CN106197468B - The method and system of pedometer step number renewal - Google Patents

The method and system of pedometer step number renewal Download PDF

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Publication number
CN106197468B
CN106197468B CN201610488629.4A CN201610488629A CN106197468B CN 106197468 B CN106197468 B CN 106197468B CN 201610488629 A CN201610488629 A CN 201610488629A CN 106197468 B CN106197468 B CN 106197468B
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sensor
pedometer
application processor
coprocessor
application
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CN106197468A (en
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张强
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Guangdong Oppo Mobile Telecommunications Corp Ltd
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Guangdong Oppo Mobile Telecommunications Corp Ltd
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    • GPHYSICS
    • G01MEASURING; TESTING
    • G01CMEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
    • G01C22/00Measuring distance traversed on the ground by vehicles, persons, animals or other moving solid bodies, e.g. using odometers, using pedometers
    • G01C22/006Pedometers

Abstract

The embodiment of the invention discloses a kind of method of pedometer step number renewal, the processor system that methods described is formed based on application processor and sensor coprocessor, the application processor is connected with the sensor coprocessor, the sensor coprocessor is connected as sensor center with least one sensor, at least one sensor includes pedometer sensor, and methods described includes:The sensor coprocessor closes the interrupt instruction of detection pedometer sensor;The wake-up states of the sensor coprocessor detection application processor;The sensor coprocessor regularly reads the step number of the pedometer sensor when the application processor is in wake-up states;The step number of reading is sent to the application processor by the sensor coprocessor, and application rollouts are passed to by the application processor.In addition, the embodiment of the invention also discloses a kind of system of pedometer step number renewal.Using the present invention, power consumption can be reduced.

Description

The method and system of pedometer step number renewal
Technical field
The present invention relates to field of computer technology, more particularly to a kind of method and system of pedometer step number renewal.
Background technology
Under ADSP frameworks, all sensors in terminal can be managed collectively by sensor coprocessor, coprocessor It is middle a storage region, the status information of all the sensors of storage to be present, and according to default time interval, ceaselessly go The related status information of poll all the sensors, its status information is determined with the presence or absence of renewal, if so, then by the main process task of terminal Device wakes up from park mode, and handles the renewal of corresponding sensor.Under such a sensor architecture, all sensors Renewal is detected by coprocessor, and takes primary processor corresponding to wake-up to carry out related place in the state of it renewal be present Reason, this allows for master reference and need not constantly be in wake-up states and constantly go to detect corresponding sensor renewal, The power consumption of system is reduced in certain degree.
But applicant it has been investigated that, the problem of power wastage is still suffered from such scheme.By taking pedometer as an example, When pedometer detects step of user, interrupt instruction will be generated, then coprocessor can handle the end command.But It is that when user walks, paces can be relatively more frequent, and this is that pedometer can constantly detect paces, and is constantly generated Multiple interrupt instructions;That is, in the prior art,, can be continuous because the renewal of paces during user walks Reporting interruption instructs, that is to say, that coprocessor needs the interrupt instruction that continuous processing detection arrives.For user, meter It is different that this sensor of device, which is walked, with sensors such as touch-screens, and user can't be concerned about how many step currently walked always, Also the process of the numeral change of pedometer will not be stared at always, can only know that pedometer counts when wanting to know step number Step number;That is, the continuous reporting interruption instruction of pedometer and coprocessor constantly handle the middle severed finger that pedometer reports Order, for coprocessor, the amount of calculation and power consumption of coprocessor are added, and the power consumption of the part is user and do not needed 's.
Therefore, in the prior art there is the problem of power consumption is excessive in sensor coprocessor.
The content of the invention
Based on this, to solve the technical problem that power consumption existing for sensor coprocessor is excessive in conventional art, spy proposes A kind of method of pedometer step number renewal.
