CN111797133A - Information issuing system based on intelligent perception technology - Google Patents
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Abstract
The invention relates to the field of information technology processing, in particular to an information issuing system based on an intelligent perception technology. The touch all-in-one machine comprises a sensing module, a decision-making module and a publishing module; the sensing module, the decision module and the publishing module are connected through a WebSocket protocol; the sensing module is used for identifying personnel identity, location and scene equipment; the decision-making module is used for identity information retrieval, position and scene matching, personal attention data extraction and release data arrangement; the issuing module is used for personal identity information display, personal motto information reminding, personal event handling reminding and personal consultation information reminding. The invention has high intelligent degree, good regionality, timeliness and pertinence, and high hit rate of information.
Description
Technical Field
The invention relates to the field of information technology processing, in particular to an information issuing system based on an intelligent perception technology.
Background
Along with the development and large-scale popularization of the use of mobile internet and smart phones, the information obtaining mode and method of people are also greatly changed, and screen reading (screen reading for short) becomes a key link and element of daily life, work and entertainment of people. Information carriers such as electronic class cards, outdoor large screens and intelligent street lamps are used for campus information publishing, and the campus information publishing is one-time upgrading of a campus management mode.
Information distribution in a campus specific occasion is generally pushed through a display screen of a touch all-in-one machine on site and the like, and conventional touch all-in-one machine information distribution generally comprises two modes: one is a unidirectional broadcast push mode, and the other is a bidirectional interactive mode. In a one-way broadcasting mode, the contents played by devices such as a display screen and the like are generally managed and controlled by field management personnel respectively, when information playing requirements exist, corresponding devices need to be started manually, information is input for playing, information pushed out by the display screen is mostly in the form of lower rolling information and the like, the information is passively received and cannot be received at any time, the receiving is inconvenient, the information pertinence is poor, the hit rate is low, and the like information is dispersed; in the two-way interactive mode, the personnel in the school can continuously press keys for selection according to the screen prompt to carry out two-way interactive selection until the required information is searched, and the mode is not essentially different from the mode of inquiring the service information by utilizing a computer through the Internet. The information issuing system adopting the two broadcast push positions has the following defects:
(1) the conventional information distribution system cannot provide personalized services for students or teachers in different places and scenes, so that 'information is excessive and valuable information is difficult to seek';
(2) because the information release system is equipped with the manager for releasing information, the labor cost is increased;
(3) the automation degree is low, the information publishing efficiency is low, and the information publishing effect is influenced.
Therefore, there is a need in the art to develop an information distribution system based on an intelligent sensing technology, so that the required information can be pushed to individuals at a suitable place and time in a campus in a personalized manner, thereby improving the value of campus information distribution.
Disclosure of Invention
The invention aims to provide an information issuing system based on an intelligent sensing technology, which has high intelligent degree and good information issuing effect and saves the labor cost; the system can provide personalized service for students or teachers in different places and scenes; the method has good regionality, timeliness and pertinence, and the hit rate of the information is high.
The technical scheme adopted for solving the technical problem of the invention is as follows:
an information issuing system based on an intelligent sensing technology comprises a touch all-in-one machine, wherein the touch all-in-one machine comprises a sensing module, a decision module and an issuing module; the sensing module, the decision module and the publishing module are connected through a WebSocket protocol;
the sensing module is used for identifying personnel identity, location and scene equipment;
the decision-making module is used for identity information retrieval, position and scene matching, personal attention data extraction and release data arrangement;
the issuing module is used for personal identity information display, personal motto information reminding, personal event handling reminding and personal consultation information reminding.
The technical principle adopted for solving the technical problems of the invention is as follows:
the touch all-in-one machine is mostly arranged at doorways of places such as classrooms, libraries and dining halls, people in the schools temporarily stop in front of the camera when passing by the touch all-in-one machine, and the touch all-in-one machine system can perform face recognition, so that the people can recognize the people according to the identities, places and scenes, and the people can push information about matters to be dealt with and consultation interesting the people.
A sensing module, a decision-making module and a publishing module are arranged in the touch all-in-one machine, wherein the sensing module comprises a camera, a position identification module and a scene identification module and is used for identifying personnel identities, places and scene equipment; the decision module also comprises a data transceiver module and a database system, wherein the data transceiver module and the sensing module realize the transmission and reception of personnel information through a WebSocket protocol, the information of the database system comprises one or more of school and educational information, teaching information, asset management information, student status management information, campus card information, campus entrance guard information data, campus personnel time information and position information, the decision module carries out identity information retrieval, position and scene matching, personal attention data extraction and release data sorting, and packs the information retrieved by the database system into an XML file to be transmitted to the release module corresponding to the ID of the touch all-in-one machine equipment; the publishing module further comprises a data analysis processing module, the analysis processing module receives and analyzes the XML file sent by the decision system, and displays related information of personnel on a main screen of the touch all-in-one machine after analysis, wherein the related information of personnel comprises personal identity information display, personal motto information reminding, personal event handling reminding, personal attention consulting information reminding and the like.
