CN116307909A - Non-genetic village environment monitoring management platform - Google Patents
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Abstract
The invention discloses a non-enuresis environment monitoring management platform, in particular to the technical field of environment monitoring management platforms.
Description
Technical Field
The invention relates to the technical field of environment monitoring management platforms, in particular to a non-genetic village environment monitoring management platform.
Background
The ecological environment refers to the sum of water resources, land resources, biological resources and climate resources which affect the survival and development of human beings, is a compound ecological system which is related to the sustainable development of society and economy, namely, the sum of various natural (including second natural) forces (substances and energy) or actions which are formed under the condition of human beings and influence the living and living environment of people, the stability and the quality of the ecological environment affect the living and living environment of people deeply, along with the improvement of environmental awareness, people pay more and more attention to the maintenance of the ecological environment, ecological monitoring is essential to ecological maintenance, dynamic monitoring is mainly carried out on the results caused by the change of the occurrence area and the number of ecological problems under the influence of human activities in an area, including the composition, the structure and the function change of an ecological system, processing analysis is carried out on monitoring data, such as the monitoring of components and components discharged into the atmosphere and water, statistical analysis is carried out, and the social ecological system is convenient to repair and protection of people.
The prior bulletin number CN113724118A discloses an ecological environment monitoring management platform, which comprises an ecological monitoring portal, an ecological monitoring business management system and a data statistics analysis system, wherein the ecological monitoring portal provides a visitor with an interface for acquiring data through a network, and comprises a user module, a weather condition module, an air quality analysis module, a greenhouse gas month report module, a wastewater discharge concentration trend module, a wastewater discharge amount module, an electronic map module, a real-time monitoring module and a latest greenhouse gas module, the ecological monitoring business management system is deployed by adopting a distributed architecture, business management service is provided, the data statistics analysis system shares data with the ecological monitoring business management system, an interface algorithm is called according to an operation instruction to process and analyze the data, and the related operations such as management, input, output and search of related data of ecological environment monitoring are very convenient, so that disordered sample information data can be embodied, visualized and rationalized.
However, the ecological information collected by the ecological environment monitoring management platform in the document is not comprehensive, and the invention judges whether the monitoring is abnormal or not according to the change condition of the content of the collected data, and is not suitable for the environment with obvious change of the flow of people.
Disclosure of Invention
In order to overcome the above-mentioned drawbacks of the prior art, an embodiment of the present invention provides a non-enuresis-based environment monitoring management platform to solve the above-mentioned problems in the prior art.
The invention provides the following technical scheme: the non-genetic village environment monitoring management platform comprises an electronic map drawing module, a region dividing module, a human social environment value evaluation module, a human social environment information acquisition module, a human social environment data preprocessing module, a human social environment data processing module, a human social environment data judging module, a human social environment data analyzing module, a human social environment management module, an ecological environment detection module, an ecological environment data judging module, an ecological environment data analyzing module, an ecological environment data management module, an equipment management module, a tourist access module and a database.
In a preferred embodiment of the present invention, the electronic map drawing module is used for drawing the area where the non-village is located the electronic map is convenient to inquire the related information in different areas.
In a preferred embodiment, the region dividing module is used for marking the non-village as a target region and dividing the target region into a humane social environment region and an ecological environment region according to non-natural factors and natural factors.
In a preferred embodiment, the value evaluation module of the human social environment is used for evaluating the value of the human social environment, including a human social factor extraction unit, a human social factor data processing unit, a human social environment data processing unit and a human social environment evaluation unit.
In a preferred embodiment, the human social environment information acquisition module is used for acquiring traditional building preservation conditions, folk-custom feature activity holding frequency, cultural inheritance experience facility passenger flow and theme tourist flow in non-heritable villages.
In a preferred embodiment, the human social environment data preprocessing module is used for performing data processing on the acquired information to obtain a building damage index, a folk activity index and a cultural attraction index.
