KR101483447B1 - Information processing system and method for processing information - Google Patents

Abstract

The present invention provides an information processing system capable of storing information and being provided at the moment when the stored information is to be used. To this end, the present invention comprises: acquiring and acquiring information received from a user's viewpoint through a camera; Transmitting the obtained information to the intelligent intelligence device; The intelligent device includes: information obtained by a self-contained camera; and transmitting the transmitted information to a main server; Processing the main server using the received information; Retransmitting the activated information to the intelligent intelligent device; And outputting the activated information through the intelligent device at a predetermined timing.

Description

TECHNICAL FIELD [0001] The present invention relates to an information processing system and an information processing method,

The present invention relates to an information processing system, and more particularly, to an information processing system that helps to memorize information that can be overlooked in everyday life.

We can not remember everything and live. In modern society, the amount of things we have to remember is so large that we have exceeded the amount of information we can easily remember. Because there was not enough information to live in past life, it was easy to always remember necessary information, but in recent years, too much information was needed for one person to remember.

Previously, one person could easily have the memory needed to live a day, anytime and anywhere. However, as science and technology develop, society diversifies and specializes in the modern world, there is too much information to remember for the minimum necessary activities. However, when there is so much information to remember, there are many cases where it is not possible to remember necessary memories when necessary.

The present invention provides an information processing system capable of storing information and being provided at the moment when the stored information is to be used.

According to the present invention, there is provided an information processing method comprising: acquiring and acquiring information received from a user through a camera; Transmitting the obtained information to the intelligent intelligence device; The intelligent device includes: information obtained by a self-contained camera; and transmitting the transmitted information to a main server; Processing the main server using the received information; Retransmitting the activated information to the intelligent intelligent device; And outputting the activated information through the intelligent device at a predetermined timing.

The information obtained through the camera includes spatial information on which objects photographed by the camera are arranged and object information on objects.

In addition, the information processed by the main server includes physical property information of the space in which the object is placed and an attribute value of the object.

The main server may further reduce the information to a capacity smaller than the amount of information provided while processing the information.

In addition, the information obtained through the camera includes a behavior pattern of a user at a predetermined time.

Further, the information transmission between the camera and the intelligent device is performed using a local area network communication network technology.

And outputting the activated information in response to the user's voice using the voice recognition function when outputting the activated information through the intelligent device at a predetermined timing.

In addition, the information obtained by the self-contained camera in the intelligent intelligent device and the technique for processing the transmitted information are object recognition technology, GPS information technology, and digital gyro technology.

The present invention also relates to a camera for receiving and transmitting visible information according to a moving situation; A smart intelligence device for receiving, processing, and delivering information provided by the camera and information displayed according to the moving state provided through the self-equipped camera; And a main server for processing information transmitted by the intelligent device by a predetermined processor and providing the intelligent device with the intelligent device, wherein the camera is adapted to receive processed information corresponding thereto in substantially the same situation as the received information And outputs the information from the intelligent device.

Also, the intelligent device recognizes the height and the direction of the user's eyes through two cameras on the front side, and has two cameras on the rear side to receive information about objects seen in the moving situation.

The information obtained through the camera includes spatial information on which objects photographed by the camera are arranged and object information on objects.

In addition, the information processed by the main server includes physical property information of the space in which the object is placed and an attribute value of the object.

The main server may further reduce the information to a capacity smaller than the amount of information provided while processing the information.

In addition, the information obtained through the camera includes a behavior pattern of a user at a predetermined time.

Further, the information transmission between the camera and the intelligent device is performed using a local area network communication network technology.

In addition, when outputting from the intelligent device, a voice recognition function is used to output in response to the user's voice.

In addition, the information acquired by the intelligent device itself and the information transmitted from the camera include object recognition technology, GPS information technology, and digital gyro technology.

The information processing system according to the present invention can provide necessary information at a necessary time in correspondence with a behavior pattern of a user and thus can effectively eliminate wasteful elements caused by limitations of memory generated in daily life.

1 is a block diagram showing an information processing system according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, in order to facilitate a person skilled in the art to easily carry out the technical idea of the present invention.

