College student community environment digital intelligent management service system

Abstract

The invention relates to the field of college student community management, in particular to a college student community environment digital intelligent management service system which is used for solving the problems that an existing college student community digital intelligent management service system is single in function, lacks comprehensiveness and is not high in intelligence, comprehensive and refined management of student communities is difficult to achieve, and the management efficiency is high. And the diversity of student community management and demand change cannot be satisfied. The system comprises the following modules: an information display module, an environment monitoring module, a data analysis module, a community management module, an employment matching module and a student consultation module. The system shows remarkable beneficial effects in the aspects of information display and propagation, living environment monitoring and comfort guarantee, employment resource integration and employment guidance, teacher-student connection, community service and the like, provides powerful support for comprehensive development of college students, and remarkably improves the campus living quality and comprehensive development level of the students.

Description

Technical Field

[0001] The present invention relates to the field of college student community management, and specifically to a digital and intelligent management service system for the environment of college student communities. Background Art

[0002] In modern colleges and universities, the student community, as an important space for students' study and life, its management level directly affects the overall campus environment and the quality of students' life. Most traditional student community management models rely on manual operations and paper records, suffering from problems such as low management efficiency, poor information transmission, and untimely service response. At the same time, due to the increasingly obvious trend of diversification and personalization of students' needs, the traditional service model has been difficult to meet the actual needs of students.

[0003] In recent years, although some colleges and universities have begun to try to introduce digital management systems to improve the management level and service quality of student communities, these systems often have problems such as single functions, lack of comprehensiveness, and low intelligence. For example, some systems only focus on academic management, ignoring the needs in aspects such as information dissemination, living environment, employment guidance, and teacher-student interaction, making it difficult to achieve comprehensive and refined management of student communities and unable to meet the diversity of student community management and demand changes.

[0004] To address these challenges, it is of great practical significance to develop a digital and intelligent management service system for the environment of college student communities. Summary of the Invention

[0005] In order to overcome the above technical problems, the purpose of the present invention is to provide a digital and intelligent management service system for the environment of college student communities, which solves the problems that the existing digital and intelligent management service systems for college student communities have single functions, lack of comprehensiveness, and low intelligence, making it difficult to achieve comprehensive and refined management of student communities and unable to meet the diversity of student community management and demand changes.

[0006] The purpose of the present invention can be achieved through the following technical solutions: A digital and intelligent management service system for the environment of college student communities, including the following modules: An information display module, used to obtain information display parameters for displaying information and send the information display parameters to the data analysis module; wherein, the information display parameters include view information, evaluation information, and transmission time information; An environmental monitoring module, used to obtain environmental monitoring parameters within the monitored sub-region and send the environmental monitoring parameters to the data analysis module; wherein, the environmental monitoring parameters include concentration information and temperature-humidity information; The data analysis module is used to obtain an information display coefficient according to the information display parameters, and send the information display coefficient to the community management module. It is also used to obtain an environmental monitoring coefficient according to the environmental monitoring parameters, and send the environmental monitoring coefficient to the community management module; The specific process for the data analysis module to obtain the information display coefficient is as follows: Obtain the ratios of the view information, evaluation information, and transmission time information to their corresponding preset measurement values respectively, and mark them as the view adjustment information, evaluation adjustment information, and transmission time adjustment information; among them, the preset measurement values corresponding to the view information, evaluation information, and transmission time information are all set by the user according to experience and are all non-zero; Draw a cylindrical graph with the view adjustment information as the radius of the bottom surface of the cylinder and the evaluation adjustment information as the height of the cylinder. Draw a spherical cavity inside the cylindrical graph with the transmission time adjustment information as the radius of the sphere. Obtain the volume of the composite graph of the cylindrical graph and the spherical cavity, and mark it as the information display coefficient, and send the information display coefficient to the community management module; The specific process for the data analysis module to obtain the environmental monitoring coefficient is as follows: Obtain the ratios of the concentration information and the temperature and humidity information to their corresponding preset measurement values respectively, and mark them as the concentration adjustment information and the temperature and humidity adjustment information; among them, the preset measurement values corresponding to the concentration information and the temperature and humidity information are all set by the user according to experience and are all non-zero; Use the concentration adjustment information and the temperature and humidity adjustment information as the two diagonals of a rhombus graph to draw a rhombus graph. Obtain the area of the rhombus graph, and mark it as the environmental monitoring coefficient, and send the environmental monitoring coefficient to the community management module; The community management module is used to obtain a display information recommendation list according to the information display coefficient, and display the display information recommendation list in the one-stop student community of all users. It is also used to generate an environmental warning notice according to the environmental monitoring coefficient, and display the environmental warning notice in the one-stop student community of all campus management users.