In a preferred embodiment, the human social environment data processing module is used for performing data processing on the cultural value judgment index obtained by the human social environment value evaluation module and the building damage index, the folk activity index and the cultural attraction index obtained by the human social environment data preprocessing module to obtain a human social environment comprehensive evaluation index.
In a preferred embodiment, the human social environment data judging module is used for judging the human social environment comprehensive evaluation index, and if the human social environment comprehensive evaluation index reaches a preset value, the human social environment comprehensive evaluation index is qualified, the human social environment comprehensive evaluation index is uploaded to the database, and unqualified data are sent to the human social environment data analyzing module.
In a preferred embodiment, the humane social environment data analysis module is used for analyzing main factors generated by the comprehensive evaluation index of the unqualified humane social environment and sending the analysis result to the humane social environment management module.
In a preferred embodiment, the humane social environment management module is used for managing the humane social environment of the non-heritable villages, and comprises a non-heritable building management unit, a folk-custom feature activity management unit, a cultural inheritance facility management unit, a theme tourism management unit and an electronic map management unit, and the corresponding units are adjusted when the analysis result of the unqualified humane social environment comprehensive evaluation index is received.
In a preferred embodiment, the ecological environment detection module is used for detecting ecological environment information of non-villages, and comprises a water quality detection unit, an air quality detection unit, a soil quality detection unit, an acoustic environment quality detection unit and a real-time monitoring unit.
In a preferred embodiment, the ecological environment data judging module is used for comparing the ecological environment detection report of the non-genetic village with the environment quality standard, judging whether the detection data is qualified or not, uploading the qualified detection data to the database, screening out unqualified detection data and sending the unqualified detection data to the ecological environment data analyzing module.
In a preferred embodiment, the ecological environment data analysis module is configured to analyze the potential sources of the reject data and to verify the same until determining factors for the reject data are found.
In a preferred embodiment, the ecological environment data management module is used for managing the ecological environment of non-enuresis villages, and comprises a water quality processing unit, an air pollution processing unit, a soil pollution processing unit, a noise pollution processing unit and an electronic map management unit, and after receiving decisive factors generated by unqualified data, the ecological environment data management module performs data processing through the corresponding processing units.
In a preferred embodiment, the device management module is used for periodic maintenance and troubleshooting of devices used in the humane social environment area and the ecological environment area.
In a preferred embodiment, the visitor access module is used for providing relevant data when the visitor accesses, including a humane social environment display window, an ecological environment information display window, an electronic map window and a visitor reservation registration window.
Preferably, the method for evaluating the value of the human social environment of the non-Ying village by the human social environment value evaluation module is as follows:
a1, extracting human factors in non-Ying villages by a human social factor extraction unit, wherein the human factors comprise historical background, building process aesthetic value and custom culture information;
a2, the collected human factors are dataized by a human social factor datamation processing unit, and are rated according to corresponding grades;
a3, the human social environment data processing unit calculates the human factors after the data processing to obtain a non-scarcity evaluation index and a uniqueness evaluation index;
and A4, calculating the non-genetic scarcity evaluation index and the uniqueness evaluation index by the human social environment evaluation unit to obtain a non-genetic cultural value evaluation index.
