CN106940686A - The method that data is synchronous between object wearing device and electronic installation - Google Patents
The method that data is synchronous between object wearing device and electronic installation Download PDFInfo
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- CN106940686A CN106940686A CN201610012719.6A CN201610012719A CN106940686A CN 106940686 A CN106940686 A CN 106940686A CN 201610012719 A CN201610012719 A CN 201610012719A CN 106940686 A CN106940686 A CN 106940686A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
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Abstract
A kind of object wearing device method synchronous with data between electronic installation, is applicable an object wearing device and is implemented by an electronic installation, the object wearing device method synchronous with data between electronic installation is comprised the steps of：(A) friendship of each very first time unit transmission one in the time interval that previous division had at least one period fixed comprising a default node delay number N holds request to the object wearing device；(B) according to multiple reply messages from the object wearing device are continuously received in each period of the previous time interval, corresponding first weighted value is obtained；And (C) adjusts the very first time unit in answering the period at a pair of a current time interval according to corresponding first weighted value of each period in the previous time interval, and this presets at least one of node delay number N.
Description
Technical field
The invention relates to a kind of synchronous method of data, a kind of object wearing device method synchronous with data between electronic installation is particularly related to.
Background technology
Wearable device has turned into most popular electronic product in recent years, existing Wearable device such as Fitbit Zip and Misfit Shine, can automatically it link and synchronized update data with the mobile phone or personal computer of electronic installation such as user, make it that electronic installation can obtain the update from object wearing device after performing the application program related to Wearable device.The existing method for reaching automatic synchronization data is to send a friendship at regular intervals by electronic installation to hold request to Wearable device, and then Wearable device is held in response to the friendship asks to send a reply message to electronic installation.In the method, it is to allow the electronic installation can to search Wearable device at any time that request is held in each friendship, but the data contained by Wearable device is not necessarily sent to electronic installation with each reply message, for example, when data contained by Wearable device is accumulated to a predetermined data quantity, the data just can be transferred into electronic installation together with a nearest reply message.
However, Wearable device is battery durable amount the problem of must mainly overcoming the shortcomings of, existing Wearable device uses Bluetooth Low Energy (Bluetooth Low Energy, abbreviation BTLE) technology to save the power consumption of Wearable device mostly.Interval is held in friendship between BTLE technical specifications stream oriented device must be between 7.5 milliseconds to 4 seconds, under this specification, it can be 2 seconds to hold interval such as Fitbit Zip Wearable device and the friendship of another electronic installation, and it can be 4 seconds that the Wearable device such as Misfit shine holds interval with the friendship of another electronic installation, because electronic installation is not always in the execution application program related to Wearable device so that user checks data, therefore, most friendship holds often unnecessary actually between Wearable device and electronic installation, above-mentioned unnecessary friendship is held only can empty power consumption source.
The content of the invention
Therefore, it is an object of the invention to provide a kind of object wearing device method synchronous with data between electronic installation.
Then, the object wearing device of the present invention method synchronous with data between electronic installation, it is applicable an object wearing device, and the electronic installation for being connected and being communicated using a handshaking with the object wearing device with the object wearing device via a wireless network by one is implemented, the object wearing device method synchronous with data between electronic installation comprise the steps of：
(A) friendship of each very first time unit transmission one in the time interval that previous division had at least one period fixed comprising a default node delay number N holds request to the object wearing device, wherein the very first time unit is less than the period, and the default node delay number N indicates that the object wearing device is not required to reply the number of times that request is held in received friendship after request is held in the last friendship for responding the electronic installation；
(B) basis continuously receives multiple reply messages from the object wearing device in each period of the previous time interval, obtain corresponding first weighted value, wherein the grade reply message be respectively in response in the period of the previous time interval from the electronic installation it is multiple it is corresponding friendship hold request, and it is to be received in multiple second chronomeres gone out defined in the period of the previous time interval by the electronic installation, second chronomere is the very first time unit (N+1) times in time span, and each reply message includes one first message part and one second message part one of which；And
(C) according at least to corresponding first weighted value of each period in the previous time interval, the very first time unit in answering the period at a pair of a current time interval is adjusted, and this presets at least one of node delay number N.