[0007] As a preferred implementation manner of the present invention, the specific process for the information display module to obtain the information display parameters is as follows: Obtain all the display information in the one-stop student community; Obtain the total number of times and the total duration of being clicked and viewed by all users within the most recent preset time of the display information, and obtain the product of the two and mark it as the view information; Obtain the total number of times the "like" button and the total number of times the "dislike" button are clicked by all users within the most recent preset time of the display information, and obtain the difference between the former and the latter, and mark it as the evaluation information; Obtain the upload time and the current time of the display information, obtain the time difference between the two, and mark it as the transmission time information; Send the viewing information, evaluation information, and transmission time information to the data analysis module.

[0008] As a preferred embodiment of the present invention, the specific process of the environmental monitoring module for obtaining environmental monitoring parameters is as follows: Obtain the location of the user and mark it as the monitoring site; Compare the monitoring site with the preset campus monitoring area. If the monitoring site is within the campus monitoring area, obtain the monitoring sub-area corresponding to the monitoring site; among them, the inside of the campus monitoring area consists of several monitoring sub-areas; Obtain the concentration of inhalable particulate matter in the monitoring sub-area and mark it as the concentration information; Obtain the temperature in the monitoring sub-area and the preset standard temperature, obtain the difference between the two, and mark it as the temperature difference information. Obtain the humidity in the monitoring sub-area and the preset standard humidity, obtain the difference between the two, and mark it as the humidity difference information. Obtain the product of the temperature difference information and the humidity difference information and mark it as the temperature-humidity information; Send the concentration information and the temperature-humidity information to the data analysis module.

[0009] As a preferred embodiment of the present invention, the specific process of the community management module for obtaining the display information recommendation list is as follows: Sort all the display information in descending order according to the information display coefficient, form a display information recommendation list, and display the display information recommendation list in the one-stop student community of all users.

[0010] As a preferred embodiment of the present invention, the specific process of the community management module for generating an environmental warning notice is as follows: Compare the environmental monitoring coefficient with the preset environmental monitoring threshold. If the environmental monitoring coefficient ≥ the environmental monitoring threshold, generate an environmental warning notice and display the environmental warning notice in the one-stop student community of all campus management users.

[0011] As a preferred embodiment of the present invention, the intelligent management service system for college student communities further includes: An employment matching module, used to obtain the employment matching parameters of graduating student users and send the employment matching parameters to the data analysis module; among them, the employment matching parameters include comprehensive evaluation information, internship information, and social information; A student consultation module, used for student users to establish a dialog box with teacher users for consultation.

[0012] As a preferred embodiment of the present invention, the specific process for the employment matching module to obtain employment matching parameters is as follows: Obtain the total value of the comprehensive quality assessment scores of the fresh graduate user in each academic year during their school years, and mark it as comprehensive assessment information; Obtain the total number of internships and the total internship duration of the fresh graduate user during their school years, calculate the product of the two, and mark it as internship information; Obtain the total number of social activities participated by the fresh graduate user during their school years, and mark it as social information; where social activities include club activities, volunteer services, academic lectures, and campus competitions; Send the comprehensive assessment information, internship information, and social information to the data analysis module.

[0013] As a preferred embodiment of the present invention, the data analysis module is further configured to obtain an employment matching coefficient based on the employment matching parameters, and send the employment matching coefficient to the community management module.