A kind of method of pedometer step number renewal, the processor system formed based on application processor and sensor coprocessor System, the application processor is connected with the sensor coprocessor, the sensor coprocessor as sensor center and At least one sensor connection, at least one sensor include pedometer sensor, and methods described includes:
The sensor coprocessor closes the interrupt instruction of detection pedometer sensor;
The wake-up states of the sensor coprocessor detection application processor;
The sensor coprocessor regularly reads the pedometer and passed when the application processor is in wake-up states The step number of sensor;
The step number of reading is sent to the application processor by the sensor coprocessor, is passed by the application processor Pass application rollouts.
In one of the embodiments, also wrapped after the wake-up states of the sensor coprocessor detection application processor Include:
Sensor coprocessor the application processor in a dormant state when, stop reading the pedometer sensor Step number.
In one of the embodiments, methods described also includes:
Application processor notifies the sensor coprocessor after system wake-up instruction is detected;
The step number that the sensor coprocessor reads the pedometer sensor passes to the application processor, and opens The step number of the pedometer sensor is read in dynamic timing.
In one of the embodiments, methods described also includes:
Application processor checks instruction in the step number of detection application program, notifies the sensor coprocessor;
The step number that the sensor coprocessor reads the pedometer sensor passes to the application processor.
In one of the embodiments, the sensor coprocessor is the ADSP processors of high pass ADSP frameworks, described Application processor is the AP processors of high pass ADSP frameworks.
In addition, to solve the technical problem that power consumption existing for sensor coprocessor is excessive in conventional art, spy proposes A kind of system of pedometer step number renewal.
A kind of system of pedometer step number renewal, including application processor and sensor coprocessor, the application processing Device is connected with the sensor coprocessor, and the sensor coprocessor connects as sensor center and at least one sensor Connect, at least one sensor includes pedometer sensor;
The sensor coprocessor is additionally operable to close the interrupt instruction of detection pedometer sensor;
The sensor coprocessor is additionally operable to detect the wake-up states of application processor;
The sensor coprocessor is additionally operable to, when the application processor is in wake-up states, regularly read the meter Walk the step number of device sensor;
The sensor coprocessor is additionally operable to the step number of reading being sent to the application processor;
The application processor is additionally operable to the step number of the reading passing to application rollouts.
In one of the embodiments, the sensor coprocessor, which is additionally operable to be in the application processor, wakes up shape During state, stop reading the step number of the pedometer sensor.
In one of the embodiments, the application processor is additionally operable to after system wake-up instruction is detected, notifies institute State sensor coprocessor;
The step number that the sensor coprocessor is additionally operable to read the pedometer sensor passes to the application processing Device, and start the step number that the pedometer sensor is read in timing.
In one of the embodiments, the application processor is additionally operable to check instruction in the step number of detection application program, Notify the sensor coprocessor;
The step number that the sensor coprocessor is additionally operable to read the pedometer sensor passes to the application processing Device.
In one of the embodiments, the sensor coprocessor is the ADSP processors of high pass ADSP frameworks, described Application processor is the AP processors of high pass ADSP frameworks.
Implement the embodiment of the present invention, will have the advantages that:
After the method and system for employing above-mentioned pedometer step number renewal, sensor coprocessor need not detect at the moment The interrupt instruction reported with processing pedometer sensor, only when corresponding application processor is under wake-up states, timing is read The step number of pedometer sensor statistics.That is, the premise of the degree of accuracy in the step number that ensure that pedometer sensor statistics Under, sensor coprocessor simultaneously need not continue the interrupt instruction detected and processing pedometer sensor reports, only specific Moment just needs to go the step number for reading pedometer sensor, reduces the workload and amount of calculation of sensor coprocessor, reduces The power consumption of system, improve the endurance of terminal.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with Other accompanying drawings are obtained according to these accompanying drawings.
Wherein:
Fig. 1 is a kind of system composition schematic diagram of pedometer step number renewal in one embodiment;
Fig. 2 is a kind of schematic flow sheet of the method for pedometer step number renewal in one embodiment;
Fig. 3 is the structural representation of the computer system for the method that above-mentioned pedometer step number renewal is run in one embodiment Figure.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art are obtained every other under the premise of creative work is not made Embodiment, belong to the scope of protection of the invention.