Of the invention the effect of is, message is replied according to the grade continuously received in each period of the previous time interval by the electronic installation, obtain corresponding first weighted value, and according to first weighted value adjust the very first time unit in the corresponding period of the current time interval and this preset node delay number N at least one, message is replied in response to the received grade to reach, the interval handed over and held between the electronic installation and the object wearing device is adjusted.
【Brief description of the drawings】
Fig. 1 is a block diagram, illustrates that the electronic installation of an implementation object wearing device of the present invention method synchronous with data between electronic installation is communicated via a wireless network and an object wearing device；
Fig. 2 is a flow chart, illustrates a first embodiment of the object wearing device of the present invention method synchronous with data between electronic installation；
Fig. 3 is a flow chart, illustrates a second embodiment of the object wearing device of the present invention method synchronous with data between electronic installation；
Fig. 4 is a flow chart, illustrates a 3rd embodiment of the object wearing device of the present invention method synchronous with data between electronic installation；And
Fig. 5 is a flow chart, illustrates a fourth embodiment of the object wearing device of the present invention method synchronous with data between electronic installation.
【Embodiment】
Refering to Fig. 1, the first embodiment of the object wearing device of the present invention method synchronous with data between electronic installation, it is applicable an object wearing device 1, and by one via a wireless network 3 for example, the Bluetooth Low Energy electronic installation 2 that is connected and is communicated using a handshaking with the object wearing device 1 with the object wearing device 1 is implemented.The object wearing device 1 dresses end sensing module 12 and one comprising a wearing end communication module 11, one and electrically connects the wearing end communication module 11 and the wearing end processing module 13 of the wearing end sensing module 12, the wearing end sensing module 12 can sense a wearing have the object wearing device 1 user movement a paces, with the sensing signal for the paces for producing a movement for indicating the user.The electronic installation 2 electrically connects the use end processing module 22 for using end communication module 21 comprising one using end communication module 21 and one.
Refering to Fig. 1 and Fig. 2, the first embodiment of the object wearing device of the present invention method synchronous with data between electronic installation is comprised the steps of.
In step 41, this of the electronic installation 2 uses end communication module 21 using end processing module 22 via this, and each very first time unit transmission one in the time interval that previous division had at least one period fixed includes a default node delay number（Slave Latency）N friendship holds request to the wearing end communication module 11 of the object wearing device 1.In the present embodiment, the very first time unit is less than the period, and the default node delay number N indicates that the object wearing device 1 is not required to reply the number of times that request is held in received friendship after request is held in the last friendship for responding the electronic installation 2.
In step 42, this of the electronic installation 2 is obtained a correspondence and is relevant to the first weighted value of the data quantity of the grade reply message received using end communication module 21 in each period of the previous time interval of the electronic installation 2 using processing module 22 is held according to multiple reply messages that the wearing end communication module 11 from the object wearing device 1 is continuously received in each period of the previous time interval.Wherein, the grade reply message be respectively in response in the period of the previous time interval multiple corresponding friendships from the electronic installation 2 hold and ask and be to be received in multiple second chronomeres gone out defined in the period of the previous time interval by the electronic installation 2, second chronomere is the very first time unit (N+1) times in time span, and each reply message includes one first message part and one second message part one of which.The first message part includes the response data of a response of being relevant to, and the second message part is comprising the response data and is relevant to wearing and has the user of the object wearing device 1 and as user's data produced by the object wearing device 1.
In the present embodiment, the data quantity and first weighted value that the grade received using end communication module 21 in each period of the previous time interval of the electronic installation 2 replys message are proportional, that is, when the data quantity that the grade received using end communication module 21 in each period of the previous time interval replys message is bigger, first weighted value is bigger.
At step 43, this of the electronic installation 2 uses corresponding first weighted value of end processing module 22 according to each period in the previous time interval, the very first time unit in answering the period at a pair of a current time interval is adjusted, and this presets at least one of node delay number N.
