CN102193498B - Method for setting intelligent electronic alarm clock based on applied statistical method and embedded computing - Google Patents
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Abstract
The invention discloses a method for setting an intelligent electronic alarm clock based on an applied statistical method and embedded computing. The method comprises the following steps: carrying out data statistic analysis on the basic information of users (possibly comprise the personal information of users, and the weather condition and traffic situation information and the like required by the alarm clock) by the alarm clock so as to obtain an optimal ringing time, and setting three ringing modes, so that the alarm clock is more humanized and intelligentized, thereby solving a plurality of actual problems existing in common electronic alarm clocks; then, optimizing the obtained results, thereby obtaining the work-rest habits of the users, and then optimizing the function of the alarm clock, so that the alarm clock is more humanized and intelligentized.
Description
Technical field
The present invention is a kind of smart electronics alarm clock design proposal based on applied statistical method and embedded calculating, and its target is to make the use of alarm clock more convenient and intelligent, to improving time utilization efficient very important meaning is arranged.This project belongs to the crossing domain of embedded calculating and applied statistics technology.
Background technology
Time is very valuable resource, and this problem of time how we everyone arrange oneself properly has been descended many time, and alarm clock is one of requisite instrument administrative time for everyone.Remind its early morning us to go to school, reminding when cooking us the stewed of food soup boiled the time.But often because the function of alarm clock is intelligent not, make us often ignore the prompting of alarm clock, the effect that causes alarm clock to lose originally having.Find mainly to exist following problem through investigation:
(1) present alarm clock is for the more inflexible underaction of control ratio of quarter-bell time length.Many times when the user not being waken, just stopped the work of quarter-bell, also or the user forget the pass alarm clock, make alarm clock continue jingle bell waste electric energy, more can cause sound to pollute.
(2) alarm clock does not have the Model Design of hommization, such as the user very important schedule is arranged next day, and user's this two kinds of different situations of having a holiday next day, the indicating mode of alarm clock may be identical, and this obviously is inadequate hommization.
(3) alarm clock does not have memory function, and the user can not inquire about jingle bell record in the past, can not understand oneself custom of getting up in the past, and improves the work and rest of oneself by existing record.
(4) present alarm clock only possesses the function of waking, and does not have timely counter-measure for general sudden situation, and such as when raining heavily road congestion early morning, alarm clock can not in time be made signal to the user, and reminding user is carried out corresponding preventive measure.
(5) alarm clock does not possess the ability of access network, can not be in some or user interested information relevant with the user of network search, and such as the Custom Culture relevant with red-letter day, for the safeguard procedures of Changes in weather etc.
(6) alarm clock does not have the function sensors such as built-in humiture, and the relevant information such as some humitures in room can not be provided to the user, can not be for the variation of the temperature humidity in room to some useful suggestions such as users.Therefore, overcome the above problems for utilizing alarm clock to come sharp efficient of raising time to have very general and important meaning.
Embedded computing system is " device of control, supervision or servicing unit, machine and equipment operation ", application-centered, take computer technology as the basis, and but software and hardware is cutting, is applicable to function, reliability, cost, volume, power consumption etc. are had the dedicated computer system of strict demand.Generally speaking, the framework of embedded computing system can be divided into four parts: processor, storer, input and output (I/O) and software.The most typical characteristics of embedded computing system and daily life are closely related.
Statistics Application refers to statistical general theory and method in the application of the every field such as society, nature, economy and engineering and the concrete grammar problem that runs in application, it is that the cross discipline that forms between statistics and the Other subjects also is the source of theoretical statistics development.Statistics Application mainly by utilizing theory of probability to set up mathematical model, is collected the data of observed system, the analysis that quantizes, summary, and infer and predict that for relevant decision-making provides foundation and reference, it is widely used in each subject.
Summary of the invention
Technical matters: the purpose of this invention is to provide a kind of smart electronics alarm clock establishing method based on applied statistical method and embedded calculating, with some practical problemss that solve the existence of ordinary electronic alarm clock, by this programme various user basic information (may comprise user's personal information, all weather conditions, recently traffic conditions information etc.) are done a data statistics analyzing and processing, then the result who obtains is optimized, thereby obtain user's work and rest custom, and then the optimization time clock feature, make alarm clock more hommization and intellectuality.
Technical scheme: this method is based on embedded computing system, and the mode by user's input, internet hunt, timer timing gathers user profile and general information, by the technology of applied statistics information processed and optimized.