[0014] As a preferred embodiment of the present invention, the specific process for the data analysis module to obtain the employment matching coefficient is as follows: Obtain the ratios of the comprehensive assessment information, internship information, and social information to their corresponding preset measurement values respectively, and mark them as comprehensive assessment adjustment information, internship adjustment information, and social adjustment information; where the preset measurement values corresponding to the comprehensive assessment information, internship information, and social information are all set by the user according to experience and are all non-zero; Use the comprehensive assessment adjustment information and internship adjustment information as the semi-minor axis and semi-major axis of the elliptical base of an elliptical cylinder respectively, and use the social adjustment information as the height of the elliptical cylinder to draw an elliptical cylinder graph, obtain the volume of the elliptical cylinder graph, and mark it as the employment matching coefficient, and send the employment matching coefficient to the community management module.

[0015] As a preferred embodiment of the present invention, the community management module is further configured to obtain an employment information recommendation list based on the employment matching coefficient, and display the employment information recommendation list in the one-stop student community of all university cooperative enterprises.

[0016] Compared with the prior art, the beneficial effects of the present invention are: The system collects data on the displayed information, obtains information display parameters, and the information display coefficient obtained based on the information display parameters can comprehensively measure the priority display degree of the displayed information. The larger the information display coefficient, the higher the priority display degree. It can integrate resources inside and outside the school and efficiently display them to student users, ensuring that important information can be efficiently and accurately displayed to student users, effectively improving the information dissemination efficiency and coverage, and can provide students with richer and more diverse information content to meet their diverse information needs. Then, it collects data on the environment in the monitored sub-region, obtains environmental monitoring parameters, and the environmental monitoring coefficient obtained based on the environmental monitoring parameters can comprehensively measure the comfort level of the living environment. The larger the environmental monitoring coefficient, the lower the comfort level. When the comfort level is low, it gives an abnormal warning, thus ensuring the comfort of the campus living environment of students and comprehensively improving the quality of students' campus life. Then, it collects data on fresh graduate users, obtains employment matching parameters, and the employment matching coefficient obtained based on the employment matching parameters can comprehensively measure the excellence of fresh graduate users. The larger the employment matching parameter, the higher the excellence level, facilitating the provision of more employment opportunities and better employment platforms for students, and realizing the integration of all-round and multi-level education and employment resources. Moreover, the system can also accurately establish a connection between student users and the teacher users they need, facilitating student communication.

[0017] In summary, the digital intelligent management service system for college student communities has shown significant beneficial effects in aspects such as information display and dissemination, living environment monitoring and comfort guarantee, employment resource integration and employment guidance, and teacher-student connection and community service. It has significantly improved the quality of students' campus life and the comprehensive development level, providing strong support for the all-round development of college students. Brief Description of the Drawings

[0018] For the convenience of those skilled in the art to understand, the present invention will be further described below with reference to the accompanying drawings.

[0019] Figure 1 It is a principle block diagram of a digital intelligent management service system for college student community environment of the present invention.

[0020] Figure 2 It is a flowchart of the working method of a digital intelligent management service system for college student community environment of the present invention. Detailed Embodiments

[0021] To enable those skilled in the art to better understand the solution of the present invention, the following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all of the embodiments. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present invention without creative efforts belong to the scope of protection of the present invention.

