Method for setting intelligent electronic alarm clock based on applied statistical method and embedded computing

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 alarmclock, so that the alarm clock is more humanized and intelligentized.

Description

Technical field [0001] The present invention is an intelligent electronic alarm clock design scheme based on applied statistical methods and embedded computing. Its goal is to make the use of the alarm clock more reliable, convenient and intelligent, and has very important significance for improving time utilization efficiency. This project belongs to the intersection of embedded computing and applied statistical technology. Background technique [0002] Time is a very precious resource. Each of us has put a lot of effort on the issue of how to arrange our own time. The alarm clock is one of the essential tools for everyone to manage time. It reminds us to go to work and school early in the morning, and reminds us of the cooking time of the soup when cooking. But often because the function of the alarm clock is not intelligent enough, we often ignore the reminder of the alarm clock, which causes the alarm clock to lose its original function. After investigation, it is found tha...

AI Technical Summary

Problems solved by technology

[0003] (1) The current alarm clock is relatively rigid and not flexible enough to control the length of the alarm clock

In many cases, the alarm clock has stopped working before the user is woken up, or the user forgets to turn off the alarm clock, causing the alarm clock to continue ringing to waste power and cause sound pollution

[0004] (2) The alarm clock does not have a humanized mode design. For example, the user has a very important schedule the next day, and the user is on vacation the next day. The reminder mode of the alarm clock may be the same, which is obviously not humane enough.

[0005] (3) The alarm clock does not have a storage function, and the user cannot query the past ringing records, nor can he understand his past waking habits, and improve his work and rest through the existing records

[0006] (4) The current alarm clock only has a wake-up function, and there is no timely response to general emergencies. For example, when it rains heavily in the morning and the road is blocked, the alarm clock cannot notify the user in time to remind the user to take appropriate precautions measure

[0007] (5) The alarm clock does not have the ability to access the network, and cannot search for some information related to or interested in the user on the network, such as customs and culture related to festivals, protective measures for weather changes, etc.

[0008] (6) The alarm clock does not have built-in temperature and humidity sensors, so it cannot provide users with information about the temperature and humidity of the room, and cannot provide users with some useful suggestions for changes in the temperature and humidity of the room.

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