Preferably, the specific calculation process of the value evaluation module for the human social environment of the non-Ying village is as follows:
b1, calculating the environmental distancing of history a 0 And village building long-distance b 0 : judging the historical environment formation time and building formation time of non-residual village, grading the non-residual village according to different time periods, and corresponding evaluation index is a 1 、a 2 、...、a i 、...、a n And b 1 、b 2 、...、b i 、...、b n The closer the time to the modern society, the lower the long-term evaluation index;
b2, computing historical environmental scarcity c e And building scarcity degree d e : counting the number c of non-residual villages in the same history background i In the whole non-Yi village c 0 The duty ratio of (a) is
The larger c is, the lower the historical environmental scarcity is, +.>
α 1 Adjust the coefficient, alpha, for scarcity 1 >1, counting the number d of non-lost buildings in the same building style i In all non-building d 0 The ratio of->
The larger d, the lower the building scarcity, +.>
α 2 Adjust the coefficient, alpha, for scarcity 2 >1；
B3, calculating aesthetic value p of the building process: divided into professional evaluation value p a Personal evaluation value p b Scoring p of professionals on non-Yi village buildings a1 、p a2 、...、p ai 、...、p an Summarizing and averaging the weighted values
x i Scoring p of non-professional to non-Yi village building for the number of occurrences of each score b1 、p b2 、...、p bi 、...、p bn Summarizing to obtain weighted average +.>
y i For the number of occurrences of each score, p= (p a *θ 1 +p b *θ 2 )*δ，θ 1 、θ 2 Is a proportionality coefficient, theta 1 >θ 2 Delta is a value influence coefficient;
b4, calculating cultural value beta: counting culture custom beta of non-Yi villages 0 Calculate unique custom culture beta i The ratio of the formula is
Cultural value->
Wherein κ is a cultural value affecting factor;
b5, calculating a non-rarity evaluation index Q:
z 1 、z 2 、z 3 、z 4 is a proportionality coefficient, z 4 >z 3 >z 2 >z 1 ζ is a scarcity degree adjustment coefficient;
b6, calculating a uniqueness evaluation index gamma:
k 1 、k 2 、k 3 is an exponential influence factor;
and B7, calculating a cultural value evaluation index epsilon:
where e is a proportionality coefficient, e 2 >e 1 。
Preferably, the human social environment information acquisition module acquires human social environment information once every three months.
Preferably, the specific calculation steps of the data processing of the collected information by the humane social environment data preprocessing module are as follows:
c1, calculating a building damage index f: the traditional building preservation condition is classified into three types of good and bad according to the damage degree, and the corresponding damage degree indexes are respectivelyf 1 、f 2 、f 3 ；
C2, calculating folk-custom liveness index g: counting the days g of various folk activities held in a quarter i The ratio of (1), i.e. g=g i /g 0 ，g 0 Total days for one quarter;
and C3, calculating a cultural attractiveness index y: counting and reserving the non-return village subject travel number m 1 Headcount m of travel reservation in all non-enuresis villages 0 The duty ratio m of (2) a ＝m 1 /m 0 Passenger flow volume m of statistical cultural inheritance experience facility 2 Occupy the reservation non-Yi village proportion of the number of thematic tourists m b ＝m 2 /m 1 The calculation formula of the cultural attractiveness index is
Wherein phi is the adjustment coefficient.
Preferably, the specific formula for calculating the comprehensive evaluation index H of the human social environment by the human social environment data processing module is as follows
Wherein h is 1 、h 2 、h 3 Is a scale factor, h 3 >h 1 >h 2 。
Preferably, the comprehensive evaluation index H of the standard human social environment set in the human social environment data judging module 0 ＝1。
Preferably, the ecological environment detection module detects the ecological environment information once every three months.
Preferably, the device management module maintains the device once every four months.
The invention has the technical effects and advantages that:
1. the invention is provided with the regional division module, the non-genetic village is divided into two regions according to the humane environment and the ecological environment, the information in the two areas is detected and processed separately so as to be convenient for arrangement and generalization, the invention is provided with a humane social environment value evaluation module, to evaluate the cultural value of non-heritable villages, the invention is provided with a humanity social environment information acquisition module, a humanity social environment data preprocessing module and a humanity social environment data processing module, finally, the comprehensive evaluation index of the humane social environment is obtained, and the acceptance degree of the masses to non-heritable villages is reflected.
2. The invention is provided with a soil quality detection unit and an acoustic environment quality detection unit, wherein the soil quality detection unit is used for detecting the soil quality of non-enuresis villages, the acoustic environment quality detection unit is used for detecting the noise emission condition of non-villages, and improves the comprehensiveness of ecological environment quality detection.
Drawings
Fig. 1 is a block diagram of a system architecture of the present invention.