The technical scheme adopted by the invention has the following beneficial effects:
(1) the intelligent information publishing system is adopted, so that the efficiency and the automation degree of information publishing and management are improved; the system does not need manual allocation, so that the labor cost is reduced;
(2) personal information reading operation habits and query hobbies are analyzed through big data, the required service is prevented from being entered step by step in a complicated manner every time, and the time of personnel in a school is saved; the system pushes the needed information to individuals in a proper place and time in a personalized manner, so that the value of campus information publishing is improved.
(3) The system can identify according to personnel identity, places and scenes, provides to-do matters and consultation information push interesting to the individual, and has good regionality, timeliness and pertinence and high hit rate of information.
Drawings
FIG. 1 is a schematic diagram of a system according to the present invention.
Fig. 2 is a schematic diagram of a simple structure of the system of the present invention.
FIG. 3 is a schematic diagram of the sensing module of the present invention.
FIG. 4 is a schematic diagram of a decision block of the present invention.
FIG. 5 is a schematic diagram of the publish module of the present invention.
In the figure, 1 perception module; 2. a decision-making module; 3. a publishing module; 4. a camera; 5. a location identification module; 6. a scene recognition module; 7. a data transceiver module; 8. a database system; 9. and a data analysis processing module.
Detailed Description
The invention is described below with reference to the accompanying drawings and specific embodiments.
An information issuing system based on an intelligent sensing technology comprises a touch all-in-one machine, wherein the touch all-in-one machine comprises a sensing module 1, a decision module 2 and an issuing module 3; the sensing module 1, the decision module 2 and the publishing module 3 are connected through a WebSocket protocol;
the sensing module 1 is used for identifying personnel identity, location and scene equipment;
the decision module 2 is used for identity information retrieval, position and scene matching, personal attention data extraction and release data arrangement;
the publishing module 3 is used for displaying personal identity information, reminding personal motto information, reminding personal event and reminding personal attention consulting information.
Further, the sensing module 1 further comprises a camera 4 embedded in the touch all-in-one machine, the camera 4 performs face detection, a face picture is extracted after people are monitored, identity recognition is performed by using a face recognition algorithm according to the extracted face picture, and recognized personnel identity information and the ID number of the touch all-in-one machine are sent to the decision module 2;
the face recognition algorithm adopts one or more of a subspace analysis method, a model variable parameter-based method, an image feature-based method and a template matching-based method; preferably, the face recognition algorithm adopts the combination of a subspace analysis method of local preserving projection and a method based on model variable parameters, so that the best matching effect between the recognition rate and the recognition efficiency can be achieved; because the corresponding relation between the touch all-in-one machine and the background is that a plurality of touch all-in-one machines correspond to one background, corresponding equipment of each touch all-in-one machine has the same and unique ID number so as to facilitate the operation and background management of the system.
Further, perception module 1 still includes position identification module 5, and position identification module 5 storage school personnel city and campus geographic information, including the place identification information of types such as classroom, dormitory, dining room, library, gymnasium, city, business circle, city leisure, city amusement, fix a position the all-in-one of touching when carrying out personnel's discernment to obtain discerned personnel's positional information.
Furthermore, the sensing module 1 further comprises a position scene recognition module 6, and the scene recognition module 6 performs integration analysis on the image data acquired by the camera 4 and the positioning information of the position recognition module 5 to determine the scene of the person at the current time; the image data comprises face data, picture exposure, pixels and the like; the scenes comprise scenes such as class attendance, class leaving, examination and the like.
Further, the principle of the perception module 1 is to perform association analysis on the location where the user is located and the frequently browsed content by using a frequent item set mining algorithm (Apriori algorithm), and the specific steps are as follows:
step S1, finding out all frequent item sets, wherein the occurrence frequency of the item sets is more than or equal to the minimum support degree count;
step S2, generating strong association rules from the frequent item set, wherein the rules must satisfy the minimum support degree and the minimum confidence;
the expression of the support and confidence of the rule is as follows:
minimum support: support (a = > B) = F (a utoub) = 2%; (1)
minimum confidence: configence (a = > B) = F (a | B) = 60%; (2)
wherein A is the mark of the place; b, marking the content as method content; the Support mark is the Support degree; the Confidence mark is a Confidence coefficient; the A ^ B is the probability that A and B occur simultaneously; a | B is the probability of B occurring simultaneously in the A event.