Smart electronics alarm clock establishing method based on applied statistical method and embedded calculating of the present invention is specially:
Step 1: the user will finish the initialization to the smart electronics alarm clock before use, and initialization comprises that the user inputs personal information, alarm clock access network and alarm clock and generates random number (it is selected test day that alarm clock generates random number).The user need input the Sex, Age of oneself, and with the alarm clock access network.After alarm clock rigidly connected networking, alarm clock began to search for necessary general information such as weather condition, traffic conditions information etc.
Step 2: if alarm clock is finished initialization, then the user sets up the jingle bell time on their own, and the alarm mode that selection will be used, and interconnection network find required traffic path (traffic path can be continued to use existing, also can revise voluntarily).
Step 3: the data processing module of alarm clock is selected to analyze for user model, if normal mode adopts step 4, if emergency mode adopts step 5, if holiday pattern, adopt step 6.
Step 4: alarm clock begins to carry out web search work constantly at the alarm clock web search, upgrades general information.If alarm clock searches emergency situations, then begin immediately jingle bell, if without emergency situations, then will constantly begin jingle bell at jingle bell, and be continued until that the user closes clock.If the user does not close jingle bell, then alarm clock will continue jingle bell, and the duration that continues jingle bell is the top limit duration.After quarter-bell is closed, disconnect network connection, adopt step 7.
Step 5: alarm clock begins to carry out web search work constantly at the alarm clock web search, upgrades general information.After having upgraded information, alarm clock just begins jingle bell, until the user closes clock.If the user does not close jingle bell, then alarm clock will continue jingle bell, and the duration that continues jingle bell is the top limit duration.After quarter-bell is closed, disconnect network connection, adopt step 7.
Step 6: the network function of alarm clock only carries out the search of weather, traffic, can not process emergency situations, and alarm clock is the jingle bell time to begin jingle bell in expectation, and the duration is minimum jingle bell duration.After quarter-bell is closed, disconnect network connection, adopt step 7.
Step 7: sensor detects humiture etc., and alarm clock upgrades displaying information on screen, comprises current time, traffic information, trip suggestion, weather conditions, user preference.In user preference, the user can select to check the data in the storer, and such as the record of jingle bell duration, the quarter-bell song that oneself is selected can according to the content of inquiry, be adjusted the work and rest of oneself.
Step 8: when the user presses alarm clock, if be test day the same day, then record user's jingle bell duration on the same day, the updated stored device.Begin to carry out the calculating of new round top limit duration and minimum jingle bell duration.In test day, if the user does not press alarm clock, alarm clock autoshutdown quarter-bell after 3 hours then.
Beneficial effect: the present invention proposes a kind of design proposal of the smart electronics alarm clock based on embedded system and applied statistics, and than existing alarm clock, this scheme has following advantage:
(1) at present domestic also do not have alarm clock to link to each other with the internet, and to solve the technical scheme of emergency situations, this programme has remedied this blank, helps more efficient service time of user, and cost saves time.
(2) jingle bell time of calculating based on embedded system and applied statistical method of this programme, can prevent again the situation that the user forgets that pass alarm clock and lasting jingle bell waste electric energy pollute to such an extent as to existing high probability is waken the user, be a kind of method of low-carbon energy-saving.
(3) it is available that alarm clock has the alarm mode of hommization, for the user of different demands consideration arranged, so that alarm clock is more convenient and intelligent.
Description of drawings
Fig. 1 is operational module and the hardware configuration of smart electronics alarm clock inside;
Fig. 2 is the workflow that the smart electronics alarm clock uses;
Fig. 3 is smart electronics alarm clock displaying information on screen.
Embodiment
As shown in Figure 1, smart electronics alarm clock internal work flow process is divided into data to be processed, storage and these three modules of data collection, and its hardware configuration mainly contains these six parts of processor, storer, touch-screen, Temperature Humidity Sensor, time set and wireless network card.
Data collection is mainly finished by this five parts of sensing such as user's input, user selection, time set, web search, humitures.User's input refers to that user oneself is by the touch-screen of alarm clock, to alarm clock input personal information (comprising that age of user, user's sex, user's trip information are the customized informations such as trip mode and traffic path), generally when the smart electronics alarm clock is initialized, finish.User selection refers to the user according to the demand of oneself, by touch-screen, selects own needed alarm mode.Time set is used for the jingle bell duration of recording user, and only alarm clock just uses time set to carry out timing in test day (namely be used for specially test subscriber work and rest date of custom).The built-in wireless network card of alarm clock makes it to have the ability of access network, realizes web search.When every day, alarm clock began to start, as long as in the family radio local network environment is arranged, all can carry out web search, collect up-to-date general information, such as the required weather condition of alarm clock, traffic conditions information.Temperature Humidity Sensor is for detection of the humiture information in room, user place.