Fig. 2 is a flow chart of the system of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The embodiment provides a non-genetic village environment monitoring management platform shown in fig. 1, which comprises an electronic map drawing module, a region dividing module, a human social environment value evaluation module, a human social environment information acquisition module, a human social environment data preprocessing module, a human social environment data processing module, a human social environment data judging module, a human social environment data analyzing module, a human social environment management module, an ecological environment detection module, an ecological environment data judging module, an ecological environment data analyzing module, an ecological environment data management module, an equipment management module, a tourist access module and a database.
The electronic map drawing module is used for: for non-Yi village drawing into electrons in regions the map facilitates querying relevant information in different areas.
In this embodiment, it should be specifically noted that, the electronic map in the map drawing module includes two modes of panoramic viewing and local positioning, the panoramic viewing mode can directly see the overall layout of non-enuresis villages, the local positioning mode can automatically display the place name when clicking the specific area of the non-village historical cultural information and environmental quality information.
The regional division module is used for marking non-villages as target regions and dividing the target regions into a humane social environment region and an ecological environment region according to non-natural factors and natural factors.
In this embodiment, it is specifically required to divide the target area into a human-text environment area and an ecological environment area for respectively detecting and processing related information, so as to facilitate arrangement and induction.
The human social environment value evaluation module is used for evaluating the value of the human social environment and comprises a human social factor extraction unit, a human social factor data processing unit, a human social environment data processing unit and a human social environment evaluation unit.
In this embodiment, it is specifically required to explain that the method for performing the value evaluation on the humane social environment of the non-enuresis by the humane social environment value evaluation module is as follows:
a1, extracting human factors in non-Ying villages by a human social factor extraction unit, wherein the human factors comprise historical background, building process aesthetic value and custom culture information;
a2, the collected human factors are dataized by a human social factor datamation processing unit, and are rated according to corresponding grades;
a3, the human social environment data processing unit calculates the human factors after the data processing to obtain a non-scarcity evaluation index and a uniqueness evaluation index;
and A4, calculating the non-genetic scarcity evaluation index and the uniqueness evaluation index by the human social environment evaluation unit to obtain a non-genetic cultural value evaluation index.
The specific calculation steps of the value evaluation module for the human social environment of the non-Ying village are as follows:
b1, calculating the environmental distancing of history a 0 And village building long-distance b 0 : judging the historical environment formation time and building formation time of non-residual village, grading the non-residual village according to different time periods, and corresponding evaluation index is a 1 、a 2 、...、a i 、...、a n And b 1 、b 2 、...、b i 、...、b n The closer the time to the modern society, the lower the long-term evaluation index;
b2, computing historical environmental scarcity c e And building scarcity degree d e : counting the number c of non-residual villages in the same history background i In the whole non-Yi village c 0 The duty ratio of (a) is
The larger c is, the lower the historical environmental scarcity is, +.>
α 1 Adjust the coefficient, alpha, for scarcity 1 >1, counting the number d of non-lost buildings in the same building style i In all non-building d 0 The ratio of->
The larger d, the lower the building scarcity, +.>
α 2 Adjust the coefficient, alpha, for scarcity 2 >1；
B3, calculating aesthetic value p of the building process: divided into professional evaluation value p a Personal evaluation value p b Scoring p of professionals on non-Yi village buildings a1 、p a2 、...、p ai 、...、p an Summarizing and averaging the weighted values
x i For each scoreThe number of occurrences, score p of non-professional person to non-Yi village building b1 、p b2 、...、p bi 、...、p bn Summarizing to obtain weighted average +.>
y i For the number of occurrences of each score, p= (p a *θ 1 +p b *θ 2 )*δ，θ 1 、θ 2 Is a proportionality coefficient, theta 1 >θ 2 Delta is a value influence coefficient;
b4, calculating cultural value beta: counting culture custom beta of non-Yi villages 0 Calculate unique custom culture beta i The ratio of the formula is
Cultural value->
Wherein κ is a cultural value affecting factor;
b5, calculating a non-rarity evaluation index Q:
z 1 、z 2 、z 3 、z 4 is a proportionality coefficient, z 4 >z 3 >z 2 >z 1 ζ is a scarcity degree adjustment coefficient;
b6, calculating a uniqueness evaluation index gamma:
k 1 、k 2 、k 3 is an exponential influence factor;
and B7, calculating a cultural value evaluation index epsilon:
where e is a proportionality coefficient, e 2 >e 1 。
The human social environment information acquisition module is used for acquiring traditional building preservation conditions, folk-custom characteristic activities and holding frequency, cultural inheritance experience facility passenger flow and theme tourist flow in non-heritable villages.
