CN104866055A - Operating system capable of improving responsiveness and prolonging battery life, and management method thereof - Google Patents
Operating system capable of improving responsiveness and prolonging battery life, and management method thereof Download PDFInfo
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Abstract
The invention discloses an operating system capable of improving the responsiveness and prolonging the battery life, relates to an operating system of mobile equipment and belongs to the field of operating systems of mobile equipment. The operating system mainly comprises a processor, a memory and other conventional hardware, wherein the memory mainly comprises an operating system module, an application program module and an energy consumption management module; the energy consumption management module mainly comprises an input induction module, an input filtering module and a power state management module; the power state management module is mainly used for changing the power states of the mobile equipment. The method can be used for determining the power supply state of equipment and the speed of the processor in real time according to user inputs, can improve the response of equipment to the user inputs or activities, can filter out inputs helpless to forecasting, reduces energy consumption to improve the equipment response speed to meet user experiences and prolongs the battery life for meeting the long-time use requirement.
Description
Technical field
The present invention relates to a kind of mobile device operation system, belong to mobile device operation system regions, improve the operating system of response and prolongation battery time specifically.
Background technology
Have the contradiction that one intrinsic between the battery time of mobile device operation system and response, allow equipment run up, then device responds is fast, but will consume more electric energy, shortens battery time; Particularly when a user just performs some activities at waiting facilities, if equipment operation is at higher speed state, operation can complete quickly, and the responsiveness of user awareness is just high, but this can shorten battery time; Otherwise in lower energy ezpenditure state, the response of system will reduce.
In order to balance energy consumption and response, the system of existing ubiquity is the travelling speed deciding system components according to the busy extent of system.Such system needs regular hour section to observe and the busy degree of computing system, such as, according to the utilization rate of processor in second in past one, decides next processor in second and should be transferred to what speed.Following drawback will be manifested in use: the speed adjustment of (1) system lags behind the activity of user, after user's input, likely expect to obtain a response results fast, but the delayed certain hour of such system carry out the busy degree of observing system; (2) balance that dissimilar User Activity determines between response and battery consumption advisably can not be distinguished.When system is busy, incomplete representative system needs high responsiveness, more such as, be not that the system self-maintenance that user triggers is movable; And be not that very busy system does not represent and do not need high responsiveness, the task half the time that such as user triggers does by graphic process unit, second half time allows central processing unit do, and system seems not busy, but user may in anxious waiting result.
Usually, allow equipment run up, then device responds is fast, but will consume more electric energy, shortens battery time.Traditional system is the busy extent progressively lifting means processor running speed according to system.But this will allow the raising of system response time lag behind the use of user.So there is great limitation according to the way of system busy degree dynamic debugging system power consumption state or running speed in these at present.
Summary of the invention
The present invention proposes the operating system improving response and extend battery time, utilize user's incoming event for carrying out the processor running speed required for prognoses system in a basic trigger point, processor speed can be improved in time to suitable degree, avoid needing the busy extent of time observing system to determine whether improve speed again, reach and improve device responds speed to meet Consumer's Experience, and extend battery time to tackle long-time use.
For achieving the above object, the operating system of raising response of the present invention and prolongation battery time, is the mobile device operation system of having installed control system, mainly comprises: processor, memory body, other custom hardware; Described memory body mainly comprises: operating system module, application program module, managing power consumption module; Described managing power consumption module mainly comprises: input induction module, input filtering module, power rating administration module; Described power rating administration module mainly changes the power rating of mobile device; The energy consumption management method that the input of this system user triggers, it is the incoming event according to user, the power supply status of instant decision device and the speed of processor, bring up to high power state can corresponding raising equipment to user's input or the response of activity, the method implementation is as follows:
(1) detect or tackle user's input on the computing device;
(2) filter user inputs and classifies;
(3) power rating is selected.
The event of described user's input is touch, mouse, keyboard, the power supply status of instant decision device and the speed of processor; Bring up to the corresponding raising equipment of high power state to user's input or the response of activity; When response is not too important to specific User Activity, even if systematic comparison is busy, low power state can also be selected to reduce energy resource consumption.
Described filter user is input as Intelligent Measurement, filters prediction without the input helped; Certain combination can be done with traditional by the design of system busy extent decision systems speed, reach more excellent effect.
The operating system of raising response of the present invention and prolongation battery time, the energy consumption management method that the input of this system user triggers is as follows:
(1) by input induction module interception user input: this step can be carried out under any suitable mode;
User's input can be relevant with the start time of specific user operation or activity, such as, and task, order, transaction; Described user input also comprises the input of local and remote generation, the input of Software Create, input hardware device;
Described input hardware device is that mouse is clicked, touch pad, trace ball, the button input that trace ball input is relevant, mouse drag or motion, touch-screen, writing pencil inputs, game console, other controllers that application-specific is relevant, keyboard key stroke or Macintosh, at the chassis of computing equipment or the function button of peripheral unit, such as, printer, scanner, monitoring, and microphone, voice command, face recognition is comprised by input, facial expression or gesture, camera, fingerprint, the input of other biological, or the operation start that the computing equipment of the user of any other suitable input causes.