[0022] Embodiment 1: Please refer to Figure 1 As shown, this embodiment is a digital and intelligent management service system for the environment of college student communities, including the following modules: an information display module, an environment monitoring module, a data analysis module, a community management module, an employment matching module, and a student consultation module; Among them, the information display module is used to obtain the information display parameters of the display information and send the information display parameters to the data analysis module; among them, the information display parameters include viewing information, evaluation information, and transmission time information; Among them, the environment monitoring module is used to obtain the environment monitoring parameters in the monitored sub-region and send the environment monitoring parameters to the data analysis module; among them, the environment monitoring parameters include concentration information and temperature and humidity information; Among them, the data analysis module is used to obtain the information display coefficient according to the information display parameters and send the information display coefficient to the community management module; it is also used to obtain the environment monitoring coefficient according to the environment monitoring parameters and send the environment monitoring coefficient to the community management module; it is also used to obtain the employment matching coefficient according to the employment matching parameters and send the employment matching coefficient to the community management module; Among them, the community management module is used to obtain the display information recommendation list according to the information display coefficient and display the display information recommendation list in the one-stop student community for all users; it is also used to generate an environment warning notice according to the environment monitoring coefficient and display the environment warning notice in the one-stop student community for all campus management users; it is also used to obtain the employment information recommendation list according to the employment matching coefficient and display the employment information recommendation list in the one-stop student community for all college cooperation enterprises; it is also used to receive the label and establish a dialog connection between the student user and the teacher user according to the label; Among them, the employment matching module is used to obtain the employment matching parameters of fresh graduate users and send the employment matching parameters to the data analysis module; among them, the employment matching parameters include comprehensive evaluation information, internship information, and social information; Among them, the student consultation module is used for student users and teacher users to establish a dialog for consultation.

[0023] Embodiment 2: Please refer to Figure 2As shown in the figure, this embodiment is a working method of a digital intelligent management service system for the environment of college student communities, including the following steps: Step S1: The information display module obtains the information display parameters of the display information. Among them, the information display parameters include viewing information, evaluation information, and transmission time information, and sends the information display parameters to the data analysis module; Step S2: The environmental monitoring module obtains the environmental monitoring parameters within the monitored sub-region. Among them, the environmental monitoring parameters include concentration information and temperature and humidity information, and sends the environmental monitoring parameters to the data analysis module; Step S3: The employment matching module obtains the employment matching parameters of graduating student users. Among them, the employment matching parameters include comprehensive evaluation information, internship information, and social information, and sends the employment matching parameters to the data analysis module; Step S4: The data analysis module obtains the information display coefficient according to the information display parameters, obtains the environmental monitoring coefficient according to the environmental monitoring parameters, obtains the employment matching coefficient according to the employment matching parameters, and sends the information display coefficient, the environmental monitoring coefficient, and the employment matching coefficient to the community management module; Step S5: The community management module obtains the display information recommendation list according to the information display coefficient, and displays the display information recommendation list in the one-stop student community of all users. Generates an environmental warning notice according to the environmental monitoring coefficient, and displays the environmental warning notice in the one-stop student community of all campus management users. Obtains the employment information recommendation list according to the employment matching coefficient, and displays the employment information recommendation list in the one-stop student community of all university cooperation enterprises.

[0024] Embodiment 3: Based on any of the above embodiments, Embodiment 3 of the present invention is an information display module. The function of the information display module is to obtain information display parameters. The specific process is as follows: The information display module obtains all the display information in the one-stop student community; The information display module obtains the total number of times and the total viewing duration of all users clicking to view the display information within the most recent preset time, obtains the product of the two and marks it as viewing information; The information display module obtains the total number of times all users click the "like" button and the total number of times they click the "dislike" button for the display information within the most recent preset time, obtains the difference between the former and the latter, and marks it as evaluation information; The information display module obtains the upload time and the current time of the display information, obtains the time difference between the two, and marks it as transmission time information; The information display module sends the viewing information, evaluation information, and transmission time information to the data analysis module.

[0025] Embodiment 4: Based on any of the above embodiments, Embodiment 4 of the present invention is an environmental monitoring module. The function of the environmental monitoring module is to obtain environmental monitoring parameters. The specific process is as follows: The environmental monitoring module obtains the user's location and marks it as a monitoring site; The environmental monitoring module compares the monitoring site with the preset campus monitoring area. If the monitoring site is within the campus monitoring area, it obtains the monitoring sub-area corresponding to the monitoring site; among them, the inside of the campus monitoring area consists of several monitoring sub-areas; Obtain the concentration of inhalable particulate matter in the monitoring sub-area and mark it as concentration information; The environmental monitoring module obtains the temperature in the monitoring sub-area and the preset standard temperature, obtains the difference between the two, and marks it as temperature difference information. It obtains the humidity in the monitoring sub-area and the preset standard humidity, obtains the difference between the two, and marks it as humidity difference information. It obtains the product of the temperature difference information and the humidity difference information and marks it as temperature-humidity information; The environmental monitoring module sends the concentration information and the temperature-humidity information to the data analysis module.