In this embodiment, it is specifically required to be described that the humane social environment information acquisition module acquires the humane social environment information once every three months.
The human social environment data preprocessing module is used for carrying out data processing on the acquired information to obtain a building damage index, a folk activity index and a cultural attraction index.
In this embodiment, it should be specifically noted that the specific calculation steps of the data processing performed by the data preprocessing module on the collected information in the humane social environment are as follows:
c1, calculating a building damage index f: the traditional building preservation condition is divided into three types of good and bad according to the damage degree, and the corresponding damage degree indexes are f respectively 1 、f 2 、f 3 ；
C2, calculating folk-custom liveness index g: counting the days g of various folk activities held in a quarter i The ratio of (1), i.e. g=g i /g 0 ，g 0 Total days for one quarter;
and C3, calculating a cultural attractiveness index y: counting and reserving the non-return village subject travel number m 1 Headcount m of travel reservation in all non-enuresis villages 0 The duty ratio m of (2) a ＝m 1 /m 0 Passenger flow volume m of statistical cultural inheritance experience facility 2 Occupy the reservation non-Yi village proportion of the number of thematic tourists m b ＝m 2 /m 1 The calculation formula of the cultural attractiveness index is
Wherein phi is the adjustment coefficient.
The human social environment data processing module is used for carrying out data processing on the cultural value judgment index obtained by the human social environment value evaluation module and the building damage degree index, the folk activity degree index and the cultural attraction degree index obtained by the human social environment data preprocessing module to obtain a human social environment comprehensive evaluation index.
In this embodiment, it should be specifically noted that, the specific formula for calculating the comprehensive evaluation index H of the humane social environment by the humane social environment data processing module is
Wherein h is 1 、h 2 、h 3 Is a scale factor, h 3 >h 1 >h 2 。
The human social environment data judging module is used for judging the human social environment comprehensive evaluation index, the human social environment comprehensive evaluation index is qualified when a preset value is reached, the human social environment comprehensive evaluation index is uploaded to the database, and unqualified data are sent to the human social environment data analyzing module.
In this embodiment, it is specifically required to explain that the standard humane social environment comprehensive evaluation index H set in the humane social environment data determination module 0 ＝1。
The human social environment data analysis module is used for analyzing main factors generated by the unqualified human social environment comprehensive evaluation index and sending an analysis result to the human social environment management module.
The managerial environment management module is used for managing the managerial environment of the non-heritable villages and comprises a non-heritable building management unit, a folk-custom characteristic activity management unit, a cultural inheritance facility management unit, a theme tourism management unit and an electronic map management unit, and the corresponding units are adjusted when the analysis result of the unqualified managerial environment comprehensive evaluation index is received.
The ecological environment detection module is used for detecting ecological environment information of non-residual villages and comprises a water quality detection unit, an air quality detection unit, a soil quality detection unit, an acoustic environment quality detection unit and a real-time monitoring unit.
In this embodiment, it is specifically required to explain that the ecological environment detection module detects ecological environment information once every three months, and the real-time monitoring unit is composed of a camera device, a positioning module and a power distribution system, and the camera device is remotely connected with the platform through a network to transmit image data and position information in real time, and the position information corresponds to the position information in the electronic map one by one.