Described input detector realizes supervisory user activity and detects input, and triggering voltage manages various input or combination;
(2) filter user inputs and classifies:
Input by input filtering module filter user and classify, then carrying out dynamic management energy consumption accordingly; Such as, different inputs or input combination can be associated from different power ratings, and these states are the state of the extensive definition of each assembly or equipment;
Described input and input combination are divided into three major types: the input not causing changed power, cause the input that power improves, with cause under powered input, in a kind of implementation method, the input be not associated with the change of power rating filters out by inputting filtering module, to avoid unnecessary processing module;
Described power rating can be divided into the structure structure of multi-level many granularities and set up matching relationship with various input; Such as, power rating is set as the number percent of general power, increases progressively with 10%, according to a numerical range as 1 to 10 corresponding with the power rating of equipment or parts;
(3) power rating is selected:
User's input after filtration changes equipment to corresponding power rating by power rating administration module; In the ordinary course of things, user's input that power supply status selects matching detection to arrive, low intensive user operation can cause selecting relatively low power rating, and more the operation of high strength can cause high power state to be selected; Such as, network browsing activities can cause power to raise, and Email Activity can cause the change of the power rating of different types or rank, concerning the local film of viewing, response is considered to not too important, each frame only need present on time, instead of The faster the better, and these activities cause power reduction; Therefore, input and movable various differences can cause managing power consumption module to make different changes to power supply status, and the change of power supply status continues until User Activity completes;
(4) follow-up monitor user ' activity complete and corresponding power change:
At change power to respond user and inputted or after a period of time, whether the activity of monitor user ' completes, the need of turning back to former state; In at least some embodiments, further user action is used for determining that User Activity completes, and such as, user can provide extra input, comprises and closing window, and selects exit button; Or the power supply status that the system inertia triggering voltage status transition of a period of time is specified to low consumption pattern or other.
The function of shown input induction module is interception user input.
In addition, the change of power supply status is configured to a time interval of specifying, and defines by different modes; Such as, interval can be defined as corresponding a period of time, energy consumption or other standards are applicable to be arranged on selected state traffic coverage, the different time intervals is also correlated with from different User Activities, user setting options can also configure different activities, interval inputs, Activity Type, power management type; Therefore, user's input causes being the change of the power rating relevant to the time interval that one is specified, and when after the time that power state alter is specified, reenters common low consumption pattern.
Such as, plant factor, observes and is supplied to managing power consumption module and decide follow-up power state transition parameter within the time interval of specifying; Such as, specify interim plant factor lower than a predefined threshold value, this shows that operation that corresponding user starts is to delay-insensitive, in this case, the perceptible response of user may can not be caused to improve in high power operation state, therefore, managing power consumption module can determine to drop to a low power state.
The operating system of raising response of the present invention and prolongation battery time, its beneficial effect is: this method inputs the power supply status of instant decision device and the speed of processor according to user, raising equipment is to user's input or the response of activity, filter prediction without the input helped, reduce energy consumption, realize improving device responds speed to meet Consumer's Experience with this, extend again battery time to tackle long-time use.
Accompanying drawing explanation
Fig. 1 is mobile device structural representation of the present invention;
Fig. 2 is managing power consumption modular structure schematic diagram of the present invention;
Fig. 3 is process flow diagram of the present invention.
Embodiment
Embodiment 1
As shown in Figure 1 and Figure 2, the operating system of raising response of the present invention and prolongation battery time, is the mobile device operation system of having installed control system, mainly comprises: processor, memory body, other custom hardware; Described memory body mainly comprises: operating system module, application program module, managing power consumption module; Described managing power consumption module mainly comprises: input induction module, input filtering module, power rating administration module; Described power rating administration module mainly changes the power rating of mobile device; The energy consumption management method that the input of this system user triggers, it is the incoming event according to user, the power supply status of instant decision device and the speed of processor, bring up to high power state can corresponding raising equipment to user's input or the response of activity, the method implementation is as follows:
One, detect or tackle user's input on the mobile apparatus:
As shown in Figure 3, the method is first by the induction module of input shown in Fig. 2 interception user input;
User is input as the dynamic change that the input obtained from mouse pointing-input device triggers energy consumption;
Two, filter user inputs and classifies:
Carry out filter user by the input filtering module shown in Fig. 2 input and classify, the input be not associated with the change of power rating filters out by inputting filtering module, is categorized as the input that causes changed power;
Three, power rating is selected:
User's input after filtration changes equipment to corresponding power rating by the administration module of power rating shown in Fig. 2, user's input that power supply status selects matching detection to arrive, therefore, low intensive user operation can cause selecting relatively low power rating, the operation of high strength can cause high power state to be selected, input causes managing power consumption module to make different changes to power supply status, and the change of power supply status continues until User Activity completes;
Four, follow-up monitor user ' activity complete and corresponding power change:
At change power with after responding user and having inputted a period of time, whether the activity of monitor user ' completes, the need of turning back to former state.