To solve the technical problem that power consumption existing for sensor coprocessor is excessive in conventional art, in the present embodiment, Spy proposes a kind of method of pedometer step number renewal, and the realization of this method can be dependent on computer program, the computer program It can run on the computer system based on von Neumann system, the computer program can be passed in terminal on pedometer The processor wake up procedure of sensor.The computer system can run such as smart mobile phone, flat board of above computer program The terminal devices such as computer, palm PC.
Specifically, the method for above-mentioned pedometer step number renewal is the system based on the pedometer step number renewal shown in Fig. 2, should The system of pedometer step number renewal includes application processor 10 and sensor coprocessor 20, that is to say, that above-mentioned pedometer The method of step number renewal is the processor system based on application processor 10 and the composition of sensor coprocessor 20.In the present embodiment In, application processor 10 is connected with the sensor coprocessor 20, and the sensor coprocessor 20 is used as sensor center It is connected with least one sensor, at least one sensor includes pedometer sensor 30.
It should be noted that sensor coprocessor 20 mentioned in the present embodiment can be high pass ADSP frameworks ADSP processors, further, application processor 10 are the AP processors of high pass ADSP frameworks.
Specifically, as shown in Fig. 2 the above method comprises the following steps:
Step S102:Sensor coprocessor 20 closes the interrupt instruction of detection pedometer sensor 30.
In general, pedometer sensor 30 can constantly detect the paces of user, detect paces more news Lower generation interrupt instruction, and interrupt instruction is reported into sensor coprocessor 20, that is to say, that as long as pedometer sensor 30 Renewal is detected, sensor coprocessor 2030 will receive interrupt instruction.In the conventional technology, sensor coprocessor 20 The interrupt instruction of each sensor can be constantly detected, in the present embodiment, need not by user in order to reduce the power consumption of system Sensor coprocessor 20 is for the interrupt instruction of pedometer sensor 30 corresponding to the pedometer sensor 30 being concerned about in real time Detection is closed, that is to say, that sensor coprocessor 20 is by no longer lasting continual detection pedometer sensor 30 Severed finger makes, that is to say, that in this case, even if the step number of pedometer sensor 30 have updated, sensor coprocessor 20 Also corresponding interrupt instruction will not be detected, the primary processor or application processor 10 for not being notified that correlation more carry out correlation I/O operation.
Step S104:Sensor coprocessor 20 detects the wake-up states of application processor 10.
The some applications installed in terminal need pedometer sensor 30 to upload its step number renewal counted, such as IOS " sport health " APP under " health " APP, Android system, wechat motion, thud APP under system etc. need counting user to transport The application of dynamic step number.By taking " health " APP under IOS systems as an example, the use of statistics can be shown on corresponding application displaying interface Step number today at family.
Above-mentioned application can't be under running status any when, that is to say, that corresponding application processor 10 It is likely to be at wake-up states, it is also possible in a dormant state.In the present embodiment, the wake-up states of application processor 10 are carried out Detection, the particular state of application processor 10 is determined as wake-up states or is resting state.
Step S106:For sensor coprocessor 20 when application processor 10 is in wake-up states, pedometer is read in timing The step number of sensor 30.
In the present embodiment, if application processor 10 is in wake-up states, that is to say, that corresponding application is in operation shape State (front stage operation or running background), that is, illustrate that user is concerned about the related data under applying, be also concerned about pedometer sensor 30 The related data of statistics.Consider that user's value needs to know current step number, a timer is set, the acquisition pedometer of timing passes The step number that sensor 30 counts.For example, in wechat motion, the 22 of every afternoon are may be set in:00 timing acquisition pedometer passes The step number that sensor 30 counts;Or in the APP of some exercise data statistics, when corresponding application is under running status, The step number of the statistics of pedometer sensor 30 is obtained at regular intervals.