Storer is mainly used in the personal information of recording user, user's jingle bell duration, user's model selection and user's expectation jingle bell time.Can according to user preferences, deposit corresponding song as quarter-bell.Also can the pending important matters of recording user be used for reminding user.
The embedded calculating of alarm clock application is finished data and is processed.Data are processed topmost function and are comprised calculating top limit duration and control jingle bell time.
The top limit duration time span that to be data processing module calculate according to the user's who records in the storer jingle bell duration and personal information, circular is as follows: we are made as y to existing n in the storer record
1, y
2..., y
n,
The average that represents this n jingle bell duration, we can obtain one fiducial interval about the jingle bell duration
Wherein
t
1-α/2(n-1) the expression degree of freedom is that the t distribution degree of confidence of n-1 is the upper bound of the fiducial interval of 1-α/2, and 1-α is the confidence level of this fiducial interval, and we get α=0.01 at least is that confidence level is 99% guarantee reliability.Getting top limit length is
The alarm clock data processing module is according to the alarm mode of user selection, and web search to traffic information, jingle bell that Weather information decides alarm clock constantly and the jingle bell duration.
Concrete statistics strategy can be described below: at first allow alarm clock select three days as test day in a week.Alarm clock generates three random number N between 1 to 7
1, N
2, N
3(if having identical in twos situation then to reselect random number), then selected week N
1, N
2, N
3These three days as test day, for example random number value 1,2,3 each and as test day.In test day alarm clock jingle bell constantly after, the time of jingle bell is not to continue the top limit duration, namely (human sleep cycle was about 90 minutes in 3 hours but continue two sleep cycles, people's natural sleep in without any the situation of other external interference, on average can wake up after the time at 90 minutes multiple), if user's turn off the alarm jingle bell in jingle bell 3 hours, alarm clock is recorded in user's jingle bell duration in the storer; If alarm clock continues jingle bell 3 hours, the user does not have turn off the alarm, and then alarm clock autoshutdown jingle bell does not record the jingle bell duration.
The below provides the several important definition that the present invention is correlated with:
The expectation jingle bell time: between the WA of user oneself expectation.
The jingle bell moment: alarm clock begins the moment of jingle bell.
Jingle bell duration: begin jingle bell to time that user's turn off the alarm jingle bell spends from alarm clock.This time will be recorded in the storer of alarm clock, and every three months upgrades once (because elongated along with service time, user's sleep habit may change, and the memory resource of alarm clock is limited, so change data take a season as unit).
The top limit duration: alarm clock is according to the record of the jingle bell duration of user in the storer and the time span that personal information calculates.The arbitrary jingle bell duration of user has 99% probability to be less than or equal to the top limit duration.
Minimum jingle bell duration: the shortest jingle bell duration in the alarm clock storer.
Search time: alarm clock is calculated and is searched relevant information to the time that provides processing scheme according to self performance, network delay and the network bandwidth.
Storer: for the record of the jingle bell duration that stores the user and user's personal information.General acquiescence is only stored 3 months quantity of information, prevents that the outdated information impact is to the estimation of the present sleep habit of user.
The alarm clock web search is constantly: alarm clock begins to carry out web search, the moment that communicates with the webserver.
Personal information: comprise that age of user, user's sex, user's trip information are the customized informations such as trip mode and traffic path.
User's trip information: mainly comprise trip mode (as take advantage of public transport, by the subway, wait by bike) and traffic path.The user needs only to trip mode and the departure place of oneself and the destination of alarm clock input oneself, and alarm clock will search out the respective routes common user and select in the electronic chart that carries.
General information: weather condition, traffic conditions information that alarm clock is required, the collection of these information is that alarm clock is finished through web search.
Emergency situations: mainly refer to following severally, may also comprise other:
(1) weather condition is bad, and strong wind and heavy rain for example is for the influential situation of user's trip.
(2) traffic is bad, such as traffic hazard, serious traffic jam, overstaffed etc. such as public transport occur at route of user, for the influential situation of user's trip.
(3) network condition is bad, to such an extent as to for example the alarm clock network connection does not go up, network speed is not all finished up-to-date information updating at normal mode too slowly in the stand-by period.
Alarm mode: for quarter-bell time length, and the control of quarter-bell zero-time can be divided into following three kinds according to alarm clock.
Normal mode: the user can independently select this pattern (being generally the default mode of alarm clock).
The calculating constantly of the alarm clock web search of normal mode: the alarm clock web search constantly=meta-top limit duration-search time during the expectation jingle bell.