In the present embodiment, first weighted value and the time span of second chronomere are in inverse ratio, that is, when first weighted value is bigger, the time span of second chronomere is shorter.Because first weighted value and the data quantity of the grade reply message received using end communication module 21 in each period of the previous time interval are proportional, and first weighted value is in again inverse ratio with the time span of second chronomere, therefore, when the data quantity that the grade received in each period in the previous time interval replys message is bigger, the time span of second chronomere be it is smaller, then 2 data of the object wearing device 1 and the electronic installation synchronously be more frequent.Therefore, data that can effectively between the synchronous object wearing device 1 and the electronic installation 2.Conversely, when the data quantity that the grade that is received in each period in the previous time interval replys message is smaller, the time span of second chronomere be it is bigger, then 2 data of the object wearing device 1 and the electronic installation synchronously be more infrequently.Therefore, friendship of the object wearing device 1 because responding the electronic installation 2 can be effectively saved and hold the consumed electric power of request.
Be worth special instruction be, this of the electronic installation 2 can change the time span of second chronomere using end processing module 22 by adjusting at least one of the very first time unit and the default node delay number N, wherein, the time span of the very first time unit must be between 7.5 milliseconds to 4 seconds, and the numerical value of the default node delay number N must be between 0 to 499.However, the object wearing device 1 and the electronic installation 2 are for lasting holding line, the friendship between the object wearing device 1 and the electronic installation 2 is held interval and may not exceed 16 seconds.For example, when the time span of the very first time unit is adjusted to 2 seconds, and the default node delay number N is adjusted to 3, then the time span of second chronomere is 8 seconds, in addition, interval is held due to the friendship between the object wearing device 1 and the electronic installation 2 to may not exceed 16 seconds, therefore the numerical value of the default node delay number N may not exceed 7.
Refering to Fig. 1 and Fig. 3, the step 51 of the second embodiment of the synchronous method of 2 data of object wearing device 1 of the present invention and electronic installation and 53 identical with the step 41 of the first embodiment and 43 respectively, something in common is repeated no more, and wherein difference is step 52.
In step 52, this of the electronic installation 2 is obtained a correspondence and is relevant to the first weighted value of the grade reply message received using end communication module 21 in each period of the previous time interval of the electronic installation 2 using processing module 22 is held according to multiple reply messages that the wearing end communication module 11 from the object wearing device 1 is continuously received in each period of the previous time interval.Wherein, the grade reply message be respectively in response in the period of the previous time interval multiple corresponding friendships from the electronic installation 2 hold and ask and be to be received in multiple second chronomeres gone out defined in the period of the previous time interval by the electronic installation 2, second chronomere is the very first time unit (N+1) times in time span, and each reply message includes the first message part and the second message part one of which.The first message part includes the response data for being relevant to the response, and the second message part is comprising the response data and indicates corresponding to the paces number for dressing the user movement for having the object wearing device 1 and as user's data produced by the object wearing device 1.When the reply message that the electronic installation 2 is received includes the first message part, the electronic installation 2 is judged to the paces number that should reply message as 0, and when the reply message received includes the second message part, then judge to the paces number that should reply message as the paces number indicated by user's data, first weighted value is relevant to the electronic installation 2 corresponding total paces number in each period of the previous time interval.
In the present embodiment, the grade received using end communication module 21 in each period of the previous time interval of the electronic installation 2 replys total paces number corresponding to message, it is proportional with first weighted value, that is, when the total paces number corresponding to the grade that this is received in each period of the previous time interval using end communication module 21 replys message is bigger, first weighted value is bigger.Because total paces number that the grade that first weighted value is received using end communication module 21 with this in each period of the previous time interval is replied corresponding to message is proportional, and first weighted value is in again inverse ratio with the time span of second chronomere, therefore, when the total paces number corresponding to the grade that is received in each period in the previous time interval replys message is bigger, the time span of second chronomere be it is smaller, then 2 data of the object wearing device 1 and the electronic installation synchronously be more frequent.Therefore, data that can effectively between the synchronous object wearing device 1 and the electronic installation 2.Otherwise, when the total paces number corresponding to the grade that is received in each period in the previous time interval replys message is smaller, the time span of second chronomere be it is bigger, then 2 data of the object wearing device 1 and the electronic installation synchronously be more infrequently.Therefore, friendship of the object wearing device 1 because responding the electronic installation 2 can be effectively saved and hold the consumed electric power of request.