Step S108:The step number of reading is sent to application processor 10 by sensor coprocessor 20, by application processor 10 pass to application rollouts.
Sensor coprocessor 20 is after the step number of the statistics of pedometer sensor 30 is got, by corresponding step count information It is sent to application processor 10, step number is passed to corresponding application program (such as wechat motion, thud fortune by application processor 10 The application program such as dynamic), application program is after the step number of the transmission of application processor 10 is received in the application to dependency number According to being updated, if also, the application program opened up on the displaying interface of terminal when being the application program of front stage operation Show.
It should be noted that in the present embodiment, if in step S104:Sensor coprocessor 20 detects application processor 10 wake-up states, the wake-up states detected be application processor 10 in a dormant state when, sensor coprocessor 20 stops Only read the step number of the pedometer sensor 30.
If application processor 10 is in a dormant state, that is to say, that the corresponding application for needing counting user step number is not In running status, user, which does not have, opens related application program, that is, shows, in this case, user is not relevant for working as The step number that pedometer sensor 30 counts under preceding state.Therefore, detected in sensor coprocessor 20 at application processor 10 When under resting state, stop reading the step number of the statistics of pedometer sensor 30, to reduce the power consumption of sensor coprocessor 20.
It should be noted that in the present embodiment, user sometime may need to know current motion conditions, i.e., Need to know current step number situation, in this case, user enters corresponding step to application program corresponding to opening Number checks that step number situation is checked at interface, in this case, it is necessary to which the step number counted to pedometer sensor 30 is updated.
Specifically, the above method also includes:Application processor 10 notifies the sensing after system wake-up instruction is detected Device coprocessor 20;The step number that the sensor coprocessor 20 reads the pedometer sensor 30 is passed at the application Device 10 is managed, and starts the step number that the pedometer sensor 30 is read in timing.
The system wake-up that application processor 10 detects refer to corresponding to application program by user open or In the case that other applications are called and opened, corresponding application processor 10 can be waken up under resting state, also It is to say, application processor 10 can receive system wake-up instruction, and now, application processor 10 notifies sensor coprocessor 20, Inform that the application processor 10 of sensor coprocessor 20 is had woken up, it is necessary to update related data, sensor coprocessor 20 read the step number of the statistics of pedometer sensor 30, and the step number read is passed into application processor 10.That is, When some application is opened, obtain the data of the statistics of pedometer sensor 30 and be updated.
Further, in the case where application program is by lasting unlatching, user may also need pedometer sensor 30 to unite The renewal of the step number of meter, in this case, on the premise of it ensure that user can get related data, it is also necessary to continue to drop The power consumption of low sensor coprocessor 20, therefore, a timer being set, the step number of pedometer sensor 30 is read in timing, and Application processor 10 is passed to, so that application processor 10 updates related data in the application and shows user.
Further, in another embodiment, the above method also includes:Application processor 10 is in detection application program Step number checks instruction, notifies the sensor coprocessor 20;The sensor coprocessor 20 reads the pedometer sensing The step number of device 30 passes to the application processor 10.
User in application except in addition to needing to know current step number situation in the case of waking up application processor 10, opening In the duration opened, can also exist needs to know the demand of newest step number, and at this moment, user can be by accordingly should One step number of control input that step number is checked is clicked in displaying interface and checks instruction, a step is sent to application processor 10 Number checks instruction, and application processor 10 notifies sensor coprocessor 20 so that sensor after detecting that step number checks instruction Coprocessor 20 reads the step number of pedometer sensor 30, and the step number read is passed into application processor 10, using place Device 10 is managed after step number is received, is updated in application data and shows user.It should be noted that in this implementation Example in, step number checks that the input of instruction can also be other forms, for example, user inputted in terminal it is default operation it is i.e. suitable Instruction (such as have input default touch control operation) is checked in have input a step number.That is, user is needing to check step number Latest data it is any when, can by input a step number check instruction can make sensor coprocessor 20 go to read The step number of pedometer sensor 30 is simultaneously updated in corresponding application, that is to say, that ensure that the feelings of system low-power consumption Under condition, the degree of accuracy for showing the step number of user is further ensured.