The information processing system according to the present invention includes an earpiece camera, an intelligent intelligent device, and a main server computer, wherein the intelligent intelligent device and the main server computer are connected in a network to exchange data.

The information processing system of the present invention includes the steps of acquiring image information of a space and image information of an object through an earpiece camera, transmitting the image information to the intelligent device through a local area network, transmitting information transmitted to the intelligent device to the main server The main server extracts the spatial information and the object information from the received information, and the extracted information is reduced to a small capacity and retransmitted to the intelligent device. The extracted information includes physical property information of the space and property values of the object.

As described above, the information processing system provided by the present invention can be applied to small information that can be ignored in everyday life through a small camera adopting a function of a proximity network communication network and a network system connecting a high intelligence device (intermediate device) It is characterized by being able to help memory of.

The information processing system according to the present embodiment can accumulate memories as meaningful data through the image information input through the camera provided therein, thereby easily expanding the expansion of the memory. At this time, since the camera included in the information processing system according to the present embodiment can acquire more information than the human's time, it can play a role of extending the time.

It is desirable that the earpiece camera be of a small camera size that does not feel uncomfortable when worn, and should be implemented in a size that can be worn comfortably as an earphone. In addition, the earpiece camera should be capable of communicating information with highly intelligent devices with local network capabilities. Intelligent devices include handheld devices such as smartphones or smart pads and include all devices capable of acquiring and processing GPS (Global Positioning System) information, GIS (Geographical Information System) information, and digital gyro information .

The intelligent device has two cameras on the front and two on the back. In order to realize the 3D stereoscopic image, the images to be respectively transmitted to the two sides are photographed at different angles, in order to facilitate the integration of the image and the visual image on the screen. Two cameras on the front perceive the distance between the human eye and the high intelligence device, and the two cameras on the back are to perceive the distance between the high intelligence device and the object.

The intelligent device communicates data with the earpiece camera over a local area network. The intelligent device sends data to and from the earpiece camera to the main server, and the main server receives the processed data again. The main server can be implemented as any type of information processing device capable of information processing.

1, an information processing system according to an embodiment of the present invention includes an earpiece camera 10 having a Bluetooth function 21, an intelligent device 20 having a microphone 22, and a main server 30 ).

The technology to be used by the information processing system according to the embodiment of the present invention may be a local area network communication network technology, a voice recognition function, an object recognition technology, a GPS information technology (for location value extraction and spatial value measurement by inputting a phase value) And gyro technology (direction value extraction).

Network communication network technology is for data transfer between the earpiece camera 10 and the intelligent intelligence device 20 and for data transfer between the intelligent intelligence device 20 and the main server 30. [ Speech recognition, object recognition technology, GPS information technology and digital gyro technology are various technologies required to accurately store the information that users see while moving to information processing systems.

Next, the operation of the information processing system according to the present embodiment will be described. First, when the user wears the earpiece camera 10 at the height of the eye, the information received by the user while moving is provided to the intelligent device. At this time, brief additional information on the received information can be inputted through the voice recognition function of the intelligent device. That is, the earpiece camera 10 transmits image information of an object that can be seen from the user's viewpoint to the intelligent intelligent device using a local area network. As described above, the earpiece camera 10 and the intelligent device 20 exchange information through a local area network, and can use, for example, a Bluetooth function. The intelligent device 20 transmits information received from the earpiece camera 10 to the main server 30 via the network.

The main server 30 uses the information received from the intelligent device 20 to extract spatial physical property information and object property information for the object information. The main server 30 reduces the space information and the attribute information of the object to a small capacity and sends the reduced information to the intelligent device 20 again. The intelligent device 20 recognizes the position of the object at a relative position with respect to its own position using the information provided from the main server 30, and projects it into the GIS space to integrate the GIS space and the real space. Then, when the user requests some information through the voice recognition function of the intelligent device 20, the information is immediately provided from the stored information.

As described above, the information processing system according to the present embodiment has a function of storing the position of an object. The height and the direction of the user's gaze are grasped through two cameras on the front surface of the intelligent device 20. The intelligent device 20 has two cameras on the front and two cameras on the back for accurate latitude. The intelligent intelligence device 20 grasps the position and direction of the user's eyes through the GPS information and the GIS information and the digital gyro.

