CN104063304B - Application software energy consumption ranking method oriented to mobile intelligent terminal application market - Google Patents
Application software energy consumption ranking method oriented to mobile intelligent terminal application market Download PDFInfo
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- CN104063304B CN104063304B CN201410312340.8A CN201410312340A CN104063304B CN 104063304 B CN104063304 B CN 104063304B CN 201410312340 A CN201410312340 A CN 201410312340A CN 104063304 B CN104063304 B CN 104063304B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management
Abstract
An application software energy consumption ranking method oriented to mobile intelligent terminal application market comprises the steps: first, measuring consumed energy of which has already hit the shelves in each type according to the classification of application software and setting the energy saving grade of each application, second, measuring the energy consumption of the application software to hit the shelves according to the type of the application software to hit the shelves, determining the energy saving grade of the application software in the applications of the same type. The application software energy consumption ranking method provides application software energy saving dividing grades for the mobile intelligent terminal application market, energy saving grade information of the application software provided by the mobile intelligent terminal application market can serve as one of the criteria for selection of users, and developers are stimulated to pay more attention to energy consumption performance of the application software, so that the overall developing level and user experience of the application software in the application market are improved.
Description
Technical field
The invention belongs to mobile intelligent terminal application software technology field, should towards mobile intelligent terminal particularly to one kind
Application software energy consumption ranking method with market.
Background technology
Since two thousand and ten, with the Android operation system of Google, the ios system of Apple and Microsoft
Operating system based on windows phone is almost united and be account for whole mobile intelligent terminal market.Applied software market (app
Store) as an important mark of intelligent operating system, it is known to vast mobile intelligent terminal user and to use.
Existing applied software market mainly have the itunes store of Apple, the Android market of Google and
The application shop of Microsoft.Synopsis, the work(of application software typically can be displayed for a user out in these applied software markets
The information such as energy, software information and developer.Wherein software information generally comprise software developer, category of software, more redaction,
Size etc..Mobile intelligent terminal user can select according to the application software information that application software provides and the demand of oneself
Download the application software needing.
Nowadays, mobile intelligent terminal is extensively used by people, but the battery life of mobile intelligent terminal is it all the time to be made
Bottleneck with experience.In hardware aspect, the hardware technology of the energy consumption module such as screen display, cpu calculating and battery energy storage density is sent out
Exhibition has arrived at a bottleneck；And the application software in software aspects, intelligent terminal is also consuming intelligent movable eventually in a large number
The valuable power resources in end.At present, the application software added in applied software market is ten hundreds of, and generic software also tends to
Even tens of kinds of more than ten kind can be reached.The function that these application software are realized is approximate, but its electricity consuming but has
Very big gap.For example it is all weather forecast software, ink marks weather is more far short of what is expected than Yahoo weather in terms of energy optimization.And mesh
Front applied software market does not provide the user the information of application software energy consumption aspect.
Content of the invention
In order to overcome the shortcoming of above-mentioned prior art, it is an object of the invention to provide one kind should towards mobile intelligent terminal
With the application software energy consumption ranking method in market, according to the classification of application software, measure the energy consumption condition of this application software, measure
Power Saving Class in generic application for this application software.
To achieve these goals, the technical solution used in the present invention is:
A kind of application software energy consumption ranking method towards mobile intelligent terminal application market, comprising:
First, according to the classification of application software, it is all application software evaluations in frame in intelligent terminal applied software market
Power Saving Class, specifically comprises the following steps that
Step 1.1, selects all of a classification to measure in frame application software；
Step 1.2, an application software selecting selected classification is installed on intelligent terminal or intelligent terminal simulator；
Step 1.3, energy consumption measurement equipment is connected to the both positive and negative polarity of intelligent terminal, opens application software persistently little using 1
When, record the Energy in use eu of this application software, then application software is set to holding state, continue 1 hour, record this application
The standby energy consumption ei of software；
Step 1.4, according to the process of step 1.2～1.3, has tested selected classification all in applied software market one by one
Application software, draw the Energy in use eu and standby energy consumption ei of each application software, by Energy in use eu and standby energy consumption ei
Sum is as energy consumption weight e of this application software；
Step 1.5, finds out minimum energy consumption mine of application software of energy consumption weight and energy consumption under the type in the set of e
Energy consumption maxe of the maximum application software of weight, the Power Saving Class elevel of the application for mine for the energy consumption is set to five-pointed star, energy consumption
Application energy consumption grade elevel for maxe is set to a star；
Step 1.6, calculates the differential d of energy consumption, d=(maxe-mine)/n × 4；
Step 1.7, the Power Saving Class elevel of each application software under classification selected by calculating, with energy consumption mine as radix,
If difference d of an application software energy consumption and mine is less than d, Power Saving Class is set to five-pointed star；If greater than d, then elevel
=5-d/d；
Step 1.8, draws the Power Saving Class in frame application in all categories in application market according to step 1.1～1.7；
Secondly, according to the type being intended to added application software, for preparing added application software evaluation Power Saving Class, concrete step
Suddenly as follows:
Step 2.1, determines, according to the information that applied software development person provides, the generic being intended to added application software；
Step 2.2, affiliated application software is arranged on intelligent sliding moved end or intelligent terminal simulator, opens application soft
Part, confirms whether software content is consistent with the software information that developer is provided, if do not corresponded, modification is intended to added software
Generic；
Step 2.3, energy consumption measurement equipment is connected to the both positive and negative polarity of intelligent terminal, opens application software persistently little using 1
When, record the Energy in use eu of this application software, then application software is set to holding state, continue 1 hour, record this application
The standby energy consumption ei of software, using Energy in use eu and standby energy consumption ei sum as this application software energy consumption weight e；
Step 2.4, is intended to energy consumption weight e of added application software and maximum energy consumption weight maxe of generic and minimum
Energy consumption weight mine is made comparisons；
Step 2.4a, if e is more than maxe, the Power Saving Class being intended to added application software is set to a star, generic
Maximum energy consumption weight maxe is set to e；
Step 2.4b, if e is less than mine, the Power Saving Class being intended to added application software is set to five-pointed star, generic
Least energy consumption weight mine is set to e；
Step 2.5, is intended to added software and is changed into added software, using step 1.5～1.7, updates all under generic
The Power Saving Class of application software.