The ecological environment data judging module is used for comparing the ecological environment detection report of the non-genetic village with the environment quality standard, judging whether the detection data are qualified or not, uploading the qualified detection data to the database, screening unqualified detection data and sending the unqualified detection data to the ecological environment data analyzing module.
The ecological environment data analysis module is used for analyzing the possibility sources of the unqualified data and verifying until determining factors generated by the unqualified data are found out.
The ecological environment data management module is used for managing the ecological environment of non-residual villages and comprises a water quality treatment unit, an atmospheric pollution treatment unit, a soil pollution treatment unit, a noise pollution treatment unit and an electronic map management unit, and after receiving decisive factors generated by unqualified data, the ecological environment data management module carries out data processing through corresponding treatment units.
The equipment management module is used for carrying out periodic maintenance and fault repair on equipment used in the humane social environment area and the ecological environment area.
In this embodiment, it is specifically required to be noted that the device management module maintains the device once at intervals of four months.
The guest access module: the system is used for providing relevant data when tourists visit, and comprises a cultural atmosphere evaluation window, a non-heritable village historical background introduction window, a cultural characteristic display window, an environment quality analysis window, an electronic map window and a tourist reservation registration window.
As shown in fig. 2, the embodiment provides a method based on a non-genetic village environment monitoring management platform, which comprises the following specific steps:
s1: marking non-Ying villages as target areas, and dividing the non-Ying villages into a humane social environment area and an ecological environment area;
s2: performing value evaluation on the humane social environment, and calculating a non-genetic cultural value evaluation index;
s3: collecting traditional building preservation conditions in non-heritable villages, folk-custom feature activities, frequency of holding, cultural inheritance experience facility passenger flow and theme tourist flow;
s4: carrying out data processing on the acquired information to obtain a building damage index, a folk activity index and a cultural attraction index;
s5: the cultural value judgment index obtained by the cultural social environment value evaluation module and the building damage index, the folk-custom liveness index and the cultural attraction index obtained by the cultural social environment data preprocessing module are subjected to data processing to obtain a cultural social environment comprehensive evaluation index;
s6: judging the comprehensive evaluation index of the human social environment, if the comprehensive evaluation index reaches a preset value, uploading the comprehensive evaluation index of the human social environment to a database, and sending unqualified data to a human social environment data analysis module;
s7: analyzing main factors generated by the comprehensive evaluation indexes of the unqualified humane social environment, and sending analysis results to a humane social environment management module;
s8: after receiving the analysis result of the unqualified human social environment comprehensive evaluation index, the human social environment management module adjusts the corresponding units;
s9: detecting the water quality, air quality, soil quality and sound environment quality of non-Yi villages;
s10: comparing the non-genetic village ecological environment detection report with an environment quality standard, judging whether the detection data are qualified or not, uploading the qualification to a database, screening unqualified data and sending the unqualified data to an ecological environment data analysis module;
s11: analyzing the possibility sources of the unqualified data and verifying until determining factors generated by the unqualified data are found out;
s12: after receiving the decisive factors generated by the unqualified data, the ecological environment data management module processes the data through the corresponding processing units.
Finally: the foregoing description of the preferred embodiments of the invention is not intended to limit the invention to the precise form disclosed, and any such modifications, equivalents, and alternatives falling within the spirit and principles of the invention are intended to be included within the scope of the invention.