For example, it is one day to make the previous time interval, and division has 24 fixed periods, when the user in the 23rd ~ 24 and the 1st ~ 7 period is activity least frequently sleep state, in the 8th ~ 9 and the 18th ~ 20 period be activity most frequent period, and when the 10th ~ 17 and the 21st ~ 22 period is active level medium periods, then according in different first weighted values corresponding to each period of the previous time interval, very first time unit and/or the default node delay number N in each period of the current time interval is also different therewith.Ideally, in the 23rd ~ 24 of the current time interval and the 1st ~ 7 period between the object wearing device 1 and the electronic installation 2 data it is synchronous should can least frequently, in the 8th ~ 9 of the current time interval and the 18th ~ 20 period between the object wearing device 1 and the electronic installation 2 data synchronization should can be most frequent, and the synchronizing frequency of data should be medium between the object wearing device 1 and the electronic installation 2 in the 10th ~ 17 of the current time interval and the 21st ~ 22 period.
Refering to Fig. 1 and Fig. 4, step 61 ~ 62 of the 3rd embodiment of the synchronous method of 2 data of object wearing device 1 of the present invention and electronic installation are identical with step 41 ~ 42 of the first embodiment respectively, and something in common is repeated no more, and wherein difference is step 63 ~ 64.
In step 63, this of the electronic installation 2 uses end processing module 22 in each period of the previous time interval, according to the execution number of times of an application program for being relevant to the object wearing device 1, obtains corresponding second weighted value.
In step 64, this of the electronic installation 2 uses corresponding first weighted value of end processing module 22 not only according to each period in the previous time interval, always according to corresponding second weighted value of each period in the previous time interval, to adjust the very first time unit in the correspondence period of the current time interval, and this presets at least one of node delay number N.
In the present embodiment, the execution number of times of the application program of the object wearing device 1 and second weighted value are proportional, that is, when the execution number of times of the application program of the object wearing device 1 is more, second weighted value is bigger.In addition, first and second weighted value is in inverse ratio all with the time span of second chronomere, that is, when first and second weighted value is bigger, the time span of second chronomere is shorter.This of the electronic installation 2 can be by calculating after first and second corresponding weighted value sum of each period of the previous time interval using end processing module 22, the very first time unit in the correspondence period of the current time interval is adjusted according to first and second corresponding weighted value sum, and this presets at least one of node delay number N.Or, this of the electronic installation 2 also can be by by after first and second corresponding weighted value of each period of the previous time interval be weighted averagely using end processing module 22, the very first time unit in the correspondence period of the current time interval is adjusted according to the correspondence weighted average, and at least one of the default node delay number N, it is not limited in the method disclosed in the present embodiment.
The step 61 respectively with the 3rd embodiment of the step 71 of the fourth embodiment of the synchronous method of 2 data of object wearing device 1 of the present invention and electronic installation, 73 ~ 74,63 ~ 64 identical refering to Fig. 1 and Fig. 5, something in common is repeated no more, and wherein difference is step 72.
In step 72., this of the electronic installation 2 is using holding processing module 22 according to the multiple reply messages for continuously receiving the wearing end communication module 11 from the object wearing device 1 in each period of the previous time interval, and the grade received using end communication module 21 in each period of the previous time interval for being corresponded to and being relevant to the electronic installation 2 replys first weighted value of message.Wherein, the grade reply message be respectively in response in the period of the previous time interval multiple corresponding friendships from the electronic installation 2 hold and ask and be to be received in multiple second chronomeres gone out defined in the period of the previous time interval by the electronic installation 2, second chronomere is the very first time unit (N+1) times in time span, and each reply message includes the first message part and the second message part one of which.The first message part includes the response data for being relevant to the response, and the second message part is comprising the response data and indicates corresponding to the paces number for dressing the user movement for having the object wearing device 1 and as user's data produced by the object wearing device 1.When the reply message that the electronic installation 2 is received includes the first message part, the electronic installation 2 is judged to the paces number that should reply message as 0, and when the reply message received includes the second message part, then judge to the paces number that should reply message as the paces number indicated by user's data, first weighted value is relevant to the electronic installation 2 corresponding total paces number in each period of the previous time interval.
In summary, message using end processing module 22 is replied according to the grade that is continuously received in each period of the previous time interval by this of the electronic installation 2, obtain corresponding first weighted value, and according to first weighted value adjust the very first time unit in the corresponding period of the current time interval and this preset node delay number N at least one, replying message in response to the grade adjusts 2 data of the object wearing device 1 and the electronic installation synchronous frequency adaptability, to reach data or the effect for the power consumption for saving the object wearing device 1 efficient and in real time between the synchronous object wearing device 1 and the electronic installation 2, therefore the purpose of the present invention can be reached really.