In addition, to solve the technical problem that power consumption existing for sensor coprocessor is excessive in conventional art, in a reality Apply in example, as shown in Figure 1, it is also proposed that a kind of system of pedometer step number renewal, specifically, the system includes application processor 10 and sensor coprocessor 20, application processor 10 be connected with sensor coprocessor 20, the conduct of sensor coprocessor 20 Sensor center is connected with least one sensor, and at least one sensor includes pedometer sensor 30;
Sensor coprocessor 20 is used for the interrupt instruction for closing detection pedometer sensor 30;
Sensor coprocessor 20 is additionally operable to detect the wake-up states of application processor 10;
Sensor coprocessor 20 is additionally operable to when application processor 10 is in wake-up states, and pedometer sensing is read in timing The step number of device 30;
Sensor coprocessor 20 is additionally operable to the step number of reading being sent to application processor 10;
Application processor 10 is used to the step number of reading passing to application rollouts.
Optionally, in a specific embodiment, sensor coprocessor 20 is additionally operable to be in application processor 10 During wake-up states, stop reading the step number of pedometer sensor 30.
Optionally, in a specific embodiment, application processor 10 is additionally operable to after system wake-up instruction is detected, Notify sensor coprocessor 20;The step number that sensor coprocessor 20 is additionally operable to read pedometer sensor 30 passes to application Processor 10, and start the step number that pedometer sensor 30 is read in timing.
Optionally, in a specific embodiment, application processor 10 is additionally operable to look into the step number of detection application program See instruction, notice sensor coprocessor 20;The step number that sensor coprocessor 20 is additionally operable to read pedometer sensor 30 passes Pass application processor 10.
Optionally, in a specific embodiment, sensor coprocessor 20 is the ADSP processing of high pass ADSP frameworks Device, application processor 10 are the AP processors of high pass ADSP frameworks.
Implement the embodiment of the present invention, will have the advantages that:
After the method and system for employing above-mentioned pedometer step number renewal, sensor coprocessor need not detect at the moment The interrupt instruction reported with processing pedometer sensor, only when corresponding application processor is under wake-up states, timing is read The step number of pedometer sensor statistics.That is, the premise of the degree of accuracy in the step number that ensure that pedometer sensor statistics Under, sensor coprocessor simultaneously need not continue the interrupt instruction detected and processing pedometer sensor reports, only specific Moment just needs to go the step number for reading pedometer sensor, reduces the workload and amount of calculation of sensor coprocessor, reduces The power consumption of system, improve the endurance of terminal.
In one embodiment, as shown in figure 3, Fig. 3 illustrates a kind of method for running above-mentioned pedometer step number renewal The terminal of computer system based on von Neumann system.The computer system can be smart mobile phone, tablet personal computer, palm electricity The terminal devices such as brain.Specifically, it may include the outer input interface 1001, processor 1002, storage connected by system bus Device 1003 and output interface 1004.Wherein, outer input interface 1001 can optionally comprise at least network interface 10012.Storage Device 1003 may include external memory 10032 (such as hard disk, CD or floppy disk etc.) and built-in storage 10034.Output interface 1004 The equipment such as display screen 10042 can be comprised at least.
In the present embodiment, the operation of this method is based on computer program, and the program file of the computer program is stored in In the external memory 10032 of the foregoing computer system based on von Neumann system, built-in storage is operationally loaded into In 10034, then it is compiled as being transferred in processor 1002 after machine code performing.And in the renewal of above-mentioned pedometer step number In method implementation procedure, the parameter of input is received by outer input interface 1001, and is transferred in memory 1003 and is cached, It is then input in processor 1002 and is handled, the result data of processing or be cached in memory 1003 is subsequently located in Reason, or be passed to output interface 1004 and exported.