Claims (9)
1. A non-genetic village-based environmental monitoring management platform, comprising:
and the electronic map drawing module is used for: for non-Yi village drawing into electrons in regions the map is convenient for inquiring the related information in different areas;
region dividing module: for non-Yi villages the region of interest is designated as the target region, dividing a target area into a humane social environment area and an ecological environment area according to non-natural factors and natural factors;
the human social environment value evaluation module: the system is used for evaluating the value of the human social environment and comprises a human social factor extraction unit, a human social factor data processing unit, a human social environment data processing unit and a human social environment evaluation unit;
the human social environment information acquisition module: the method is used for collecting the traditional building preservation condition and the folk-custom feature activity holding frequency in non-heritable villages, and the flow of facilities, passenger and theme tourists is experienced by cultural inheritance;
the pretreatment module of the human social environment data comprises: the method comprises the steps of performing data processing on collected information to obtain a building damage index, a folk activity index and a cultural attraction index;
the human social environment data processing module is used for: the system is used for carrying out data processing on the cultural value judgment index obtained by the cultural social environment value evaluation module and the building damage index, the folk-custom liveness index and the cultural attraction index obtained by the cultural social environment data preprocessing module to obtain a cultural social environment comprehensive evaluation index;
the human social environment data judging module is used for: the system is used for judging the comprehensive evaluation index of the human social environment, and if the comprehensive evaluation index reaches a preset value, the comprehensive evaluation index of the human social environment is qualified, uploading the comprehensive evaluation index of the human social environment to a database, and sending unqualified data to a human social environment data analysis module;
the human social environment data analysis module: the system comprises a personal social environment management module, a personal social environment analysis module and a personal social environment analysis module, wherein the personal social environment management module is used for analyzing main factors generated by the comprehensive evaluation indexes of the unqualified personal social environment;
the humane social environment management module: the system is used for managing the humane social environment of non-heritable villages and comprises a non-heritable building management unit, a folk-custom characteristic activity management unit, a cultural inheritance facility management unit, a theme tourism management unit and an electronic map management unit, and the corresponding units are adjusted when the analysis result of the unqualified humane social environment comprehensive evaluation index is received;
the ecological environment detection module: the ecological environment information for detecting non-residual villages comprises a water quality detection unit, an air quality detection unit, a soil quality detection unit, an acoustic environment quality detection unit and a real-time monitoring unit;
the ecological environment data judging module is used for: the ecological environment analysis module is used for comparing the ecological environment detection report of the non-genetic village with the environment quality standard, judging whether the detection data are qualified or not, uploading the qualification to a database, screening unqualified data and sending the unqualified data to the ecological environment data analysis module;
the ecological environment data analysis module: the method comprises the steps of analyzing the possibility sources of the unqualified data and verifying until determining factors generated by the unqualified data are found out;
ecological environment data management module: the ecological environment management system is used for managing the ecological environment of non-residual villages and comprises a water quality treatment unit, an air pollution treatment unit, a soil pollution treatment unit, a noise pollution treatment unit and an electronic map management unit, and after receiving decisive factors generated by unqualified data, the ecological environment management system carries out data processing through corresponding treatment units;
and the equipment management module: the system is used for carrying out periodic maintenance and fault repair on equipment used in the humane social environment area and the ecological environment area;
guest access module: the system is used for providing relevant data when tourists visit, and comprises a humane social environment display window, an ecological environment information display window, an electronic map window and a tourist reservation registration window.
2. The non-Yi village-based environmental monitoring management platform as defined in claim 1, wherein: the method for evaluating the value of the human social environment of the non-Ying village by the human social environment value evaluation module comprises the following steps:
a1, extracting human factors in non-Ying villages by a human social factor extraction unit, wherein the human factors comprise historical background, building process aesthetic value and custom culture information;
a2, the collected human factors are dataized by a human social factor datamation processing unit, and are rated according to corresponding grades;
a3, the human social environment data processing unit calculates the human factors after the data processing to obtain a non-scarcity evaluation index and a uniqueness evaluation index;
and A4, calculating the non-genetic scarcity evaluation index and the uniqueness evaluation index by the human social environment evaluation unit to obtain a non-genetic cultural value evaluation index.
