, the code migration technology based on program segmentation has been gradually applied in the field of mobile computing, and has become an effective method to alleviate the problem of limited resources of mobile devices. Migrating a part of the code of the application program to run on the server side according to the program segmentation scheme can shorten the running time of the appl...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the problem of limited energy resources of mobile devices, in order to effectively save the energy consumption of mobile devices, and overcome the problem that static program segmentation is not suitable for mobile environments with changing bandwidth and the problem of high overhead of dynamic program segmentation, the present invention proposes a bandwidth-based self-adaptive Energy saving method for mobile devices with code migration

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