Above disclosure is only preferred embodiment of present invention, can not limit the right model of the present invention with this certainly Enclose, therefore the equivalent variations made according to the claims in the present invention, still belong to the scope that the present invention is covered.

Claims (8)

  1. A kind of 1. method of pedometer step number renewal, it is characterised in that methods described is based at application processor and sensor association The processor system that device is formed is managed, the application processor is connected with the sensor coprocessor, the sensor association processing Device is connected as sensor center with least one sensor, and at least one sensor includes pedometer sensor, institute The method of stating includes:
    The sensor coprocessor closes the interrupt instruction for detecting the pedometer sensor;
    The sensor coprocessor detects the wake-up states of the application processor;
    The sensor coprocessor the application processor in a dormant state when, stop reading the pedometer sensor Step number;
    In the case where needing the application program for counting step number to open, the application processor receives system wake-up instruction, institute Stating application processor notifies application processor described in the sensor coprocessor to have woken up;
    The sensor coprocessor regularly reads the pedometer sensor when the application processor is in wake-up states Step number;
    The step number of reading is sent to the application processor by the sensor coprocessor, is passed to by the application processor The application rollouts for needing to count step number.
  2. 2. the method for pedometer step number renewal according to claim 1, it is characterised in that methods described also includes:
    The application processor notifies the sensor coprocessor after system wake-up instruction is detected;
    The step number that the sensor coprocessor reads the pedometer sensor passes to the application processor, and starts and determine When read the step number of the pedometer sensor.
  3. 3. the method for pedometer step number renewal according to claim 1, it is characterised in that methods described also includes:
    The application processor notifies the sensor coprocessor after the step number for detecting application program checks instruction;
    The step number that the sensor coprocessor reads the pedometer sensor passes to the application processor.
  4. 4. the method for pedometer step number renewal according to any one of claims 1 to 3, it is characterised in that the sensor association Processor is the ADSP processors of high pass ADSP frameworks, and the application processor is the AP processors of high pass ADSP frameworks.
  5. 5. a kind of system of pedometer step number renewal, it is characterised in that the system is included at application processor and sensor association Device is managed, the application processor is connected with the sensor coprocessor, and the sensor coprocessor is as sensor center It is connected with least one sensor, at least one sensor includes pedometer sensor;
    The sensor coprocessor is used to close the interrupt instruction for detecting the pedometer sensor;
    The sensor coprocessor is additionally operable to detect the wake-up states of the application processor;
    The sensor coprocessor the application processor in a dormant state when, stop reading the pedometer sensor Step number;
    In the case where needing the application program for counting step number to open, the application processor is additionally operable to reception system wake-up and referred to Order, notifies application processor described in the sensor coprocessor to have woken up;
    The sensor coprocessor is additionally operable to, when the application processor is in wake-up states, regularly read the pedometer The step number of sensor;
    The sensor coprocessor is additionally operable to the step number of reading being sent to the application processor;
    The application processor is additionally operable to the step number of the reading passing to application rollouts.
  6. 6. the system of pedometer step number renewal according to claim 5, it is characterised in that the application processor is additionally operable to After system wake-up instruction is detected, the sensor coprocessor is notified;
    The step number that the sensor coprocessor is additionally operable to read the pedometer sensor passes to the application processor, and Start the step number that the pedometer sensor is read in timing.
  7. 7. the system of pedometer step number renewal according to claim 5, it is characterised in that the application processor is additionally operable to After the step number for detecting application program checks instruction, the sensor coprocessor is notified;
    The step number that the sensor coprocessor is additionally operable to read the pedometer sensor passes to the application processor.
  8. 8. the system updated according to any described pedometer step number of claim 5 to 7, it is characterised in that the sensor association Processor is the ADSP processors of high pass ADSP frameworks, and the application processor is the AP processors of high pass ADSP frameworks.
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