3. The method of value assessment of a non-Ying village's human social environment by a human social environment value assessment module according to claim 2, wherein: the specific calculation process is as follows:
b1, calculating the environmental distancing of history a 0 And village building long-distance b 0 : judging the historical environment formation time and building formation time of non-residual village, grading the non-residual village according to different time periods, and corresponding evaluation index is a 1 、a 2 、...、a i 、...、a n And b 1 、b 2 、...、b i 、...、b n The closer the time to the modern society, the lower the long-term evaluation index;
b2, computing historical environmental scarcity c e And building scarcity degree d e : counting the number c of non-residual villages in the same history background i In the whole non-Yi village c 0 The duty ratio of (a) is
The larger c, the history environmentThe lower the scarcity, the +.>
α 1 Adjust the coefficient, alpha, for scarcity 1 >1, counting the number d of non-lost buildings in the same building style i In all non-building d 0 The ratio of->
The larger d, the lower the building scarcity, +.>
α 2 Adjust the coefficient, alpha, for scarcity 2 >1；
B3, calculating aesthetic value p of the building process: divided into professional evaluation value p a Personal evaluation value p b Scoring p of professionals on non-Yi village buildings a1 、p a2 、...、p ai 、...、p an Summarizing and averaging the weighted values
x i Scoring p of non-professional to non-Yi village building for the number of occurrences of each score b1 、p b2 、...、p bi 、...、p bn Summarizing to obtain weighted average +.>
y i For the number of occurrences of each score, p= (p a *θ 1 +p b *θ 2 )*δ，θ 1 、θ 2 Is a proportionality coefficient, theta 1 >θ 2 Delta is a value influence coefficient;
b4, calculating cultural value beta: counting culture custom beta of non-Yi villages 0 Calculate unique custom culture beta i The ratio of the formula is
Cultural value->
Wherein κ is a cultural value affecting factor;
b5, calculating a non-rarity evaluation index Q:
z 1 、z 2 、z 3 、z 4 is a proportionality coefficient, z 4 >z 3 >z 2 >z 1 ζ is a scarcity degree adjustment coefficient;
b6, calculating a uniqueness evaluation index gamma:
k 1 、k 2 、k 3 is an exponential influence factor;
and B7, calculating a cultural value evaluation index epsilon:
where e is a proportionality coefficient, e 2 >e 1 。
4. The non-Yi village-based environmental monitoring management platform as defined in claim 1, wherein: the human social environment information acquisition module acquires human social environment information once every three months.
5. The non-Yi village-based environmental monitoring management platform as defined in claim 1, wherein: the specific calculation steps of the data processing of the collected information by the human social environment data preprocessing module are as follows:
c1, calculating a building damage index f: the traditional building preservation condition is divided into three types of good and bad according to the damage degree, and the corresponding damage degree indexes are f respectively 1 、f 2 、f 3 ；
C2, calculating folk customLiveness index g: counting the days g of various folk activities held in a quarter i The ratio of (1), i.e. g=g i /g 0 ，g 0 Total days for one quarter;
and C3, calculating a cultural attractiveness index y: counting and reserving the non-return village subject travel number m 1 Headcount m of travel reservation in all non-enuresis villages 0 The duty ratio m of (2) a ＝m 1 /m 0 Passenger flow volume m of statistical cultural inheritance experience facility 2 Occupy the reservation non-Yi village proportion of the number of thematic tourists m b ＝m 2 /m 1 The calculation formula of the cultural attractiveness index is
Wherein phi is the adjustment coefficient.
6. The non-Yi village-based environmental monitoring management platform as defined in claim 1, wherein: the specific formula for calculating the comprehensive evaluation index H of the human social environment by the human social environment data processing module is as follows
Wherein h is 1 、h 2 、h 3 Is a scale factor, h 3 >h 1 >h 2 。
7. The non-Yi village-based environmental monitoring management platform as defined in claim 1, wherein: the standard human social environment comprehensive evaluation index H set in the human social environment data judging module 0 ＝1。
8. The non-Yi village-based environmental monitoring management platform as defined in claim 1, wherein: the ecological environment detection module detects ecological environment information once every three months.
9. The non-Yi village-based environmental monitoring management platform as defined in claim 1, wherein: the equipment management module maintains the equipment once every four months.
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| CN118708822B (en) * | 2024-08-30 | 2024-11-08 | 济宁职业技术学院 | An artificial intelligence-assisted generation method for intangible cultural heritage maps |
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