Embodiment 2
One, detect or tackle user's input on the mobile apparatus:
As shown in Figure 3, the method is first by the induction module of input shown in Fig. 2 interception user input;
User is input as linking Internet, is sent to the user command of computing equipment from remote location, obtains the dynamic change that input triggers energy consumption;
Two, filter user inputs and classifies:
Carry out filter user by the input filtering module shown in Fig. 2 input and classify, because user is input as linking Internet, be categorized as the input that causes changed power;
Three, power rating is selected:
User's input after filtration changes equipment to corresponding power rating by the administration module of power rating shown in Fig. 2, user's input that power supply status selects matching detection to arrive, therefore, low intensive user operation can cause selecting relatively low power rating, the operation of high strength can cause high power state to be selected, input causes managing power consumption module to make different changes to power supply status, and the change of power supply status continues until User Activity completes;
Four, follow-up monitor user ' activity complete and corresponding power change:
At change power with after responding user and having inputted a period of time, whether the activity of monitor user ' completes, the need of turning back to former state.
Claims (6)
1. improve the operating system of response and prolongation battery time, be the mobile device operation system of having installed control system, it is characterized in that, mainly comprise: processor, memory body, other custom hardware; Described memory body mainly comprises: operating system module, application program module, managing power consumption module; Described managing power consumption module mainly comprises: input induction module, input filtering module, power rating administration module; Described power rating administration module mainly changes the power rating of mobile device; The energy consumption management method that the input of this system user triggers is the incoming event according to user, the power supply status of instant decision device and the speed of processor, bring up to high power state can corresponding raising equipment to user's input or the response of activity.
2. improve the triggering energy consumption management method of the operating system of response and prolongation battery time, it is characterized in that:
(1) by input induction module interception user input;
(2) filter user inputs and classifies:
Input by input filtering module filter user and classify, then carrying out dynamic management energy consumption accordingly, described input and input combination and be divided into three major types: the input do not cause the input of changed power, causing power to improve, causing under powered input;
(3) power rating is selected:
User's input after filtration changes equipment to corresponding power rating by power rating administration module; In the ordinary course of things, user's input that power supply status selects matching detection to arrive, low intensive user operation can cause selecting relatively low power rating, and more the operation of high strength can cause high power state to be selected;
(4) follow-up monitor user ' activity complete and corresponding power change.
3. improve the triggering energy consumption management method of the operating system of response and prolongation battery time as claimed in claim 2, it is characterized in that: this method can also with traditional design connected applications by system busy extent decision systems speed.
4. improve the triggering energy consumption management method of the operating system of response and prolongation battery time as claimed in claim 2, it is characterized in that: described user inputs and mainly comprises: hardware input, Software Create input.
5. improve response as claimed in claim 4 and extend the triggering energy consumption management method of operating system of battery time, it is characterized in that: described hardware input mainly comprises: mouse clicks, touch pad, trace ball, button input that trace ball input is relevant, mouse drag or motion, touch-screen, writing pencil input, game console or other controller, keyboard key stroke or the Macintoshs relevant to application-specific, the function button at the chassis of computing equipment or peripheral unit, microphone, voice command, face recognition, fingerprint.
6. improve the triggering energy consumption management method of the operating system of response and prolongation battery time as claimed in claim 4, it is characterized in that: described Software Create input mainly comprises: long-range, terminal is sent to the user command of computing equipment from remote location.
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| CN106095566A (en) * | 2016-05-31 | 2016-11-09 | 广东欧珀移动通信有限公司 | A kind of response control mehtod and mobile terminal |
| CN110069207A (en) * | 2019-04-24 | 2019-07-30 | 努比亚技术有限公司 | Touch control operation response method, device, mobile terminal and readable storage medium storing program for executing |
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| US20140344687A1 (en) * | 2013-05-16 | 2014-11-20 | Lenitra Durham | Techniques for Natural User Interface Input based on Context |
| CN104423533A (en) * | 2013-09-09 | 2015-03-18 | 联想(北京)有限公司 | Processor frequency control method and electronic equipment |
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| CN102461135A (en) * | 2009-06-05 | 2012-05-16 | 高通股份有限公司 | Controlling power consumption of a mobile device based on gesture recognition |
| US20140344687A1 (en) * | 2013-05-16 | 2014-11-20 | Lenitra Durham | Techniques for Natural User Interface Input based on Context |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106095566A (en) * | 2016-05-31 | 2016-11-09 | 广东欧珀移动通信有限公司 | A kind of response control mehtod and mobile terminal |
| CN106095566B (en) * | 2016-05-31 | 2020-03-03 | Oppo广东移动通信有限公司 | Response control method and mobile terminal |
| CN110069207A (en) * | 2019-04-24 | 2019-07-30 | 努比亚技术有限公司 | Touch control operation response method, device, mobile terminal and readable storage medium storing program for executing |
| CN110069207B (en) * | 2019-04-24 | 2024-03-19 | 努比亚技术有限公司 | Zxfoom zxfoom , zxfoom the method is Mobile terminal and mobile terminal read storage medium |
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