The two cameras provided on the front side of the intelligent intelligence device 20 read the position of the user's pupil and unite the positions of the eyes in the pupil, the screen, and the real world, thereby viewing objects like a transparent monitor .

When the user requests certain information, the corresponding information is provided. The arrow indicates direction on the screen through the actual GIS information, and provides information on the location where the object exists. In addition, it can automatically inform the user when it is adjacent to the space through the object recognition technology, and if the user wants information about the object, the information about the usage of the object and other information can be enhanced through the network.

Next, an example of a real life application to which the information processing system according to the present embodiment described above can be applied will be described.

The information processing system according to the present embodiment can function to help memorize information that is easy to forget in everyday life. For example, it stores information about a schedule for taking a medicine, a schedule for people to meet, a list of people to know, and provides the user with information when needed.

First, the earpiece camera 10 obtains visual information about an object that the user has to memorize through letters, bar codes, shapes, and the like written on the object.

The earpiece camera 10 then transmits its visual information to the intelligent device 20. The intelligent device 20 sends the information to the main server 30 and the main server 30 grasps the attributes of the object using the received information and transmits the information to the intelligent device 20.

The user exchanges the identified information with the intelligent device 20 using voice recognition technology and confirms it. The intelligent intelligence device 20 provides information that can be helpful to the user. The information provided at this time can be greatly assisted when the user can not remember.

Further, the intelligent intelligent device 20 grasps a behavior pattern of the user such as the time zone or the space information of the user through the earpiece camera 10. The intelligent device 20 can automatically provide information to the user in a situation where the user does not perform a certain action in the time zone in which the user's behavior is already known or experiences difficulties in memory. If the object is an object, the location of the object is also stored in advance by the intelligent device 20 and can be automatically provided to the user.

Specifically, when the information processing system according to this embodiment is applied to finding objects, first, the height and direction of the user's gaze are grasped using the position value and the vector value of the pupil. The scene the user is viewing on the intelligent device 20 is represented as a transparent monitor. Through the actual GIS information, arrows on the screen indicate the direction and provide the position of the object. At this time, usage information and other information for the information processing system may be increased and displayed on the screen of the intelligent device 20.

When the information processing system according to the present embodiment is applied to catch up, the object recognition program is used to determine how many drugs are consumed at what time. If you do not take your medicine at the time you have been informed, you will be notified if it has been more than 10 minutes. In addition, the location of the medicament may be represented by the intelligent device 20 and may provide information about medicines that a general person may not understand.

It is actually impossible to remember all the enormous information that occurs in everyday life that users do every day. Therefore, if you do not remember, you may have to do the same thing over and over again, or you may fall into embarrassment because you do not have the information you need at the moment you need it.

As described above, the information processing system according to the present embodiment can previously store and process the input information corresponding to the behavior pattern of the user and the moving line of the user, and can provide the information at the required moment. Therefore, It is possible to efficiently eliminate the wasteful elements caused by the limit of the generated memory.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limiting the scope of the present invention. I will understand. Therefore, the scope of the present invention should not be limited to the above-described embodiments, but should be determined by equivalents to the appended claims, as well as the appended claims.

Claims (17)

Acquiring first information corresponding to a time of a user through an earpiece camera;
Transmitting the first information to the elevation intelligent device;
The intelligent device including: a first information acquisition unit for acquiring second information acquired by a self-contained camera;
An information processing step of recognizing a generation pattern of the first information based on the second information;
Transmitting the generation pattern of the first information to the intelligent intelligent device; And
Outputting the first information and the information associated with the first information through the intelligent device based on the generation pattern of the first information,
The intelligent device includes two cameras provided on the front portion, two cameras provided on the rear portion, a GPS device, a GIS device, and a digital gyro,
Wherein the first information includes spatial information on the object and object information on the object,
Information transmission between the earpiece camera and the intelligent device utilizes a local area network technology,
Wherein the outputting step uses a voice recognition function and is output corresponding to the user voice,
Wherein the information obtained by the self-contained camera in the intelligent intelligence device and the technology for processing the transmitted information include object recognition technology, GPS information technology, and digital gyro technology.
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