[0026] Embodiment 5: Based on any of the above embodiments, Embodiment 5 of the present invention is an employment matching module. The function of the employment matching module is to obtain employment matching parameters. The specific process is as follows: The employment matching module obtains the total value of the comprehensive quality evaluation scores of fresh graduate users during each academic year in school and marks it as comprehensive evaluation information; The employment matching module obtains the total number of internships and the total internship duration of fresh graduate users during their school years, obtains the product of the two, and marks it as internship information; The employment matching module obtains the total number of social activities participated by fresh graduate users during their school years and marks it as social information; among them, social activities include club activities, volunteer services, academic lectures, and campus competitions; it can promote students to participate in various social activities, broaden their horizons and knowledge, exercise their organizational coordination ability and teamwork spirit, and cultivate their innovation awareness and practical ability; The employment matching module sends the comprehensive evaluation information, internship information, and social information to the data analysis module.

[0027] Embodiment 6: Based on any of the above embodiments, Embodiment 6 of the present invention is a data analysis module, and the data analysis module has three functions; One of its functions is to obtain an information display coefficient. The specific process is as follows: The data analysis module obtains the ratios of the view information, evaluation information, and transmission time information to their corresponding preset measurement values respectively, and marks them as view adjustment information, evaluation adjustment information, and transmission time adjustment information; among them, the preset measurement values corresponding to the view information, evaluation information, and transmission time information are all set by the user according to experience and are all non-zero; The data analysis module draws a cylindrical graph with the view adjustment information as the radius of the bottom surface of the cylinder and the evaluation adjustment information as the height of the cylinder, draws a spherical cavity inside the cylindrical graph with the transmission time adjustment information as the radius of the sphere, obtains the volume of the composite graph of the cylindrical graph and the spherical cavity, and marks it as the information display coefficient, and sends the information display coefficient to the community management module; The second one is to obtain the environmental monitoring coefficient, and the specific process is as follows: The data analysis module obtains the ratios of the concentration information and the temperature and humidity information to their corresponding preset measurement values respectively, and marks them as concentration adjustment information and temperature and humidity adjustment information; among them, the preset measurement values corresponding to the concentration information and the temperature and humidity information are all set by the user according to experience and are all non-zero; The data analysis module draws a rhombus graph with the concentration adjustment information and the temperature and humidity adjustment information as the two diagonals of the rhombus graph respectively, obtains the area of the rhombus graph, and marks it as the environmental monitoring coefficient, and sends the environmental monitoring coefficient to the community management module; The third one is to obtain the employment matching coefficient, and the specific process is as follows: The data analysis module obtains the ratios of the comprehensive evaluation information, internship information, and social information to their corresponding preset measurement values respectively, and marks them as comprehensive evaluation adjustment information, internship adjustment information, and social adjustment information; among them, the preset measurement values corresponding to the comprehensive evaluation information, internship information, and social information are all set by the user according to experience and are all non-zero; The data analysis module draws an elliptical cylinder graph with the comprehensive evaluation adjustment information and the internship adjustment information as the semi-minor axis and semi-major axis of the elliptical graph at the bottom surface of the elliptical cylinder respectively, and the social adjustment information as the height of the elliptical cylinder, obtains the volume of the elliptical cylinder graph, and marks it as the employment matching coefficient, and sends the employment matching coefficient to the community management module.

[0028] Embodiment 7: Based on any of the above embodiments, Embodiment 7 of the present invention is the community management module, and the community management module has four functions; The first function is to sort all the display information in descending order according to the information display coefficient, form a display information recommendation list, and display the display information recommendation list in the one-stop student community of all users; The second function is to compare the environmental monitoring coefficient with a preset environmental monitoring threshold. If the environmental monitoring coefficient ≥ the environmental monitoring threshold, an environmental warning notice is generated and displayed in the one-stop student community for all campus management users. The third function is to sort all graduating student users in descending order according to the employment matching coefficient, form an employment information recommendation list, and display the employment information recommendation list in the one-stop student community for all university cooperative enterprises. The one-stop student community actively introduces external resources, establishes cooperative relationships with various university cooperative enterprises, and provides students with more opportunities and platforms for internships, employment, entrepreneurship, etc. The fourth function is to receive the label and establish a dialog connection between the student user and the teacher user based on the label.