Described energy consumption measurement is equipped for power monitor.
Compared with prior art, divide application software section it is contemplated that providing for mobile intelligent terminal applied software market
Energy level method for distinguishing.The application software that can be provided according to mobile intelligent terminal applied software market using the present invention, user
One of Power Saving Class information standard alternatively.Meanwhile, the present invention also will stimulate developer more to focus on application software
Energy consumption and performance, thus lifting overall development level and the Consumer's Experience of application software in application market.
Brief description
Fig. 1 is that the present invention evaluates Power Saving Class assessment method flow chart to the application software in frame.
Fig. 2 is that the present invention evaluates Power Saving Class assessment method flow chart to being intended to added application software.
Specific embodiment
Describe embodiments of the present invention with reference to the accompanying drawings and examples in detail.
A kind of application software energy consumption ranking method towards mobile intelligent terminal application market, is first according to application software
Classification, measures the energy consumption condition of added application software under each type and makes the Power Saving Class of every money application.Secondly,
According to the type being intended to added application software, measurement is intended to the energy consumption condition of added application software, measures this application software in affiliated class
Power Saving Class in type application.
As shown in figure 1, the Power Saving Class evaluation of added application software specifically comprises the following steps that
Step 1.1, selects all of a classification to measure in frame application software；
Step 1.2, an application software selecting selected classification is installed on intelligent terminal or intelligent terminal simulator；
Step 1.3, energy consumption measurement is equipped the both positive and negative polarity that (as power monitor) is connected to intelligent terminal, and opening should
Used 1 hour with software continuous, record the Energy in use eu of this application software, then application software is set to holding state, holds
Continuous 1 hour, record the standby energy consumption ei of this application software；
Step 1.4, according to the process of step 1.2～1.3, has tested selected classification all in applied software market one by one
Application software, draw the Energy in use eu and standby energy consumption ei of each application software, by Energy in use eu and standby energy consumption ei
Sum is as energy consumption weight e of this application software；
Step 1.5, finds out minimum energy consumption mine of application software of energy consumption weight and energy consumption under the type in the set of e
Energy consumption maxe of the maximum application software of weight, the Power Saving Class elevel of the application for mine for the energy consumption is set to five-pointed star, energy consumption
Application energy consumption grade elevel for maxe is set to a star；
Step 1.6, calculates the differential d of energy consumption, d=(maxe-mine)/n × 4；
Step 1.7, the Power Saving Class elevel of each application software under classification selected by calculating, with energy consumption mine as radix,
If difference d of an application software energy consumption and mine is less than d, Power Saving Class is set to five-pointed star；If greater than d, then elevel
=5-d/d；
Step 1.8, draws the Power Saving Class in frame application in all categories in application market according to step 1.1～1.7.
As shown in Fig. 2 the Power Saving Class evaluation being intended to added application software specifically comprises the following steps that
Step 2.1, determines, according to the information that applied software development person provides, the generic being intended to added application software；
Step 2.2, affiliated application software is arranged on intelligent sliding moved end or intelligent terminal simulator, opens application soft
Part, confirms whether software content is consistent with the software information that developer is provided, if do not corresponded, modification is intended to added software
Generic；
Step 2.3, energy consumption measurement is equipped the both positive and negative polarity that (as power monitor) is connected to intelligent terminal, and opening should
Used 1 hour with software continuous, record the Energy in use eu of this application software, then application software is set to holding state, holds
Continuous 1 hour, record the standby energy consumption ei of this application software, using Energy in use eu and standby energy consumption ei sum as this application software
Energy consumption weight e；
Step 2.4, is intended to energy consumption weight e of added application software and maximum energy consumption weight maxe of generic and minimum
Energy consumption weight mine is made comparisons；
Step 2.4a, if e is more than maxe, the Power Saving Class being intended to added application software is set to a star, generic
Maximum energy consumption weight maxe is set to e；
Step 2.4b, if e is less than mine, the Power Saving Class being intended to added application software is set to five-pointed star, generic
Least energy consumption weight mine is set to e；
Step 2.5, is intended to added software and is changed into added software, using step 1.5～1.7, updates all under generic
The Power Saving Class of application software.