The embodiment and embodiment of the present invention are elaborated above in conjunction with accompanying drawing, but can not with restriction the scope of the present invention, the impartial modification and transformation made in scope of the present invention patent should all belong in the scope of the claims of the present invention.
Claims (4)
1. a kind of object wearing device method synchronous with data between electronic installation, it is applicable an object wearing device, and the electronic installation for being connected and being communicated using a handshaking with the object wearing device with the object wearing device via a wireless network by one is implemented, it is characterised in that：The object wearing device method synchronous with data between electronic installation is comprised the steps of：
(A) friendship of each very first time unit transmission one in the time interval that previous division had at least one period fixed comprising a default node delay number N holds request to the object wearing device, wherein the very first time unit is less than the period, and the default node delay number N indicates that the object wearing device is not required to reply the number of times that request is held in received friendship after request is held in the last friendship for responding the electronic installation；
(B) basis continuously receives multiple reply messages from the object wearing device in each period of the previous time interval, obtain corresponding first weighted value, wherein the grade reply message be respectively in response in the period of the previous time interval from the electronic installation it is multiple it is corresponding friendship hold request, and it is to be received in multiple second chronomeres gone out defined in the period of the previous time interval by the electronic installation, second chronomere is the very first time unit (N+1) times in time span, and each reply message includes one first message part and one second message part one of which；And
(C) according at least to corresponding first weighted value of each period in the previous time interval, the very first time unit in answering the period at a pair of a current time interval is adjusted, and this presets at least one of node delay number N.
2. according to the method synchronous with data between electronic installation of the object wearing device described in claim 1, it is characterised in that：Between step (B) and step (C), also include a step (D), in each period of the previous time interval, according to the execution number of times of an application program for being relevant to the object wearing device, obtain corresponding second weighted value, wherein, in step (C), the electronic installation adjusts the very first time unit in the correspondence period of the current time interval not only according to corresponding first weighted value, always according to corresponding second weighted value, and this presets at least one of node delay number N.
3. according to the method synchronous with data between electronic installation of the object wearing device described in claim 1, it is characterised in that：In step (B), the first message part includes the response data for being relevant to a response, and the second message part is comprising the response data and is relevant to a wearing and has the user of the object wearing device and as user's data produced by the object wearing device, first weighted value is relevant to the data quantity that the grade that the electronic installation receives in each period of the previous time interval replys message.
4. according to the method synchronous with data between electronic installation of the object wearing device described in claim 1, it is characterised in that：In step (B), the first message part includes the response data for being relevant to a response, and the second message part includes the response data, and indicate a paces number of the user for having the object wearing device corresponding to wearing movement and as user's data produced by the object wearing device, when the reply message that the electronic installation is received includes the first message part, the electronic installation is judged to the paces number that should reply message as 0, and when the reply message received includes the second message part, then judge to the paces number that should reply message as the paces number indicated by user's data, first weighted value is relevant to the electronic installation corresponding total paces number in each period of the previous time interval.
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| CN101303643A (en) * | 2008-06-06 | 2008-11-12 | 清华大学 | Arithmetic logic unit using asynchronous circuit to implement |
| US20120246276A1 (en) * | 2011-03-22 | 2012-09-27 | Hitachi, Ltd. | Data synchronization server, system, and data transfer bandwidth control method |
| CN104486243A (en) * | 2014-11-27 | 2015-04-01 | 网易（杭州）网络有限公司 | Data transmission method, equipment and system |
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| US6169761B1 (en) * | 1998-04-01 | 2001-01-02 | Wavespan Corporation | Method and transceiver using an improved protocol for a frequency hop communication system |
| CN101303643A (en) * | 2008-06-06 | 2008-11-12 | 清华大学 | Arithmetic logic unit using asynchronous circuit to implement |
| US20120246276A1 (en) * | 2011-03-22 | 2012-09-27 | Hitachi, Ltd. | Data synchronization server, system, and data transfer bandwidth control method |
| CN104486243A (en) * | 2014-11-27 | 2015-04-01 | 网易（杭州）网络有限公司 | Data transmission method, equipment and system |
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