[0029] Embodiment 8: Based on any of the above embodiments, Embodiment 8 of the present invention is a student consultation module. The function of the student consultation module is to establish a dialog for consultation between the student user and the teacher user. The specific process is as follows: The student user clicks on the label in the "dialog" and sends the label to the community management module. Among them, the labels include psychological consultation, employment consultation, course consultation, life consultation, and other consultations, and psychological consultation, employment consultation, course consultation, life consultation, and other consultations correspond to different teacher users respectively. Through consultation, for students with psychological troubles, the one-stop student community can provide mental health services such as psychological consultation and psychological counseling; for students who are confused about employment, the one-stop student community can provide employment services such as career planning and employment guidance; for students with academic difficulties, the one-stop student community can provide learning support such as tutoring and remediation; for students with problems in accommodation and life, the one-stop student community can provide effective help.

[0030] In the description of this specification, the description with reference to terms such as "one embodiment", "example", "specific example", etc. means that the specific features, structures, materials, or characteristics described in connection with the embodiment or example are included in at least one embodiment or example of the present invention. In this specification, the schematic representations of the above terms do not necessarily refer to the same embodiment or example. Moreover, the specific features, structures, materials, or characteristics described can be combined in a suitable manner in any one or more embodiments or examples.

[0031] The above content is only an example and explanation of the present invention. Those skilled in the art of this technology make various modifications or supplements to the described specific embodiments or use similar methods for substitution, as long as they do not deviate from the invention or exceed the scope defined by this application, they should all belong to the protection scope of the present invention.

Claims

1. An intelligent management service system for the environment of college student communities, characterized in that, Including: An information display module, configured to obtain information display parameters for displaying information; An environmental monitoring module, configured to obtain environmental monitoring parameters within a monitored sub-region and send the environmental monitoring parameters to a data analysis module; A data analysis module, configured to obtain an information display coefficient according to the information display parameters and send the information display coefficient to a community management module, and also obtain an environmental monitoring coefficient according to the environmental monitoring parameters and send the environmental monitoring coefficient to the community management module; The specific process of obtaining the information display coefficient is as follows: Obtain the ratios of the view information, evaluation information, and transmission time information to their corresponding preset measurement values respectively, and mark them as view adjustment information, evaluation adjustment information, and transmission time adjustment information respectively; Draw a cylindrical graph with the view adjustment information as the radius of the bottom surface of the cylinder and the evaluation adjustment information as the height of the cylinder, draw a spherical cavity inside the cylindrical graph with the transmission time adjustment information as the radius of the sphere, obtain the volume of the composite graph of the cylindrical graph and the spherical cavity, and mark it as the information display coefficient, and send it to the community management module; The specific process of obtaining the environmental monitoring coefficient is as follows: Obtain the ratios of the concentration information and the temperature and humidity information to their corresponding preset measurement values respectively, and mark them as concentration adjustment information and temperature and humidity adjustment information respectively; Draw a rhombus graph with the concentration adjustment information and the temperature and humidity adjustment information as the two diagonals of the rhombus graph respectively, obtain the area of the rhombus graph, and mark it as the environmental monitoring coefficient, and send it to the community management module; A community management module, configured to obtain a display information recommendation list according to the information display coefficient and display the display information recommendation list in the one-stop student community of all users, and also generate an environmental warning notice according to the environmental monitoring coefficient and display the environmental warning notice in the one-stop student community of all campus management users.