In an actual scenario, the association rule for the campus staff to browse the content at the same time at the site is as follows:
Address =>Show_ltem[Support=2%；Confidence=60%]
wherein, Address represents A, and the identification is a place; show _ ltem represents B, which is identified as method content;
by adopting the frequent item set mining algorithm, the accuracy and the efficiency of the system can be higher, and the campus life quality is further improved.
Further, the decision module 2 further comprises a data transceiver module 7 and a database system 8;
the data transceiver module 7 and the sensing module 1 realize the transmission and reception of personnel information through a WebSocket protocol; the information of the database system 8 comprises one or more of school educational administration information, teaching information, asset management information, student status management information, campus card information, campus entrance guard information data, campus personnel time information and position information;
the decision module 2 packages the information retrieved by the database system 8 into an XML file, and sends the XML file to the publishing module 3 corresponding to the ID of the touch integrated machine through the data transceiver module 7.
Further, the issuing module 3 further comprises a data analyzing and processing module 9, the data analyzing and processing module 9 receives and analyzes the XML file sent by the decision system, and displays the related information of the personnel on the main screen of the touch all-in-one machine after the analysis. The personnel related information comprises personal identity information display, personal motto information reminding, personal event handling reminding, personal attention consulting information reminding and the like.
Compared with the prior art, the technical scheme of the invention has the following progress: (1) personalized service, which is used for identifying according to personnel identity, location and scene and providing to-do matters and consultation information push which are interesting to the individual; (2) self-adaptive learning, personal information reading operation habits and query hobbies are analyzed through big data, the required service is prevented from being entered step by step in a complicated manner every time, and the time of personnel in a school is saved; the method has good regionality, timeliness and pertinence, and the hit rate of the information is high; (3) the system of the invention can push the needed information to individuals in a proper place and time in a personalized way, thereby realizing the value improvement of campus information release.
The above-mentioned embodiments are further described in detail for the purpose of illustrating the invention, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the invention and are not intended to limit the invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit of the invention should be included in the scope of the invention.
Claims (5)
1. An information issuing system based on an intelligent sensing technology comprises a touch all-in-one machine, and is characterized in that the touch all-in-one machine comprises a sensing module (1), a decision-making module (2) and an issuing module (3);
the sensing module (1) is used for identifying personnel identity, location and scene equipment;
the decision module (2) is used for identity information retrieval, position and scene matching, personal attention data extraction and release data arrangement;
the issuing module (3) is used for displaying personal identity information, reminding personal motto information, reminding personal event handling and reminding personal attention consulting information.
2. The information distribution system based on the smart perception technology as claimed in claim 1, wherein:
the perception module (1) also comprises a camera (4), a position identification module (5) and a scene identification module (6) which are embedded in the touch all-in-one machine;
the camera (4) carries out face detection, extracts a face picture after monitoring people, carries out identity recognition by using a face recognition algorithm according to the extracted face picture, and sends the recognized personnel identity information and the ID number of the touch all-in-one machine device to the decision module (2);
the position identification module (5) stores the geographic information of the city and the campus where the school personnel are located, and positions the touch all-in-one machine while identifying the personnel so as to obtain the position information of the identified personnel;
the scene recognition module (6) performs integration analysis through the image data acquired by the camera (4) and the positioning information of the position recognition module (5) to determine the scene of the person at the current time.
3. The information distribution system based on the smart perception technology as claimed in claim 1 or 2, wherein:
the decision module (2) also comprises a data transceiver module (7) and a database system (8);
the information of the database system (8) comprises one or more of school educational administration information, teaching information, asset management information, student status management information, campus card information, campus entrance guard information data, campus personnel time information and position information;
and the decision module (2) packs the information retrieved by the database system (8) into an XML file and sends the XML file to the issuing module (3) corresponding to the ID of the touch all-in-one machine through the data transceiving module (7).
4. The information distribution system based on the smart perception technology as claimed in claim 1 or 2, wherein: the release module (3) further comprises a data analysis processing module (9), the data analysis processing module (9) receives and analyzes the XML file sent by the decision system, and displays the related information of the personnel on the main screen of the touch all-in-one machine after analysis.
5. The information distribution system based on the smart perception technology as claimed in claim 3, wherein: the release module (3) further comprises a data analysis processing module (9), the data analysis processing module (9) receives and analyzes the XML file sent by the decision system, and displays the related information of the personnel on the main screen of the touch all-in-one machine after analysis.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113359835A (en) * | 2021-06-23 | 2021-09-07 | 广东万嘉通通信科技有限公司 | Smart rod and distributed cloud system based on smart rod |
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