The jingle bell of normal mode calculating constantly: meta-(1/2) top limit duration during the alarm clock jingle bell moment=expectation jingle bell.
Emergency mode: the user can independently select this pattern.This pattern is in a hurry for second day specially, and the user that must get up on time prepares.
The alarm clock web search of the alarm clock web search moment=normal mode of emergency mode constantly
The jingle bell of emergency mode calculating constantly: meta-search time during the alarm clock jingle bell moment=expectation jingle bell.
Holiday pattern: the user can independently select this pattern.Under this pattern, the network function of alarm clock only carries out the search of weather, traffic, can not process emergency situations, and sensor detects humiture etc., and alarm clock is to begin jingle bell in the expectation jingle bell time, and the duration is minimum jingle bell duration.
User preference: each alarm clock jingle bell touches one of information of screen display after cutting out, and mainly contains maximum jingle bell duration, minimum jingle bell duration, and the alarm mode of user selection, and these several parts of storer jingle bell duration query option form.If the user clicks storer jingle bell duration query option, the jingle bell duration of storing in can consults memory.
The below uses alarm clock to get up as example with a teacher, specifically sets forth the use procedure of this alarm clock.User A sex man, the professional teacher, 8 workings in morning, the smart electronics alarm clock used for 8 weeks, have 24 days alarm clock record to be stored in the alarm clock and record the route record that the user goes to work, and there is radio local network environment in hypothesis.
Step 1: user A inputs personal information (sex man, professional teacher, 8 workings in morning) and the alarm clock access network is finished the initialization of alarm clock.After alarm clock rigidly connected networking, alarm clock began to search for necessary general information such as weather condition, traffic conditions information etc.The random number that alarm clock generates is Isosorbide-5-Nitrae, 5, and then Monday, Thursday and Friday are test day.
Step 2: user A has set point in mornings 7 jingle bell time, selects this alarm mode of normal mode.Alarm clock interconnection network, user A find required traffic path (traffic path can be continued to use existing, also can revise voluntarily).
Step 3: the data processing module of alarm clock is selected to analyze for user model, if normal mode adopts step 4, if emergency mode adopts step 5, if holiday pattern, adopt step 6.
Step 4: alarm clock was in the state of network connection always before jingle bell time 6:50, had or not emergency situations to occur with detection.When 6:30, alarm clock receives that the number that causes road congestion, subway because of heavy rain also in the emergency situations that increases, trip is difficult, begins jingle bell immediately.If the user does not close jingle bell, then alarm clock will continue jingle bell, and the duration that continues jingle bell is the top limit duration.After quarter-bell is closed, disconnect network connection, adopt step 7.
Step 5: alarm clock begins to carry out web search work at alarm clock web search moment 6:00, upgrades general information.After having upgraded information, alarm clock just begins jingle bell, until user A closes clock.If user A does not close jingle bell, then alarm clock will continue jingle bell, and the duration that continues jingle bell is the top limit duration.After quarter-bell is closed, disconnect network connection, adopt step 7.
Step 6: the network function of alarm clock only carries out the search of weather, traffic, can not process emergency situations, and alarm clock is to begin jingle bell at expectation jingle bell time 7:00, and the duration is minimum jingle bell duration.After quarter-bell is closed, disconnect network connection, adopt step 7.
Step 7: sensor detects humiture etc., and alarm clock upgrades displaying information on screen, comprises current time, traffic information, trip suggestion, weather conditions, user preference.In user preference, the user can select to check the data in the storer, and such as the record of jingle bell duration, the quarter-bell song that oneself is selected can according to the content of inquiry, be adjusted the work and rest of oneself.
Step 8: user A wakes up in 7:22, closes quarter-bell.Be Thursday today, is test day, and alarm clock is recorded the jingle bell duration, deposits storer in, begins to calculate up-to-date user's top limit duration and minimum jingle bell duration, and disconnect network connection.User A sees the information of user preference at screen, finds oneself to get up recently institute's time spent all about 40 minutes, and in order not go to work late, user A feels oneself should be expecting the jingle bell time advance.