2. The intelligent management service system for the environment of college student communities according to claim 1, characterized in that The specific process by which the information display module obtains the information display parameters is as follows: Obtain all the display information in the one-stop student community; Obtain the total number of times and the total viewing duration that all users have clicked to view the display information within the most recent preset time, obtain the product of the two and mark it as the view information; Obtain the total number of times that all users have clicked the "like" button and the total number of times that all users have clicked the "dislike" button for the display information within the most recent preset time, obtain the difference between the former and the latter, and mark it as the evaluation information; Obtain the upload time and the current time of the display information, obtain the time difference between the two, and mark it as the transmission time information; Send the view information, evaluation information, and transmission time information to the data analysis module.

3. The digital intelligent management service system for the environment of college student communities according to claim 1, wherein The specific process by which the environmental monitoring module obtains the environmental monitoring parameters is as follows: Obtain the location of the user and mark it as the monitoring site; Compare the monitoring site with a preset campus monitoring area. If the monitoring site is located inside the campus monitoring area, obtain the monitored sub-region corresponding to the monitoring site; Obtain the concentration of inhalable particulate matter within the monitored sub-region and mark it as the concentration information; Obtain the temperature within the monitored sub-region and the preset standard temperature, obtain the difference between the two, and label it as temperature difference information. Obtain the humidity within the monitored sub-region and the preset standard humidity, obtain the difference between the two, and label it as humidity difference information. Obtain the product of the temperature difference information and the humidity difference information, and label it as temperature-humidity information; Send the concentration information and the temperature-humidity information to the data analysis module.

4. The digital intelligent management service system for the environment of college student communities according to claim 1, characterized in that, The specific process for the community management module to obtain the display information recommendation list is as follows: Sort all the display information in descending order according to the information display coefficient to form a display information recommendation list, and display the display information recommendation list in the one-stop student community of all users.

5. The digital intelligent management service system for the environment of college student communities according to claim 1, wherein, The specific process for the community management module to generate an environmental warning notice is as follows: Compare the environmental monitoring coefficient with the preset environmental monitoring threshold. If the environmental monitoring coefficient ≥ the environmental monitoring threshold, generate an environmental warning notice and display the environmental warning notice in the one-stop student community of all campus management users.

6. The digital intelligent management service system for the environment of college student communities according to claim 1, characterized in that, It also includes: An employment matching module, which is used to obtain the employment matching parameters of fresh graduate users and send the employment matching parameters to the data analysis module; among them, the employment matching parameters include comprehensive evaluation information, internship information, and social information; A student consultation module, which is used for student users to establish a dialog box with teacher users for consultation.

7. The digital intelligent management service system for the environment of college student communities according to claim 6, wherein The specific process for the employment matching module to obtain the employment matching parameters is as follows: Obtain the total value of the comprehensive quality evaluation scores of fresh graduate users in each academic year during their school years, and label it as comprehensive evaluation information; Obtain the total number of internships and the total internship duration of fresh graduate users during their school years, obtain the product of the two, and label it as internship information; Obtain the total number of social activities participated by fresh graduate users during their school years, and label it as social information; Send the comprehensive evaluation information, internship information, and social information to the data analysis module.

8. The digital intelligent management service system for the environment of college student communities according to claim 7, characterized in that The data analysis module is also used to obtain an employment matching coefficient based on the employment matching parameters and send the employment matching coefficient to the community management module.

9. The digital intelligent management service system for the environment of college student communities according to claim 8, characterized in that, The specific process for the data analysis module to obtain the employment matching coefficient is as follows: Obtain the ratios of the comprehensive evaluation information, internship information, and social information to their corresponding preset measurement values respectively, and label them as comprehensive evaluation adjustment information, internship adjustment information, and social adjustment information; Use the comprehensive evaluation adjustment information and the internship adjustment information as the semi-minor axis and semi-major axis of the elliptical base of an elliptical cylinder respectively, use the social adjustment information as the height of the elliptical cylinder to draw an elliptical cylinder graph, obtain the volume of the elliptical cylinder graph, and label it as the employment matching coefficient, and send the employment matching coefficient to the community management module.

10. The digital intelligent management service system for the environment of college student communities according to claim 9, characterized in that, The community management module is also used to obtain an employment information recommendation list based on the employment matching coefficient and display the employment information recommendation list in the one-stop student community of all university cooperation enterprises.

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