Using said method, energy-conservation grading is carried out to weather forecast software ink marks weather and Yahoo's weather, draw Yahoo's weather
For four stars, and ink marks weather is only two stars it is known that ink marks weather is more far short of what is expected than Yahoo weather in terms of energy optimization, and in reality
In the application of border, also the way it goes, illustrates that, according to scheme provided by the present invention, mobile intelligent terminal applied software market can be
User provides similar applications below software energy consumption information.
Claims (2)
1. a kind of application software energy consumption ranking method towards mobile intelligent terminal application market it is characterised in that:
First, according to the classification of application software, it is all application software evaluation energy-conservations in frame in intelligent terminal applied software market
Grade, specifically comprises the following steps that
Step 1.1, selects all of a classification to measure in frame application software；
Step 1.2, an application software selecting selected classification is installed on intelligent terminal or intelligent terminal simulator；
Step 1.3, energy consumption measurement equipment is connected to the both positive and negative polarity of intelligent terminal, opens application software persistently using 1 hour, note
Record the Energy in use eu of this application software, then application software is set to holding state, continue 1 hour, record this application software
Standby energy consumption ei；
Step 1.4, according to the process of step 1.2～1.3, tested one by one selected classification in applied software market all of should
With software, draw the Energy in use eu and standby energy consumption ei of each application software, by Energy in use eu and standby energy consumption ei sum
Energy consumption weight e as this application software；
Step 1.5, finds out minimum energy consumption mine of application software of energy consumption weight and energy consumption weight under the category in the set of e
Energy consumption maxe of maximum application software, the Power Saving Class elevel of the application for mine for the energy consumption is set to five-pointed star, energy consumption is
Application energy consumption grade elevel of maxe is set to a star；
Step 1.6, calculates the differential d of energy consumption, d=(maxe-mine)/4；
Step 1.7, the Power Saving Class elevel of each application software under classification selected by calculating, with energy consumption mine as radix, if
Difference d of one application software energy consumption and mine is less than d, then Power Saving Class is set to five-pointed star；If greater than d, then Implication be round downwards；
Step 1.8, draws the Power Saving Class in frame application in all categories in application market according to step 1.1～1.7；
Secondly, according to the classification being intended to added application software, for preparing added application software evaluation Power Saving Class, concrete steps are such as
Under:
Step 2.1, determines, according to the information that applied software development person provides, the generic being intended to added application software；
Step 2.2, affiliated application software is arranged on intelligent sliding moved end or intelligent terminal simulator, opens application software, really
Recognize whether software content is consistent with the software information that developer is provided, if do not corresponded, modification is intended to the affiliated of added software
Classification；
Step 2.3, energy consumption measurement equipment is connected to the both positive and negative polarity of intelligent terminal, opens application software persistently using 1 hour, note
Record the Energy in use eu of this application software, then application software is set to holding state, continue 1 hour, record this application software
Standby energy consumption ei, using Energy in use eu and standby energy consumption ei sum as this application software energy consumption weight e；
Step 2.4, is intended to energy consumption weight e of added application software and maximum energy consumption weight maxe of generic and least energy consumption
Weight mine is made comparisons；
Step 2.4a, if e is more than maxe, the Power Saving Class being intended to added application software is set to a star, the maximum of generic
Energy consumption weight maxe is set to e；
Step 2.4b, if e is less than mine, the Power Saving Class being intended to added application software is set to five-pointed star, the minimum of generic
Energy consumption weight mine is set to e；
Step 2.5, is intended to added software and is changed into added software, using step 1.5～1.7, updates all applications under generic
The Power Saving Class of software.
2. the application software energy consumption ranking method towards mobile intelligent terminal application market according to claim 1, it is special
Levy and be, described energy consumption measurement is equipped for power monitor.
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| CN104881362A (en) * | 2015-06-18 | 2015-09-02 | 广东欧珀移动通信有限公司 | Third-party application standby current testing method and device |
| KR102360178B1 (en) * | 2015-08-25 | 2022-02-08 | 삼성전자주식회사 | System and method for providing application list |
| CN115576856B (en) * | 2022-12-08 | 2023-04-11 | 浪潮通信信息系统有限公司 | Energy consumption evaluation method and device |
Citations (2)
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| CN103336493A (en) * | 2013-06-03 | 2013-10-02 | 天津至勤投资咨询有限公司 | An energy management system |
| CN103701970A (en) * | 2013-12-04 | 2014-04-02 | 中国科学院深圳先进技术研究院 | Power consumption prompting method and device for mobile terminal and mobile terminal |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103336493A (en) * | 2013-06-03 | 2013-10-02 | 天津至勤投资咨询有限公司 | An energy management system |
| CN103701970A (en) * | 2013-12-04 | 2014-04-02 | 中国科学院深圳先进技术研究院 | Power consumption prompting method and device for mobile terminal and mobile terminal |
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