Claims (1)
1. smart electronics alarm clock establishing method based on applied statistical method and embedded calculating is characterized in that adopting embedded calculating and applied statistical method to set:
Step 1: the user will finish the initialization to the smart electronics alarm clock before use, initialization comprises that the user inputs personal information, alarm clock access network and alarm clock and generates random number (it is selected test day that alarm clock generates random number), the user need input the Sex, Age of oneself, and with the alarm clock access network, after alarm clock rigidly connected networking, alarm clock began to search for necessary general information such as weather condition, traffic conditions information etc.;
Step 2: if alarm clock is finished initialization, then the user sets up the jingle bell time on their own, and the alarm mode that selection will be used, and interconnection network find required traffic path, and traffic path can be continued to use existing, or revises voluntarily;
Step 3: the data processing module of alarm clock is selected to analyze for user model, if normal mode adopts step 4; If emergency mode adopts step 5; If holiday pattern, adopt step 6;
Step 4: alarm clock begins to carry out web search work constantly at the alarm clock web search of normal mode, upgrades general information, if alarm clock searches emergency situations, then begin immediately jingle bell, if without emergency situations, then will constantly begin jingle bell at jingle bell, and be continued until that the user closes clock; If the user does not close jingle bell, then alarm clock will continue jingle bell, and the duration that continues jingle bell is the top limit duration; After quarter-bell is closed, disconnect network connection, adopt step 7; The calculating constantly of the alarm clock web search of described normal mode: the alarm clock web search constantly=meta-top limit duration-search time during the expectation jingle bell;
Step 5: alarm clock begins to carry out web search work constantly at the alarm clock web search of emergency mode, upgrades general information, upgraded information after, alarm clock just begins jingle bell, until the user closes clock; If the user does not close jingle bell, then alarm clock will continue jingle bell, and the duration that continues jingle bell is the top limit duration, after quarter-bell is closed, disconnect network connection, adopt step 7; The alarm clock web search of the alarm clock web search moment=normal mode of described emergency mode constantly;
Step 6: the network function of alarm clock only carries out the search of weather, traffic, can not process emergency situations, and alarm clock is the jingle bell time to begin jingle bell in expectation, and the duration is minimum jingle bell duration; After quarter-bell is closed, disconnect network connection, adopt step 7;
Step 7: sensor detects humiture, and alarm clock upgrades displaying information on screen, comprises current time, traffic information, trip suggestion, weather conditions, user preference; In user preference, user selection is checked the record of the jingle bell duration in the storer, the data of quarter-bell song that oneself is selected, according to the content of inquiry, adjusts the work and rest of oneself;
Step 8: when the user presses alarm clock, if be test day the same day, then record user's jingle bell duration on the same day, the updated stored device begins to carry out the calculating of new round top limit duration and minimum jingle bell duration; In test day, if the user does not press alarm clock, alarm clock autoshutdown quarter-bell after 3 hours then.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103297612B (en) * | 2013-04-23 | 2015-04-15 | 惠州Tcl移动通信有限公司 | Alarm reminding method of mobile terminal and mobile terminal |
| CN103519784B (en) * | 2013-09-26 | 2015-11-25 | 天津大学 | Based on the novel intelligent alarm clock of human body vital sign detection |
| CN103645629B (en) * | 2013-10-28 | 2016-05-04 | 三星电子（中国）研发中心 | A kind of alarm clock timing method |
| CN104517209A (en) * | 2014-12-18 | 2015-04-15 | 深圳市八零年代网络科技有限公司 | Alarm reminding method and system of work and rest time |
| CN105930160A (en) * | 2016-04-21 | 2016-09-07 | 北京小米移动软件有限公司 | Information display method and device |
| CN106131519A (en) * | 2016-06-15 | 2016-11-16 | 联想(北京)有限公司 | A kind of information processing method and electronic equipment |
| CN107332986A (en) * | 2017-06-21 | 2017-11-07 | 深圳传音控股有限公司 | Obtain method, device and the terminal of Weather information |
| CN107395861B (en) * | 2017-06-23 | 2020-04-03 | 珠海格力电器股份有限公司 | Alarm clock control method and device and electronic equipment |
| CN108009788A (en) * | 2017-10-23 | 2018-05-08 | 广东小天才科技有限公司 | Alarm clock starting method and device of mobile terminal, mobile terminal and storage medium |
| WO2019084755A1 (en) * | 2017-10-31 | 2019-05-09 | 深圳市云中飞网络科技有限公司 | Information processing method and apparatus, mobile terminal, and nonvolatile readable storage medium |
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| CN2906700Y (en) * | 2006-04-14 | 2007-05-30 | 朱纪成 | Alarm clock with thermometer and hygrometer |
| CN201203765Y (en) * | 2008-04-14 | 2009-03-04 | 周淑慧 | Intelligent alarm clock |
| CN201477393U (en) * | 2009-08-07 | 2010-05-19 | 楼鹏飞 | Intelligent alarm clock |
| CN201548817U (en) * | 2009-11-30 | 2010-08-11 | 马原 | Intelligent alarm clock |
| CN201749313U (en) * | 2010-06-13 | 2011-02-16 | 李梦茹 | Intelligent alarm clock |
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