CN111899143A - Regional water environment intelligent management and control system based on big data analysis strategy - Google Patents

Regional water environment intelligent management and control system based on big data analysis strategy Download PDF

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CN111899143A
CN111899143A CN202010533393.8A CN202010533393A CN111899143A CN 111899143 A CN111899143 A CN 111899143A CN 202010533393 A CN202010533393 A CN 202010533393A CN 111899143 A CN111899143 A CN 111899143A
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姜凌波
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Suzhou Yidian Environmental Protection Engineering Co ltd
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Abstract

The invention relates to a regional water environment intelligent management and control system based on a big data analysis strategy, which comprises: the system comprises a big data analysis module, a comprehensive GIS map module, a distributed integrated sewage treatment facility module, a town center sewage treatment plant module, a water ecological treatment facility module, a surface water environment quality module, an operation strategy module, an expert diagnosis module, a comprehensive management module serving for user system management, a production report module, a production monitoring module and a work order circulation module. Through the remote intelligent management mode, the system can perform remote intelligent management and control on the sewage treatment facilities and the water ecological purification facilities which are distributed in one region, simultaneously perform associated operation on the purification facilities and the real-time surface water quality of the region, support the efficient and stable operation of the regional purification facilities through an operation strategy formed by years of big data accumulation analysis and an expert diagnosis platform, forecast and forecast in time, and realize risk management and control.

Description

Regional water environment intelligent management and control system based on big data analysis strategy
Technical Field
The invention relates to the technical field of sewage treatment management, in particular to a regional water environment intelligent management and control system based on a big data analysis strategy.
Background
In recent years, the work of protecting the environmental quality of surface water by governments and society in China is extremely important, and the standard and the discharge index of sewage treatment are rapidly improved by continuously building, reforming and expanding the existing large and medium sewage treatment plants so as to further protect the water quality of surface water systems. Besides large and medium-sized centralized sewage treatment plants, governments in various places build a large number of small distributed sewage treatment facilities, sewage treatment plants and water ecological treatment facilities so as to further improve the sewage treatment capacity of vast towns and rural areas, solve the pollution of point sources and surface sources and improve the surface water environment.
However, compared with large and medium-sized centralized sewage treatment plants with perfect automatic management and control and professional operation teams, distributed sewage treatment facilities, sewage treatment plants and water ecological treatment facilities distributed in vast towns and rural areas lack professional operation and maintenance management teams and automatic supervision means, the flow volume of operation and maintenance personnel is large, a stable system is difficult to form, and stable operation of the facilities is often very difficult. Secondly, the operation and maintenance personnel cost of the distributed sewage treatment facilities, the sewage treatment plants and the water ecological treatment facilities accounts for a large proportion of the operation cost, and the cost is often too high to realize fine management depending on human input. Furthermore, due to the fact that the devices are scattered and distributed in a wide area, the operation conditions and water quality data collection of the devices are huge in cost if a manual mode is adopted, systematic large data analysis is difficult to form, and usable strategy support cannot be provided for the operation of the devices. The problems cause the conditions that the existing distributed sewage treatment facilities, sewage treatment plants and water ecological treatment facilities have high randomness and unstable effect, even equipment paralysis is caused by poor management, investment and construction are needed to be repeated, the efficacy of the water pollution treatment facilities is not well exerted, and the quality of the integral surface water environment in an area is further influenced.
At the present stage, although many distributed sewage treatment facilities, sewage treatment plants and water ecological treatment facilities are built in many areas of China, the facilities are operated independently, the quality of the purification units and the surface water systems of the areas is not connected, a whole system for controlling the water pollution of the areas is not formed, and the guarantee of the whole system is provided for really improving the final surface water environment quality.
Currently, although there are many intelligent water service platforms related to sewage treatment, almost all of them focus on water quality monitoring, operation condition monitoring and over-standard alarming, and do not well relate these units together through a big data platform and provide an operation strategy based on big data analysis. Therefore, with the increase of the number of the distributed sewage treatment facilities, sewage treatment plants, water ecological management facilities and surface water monitoring facilities, it is essential to construct an integrated and information-based intelligent management system platform for the distributed sewage treatment facilities, the sewage treatment plants, the water ecological management facilities and the surface water monitoring facilities so as to ensure the stable operation of the facilities and excellent treatment effect, and further realize the support of big data analysis strategies. Therefore, a regional water environment intelligent management and control system based on a big data analysis strategy is needed, and the modern, systematic and integrated intelligent management based on big data analysis support can be realized.
Disclosure of Invention
The invention aims to provide a regional water environment intelligent management and control system based on a big data analysis strategy, which can realize modern, systematic and integrated intelligent management based on big data analysis support.
In order to ensure high working efficiency and reduce labor cost in the using process, the invention relates to a regional water environment intelligent management and control system based on a big data analysis strategy, which comprises:
the system comprises a big data analysis module, an integrated GIS map module, a distributed integrated sewage treatment facility module, a town center sewage treatment plant module, a water ecological treatment facility module, a surface water environment quality module, an operation strategy module, an expert diagnosis module, an integrated management module, a production report module, a production monitoring module and a work order transfer module;
the big data analysis module is used for sorting, analyzing and diagnosing data collected and transmitted by the basic sensing layer and the data transmission layer and transmitting the data analysis result to other related modules; the comprehensive GIS map module can show all the purification facility units in the regional map and the real-time condition of the surface water quality; the distributed integrated sewage treatment facility module can display the operation conditions and real-time monitoring parameters of all distributed integrated sewage treatment facilities in a region, and realize problem alarm, water quality monitoring and remote regulation and control; the village and town center sewage treatment plant module can display the operation condition and real-time monitoring parameters of small sewage treatment plants in the area, and realize problem alarm and water quality monitoring; the water ecological treatment facility module can display the running state and real-time monitoring parameters of surface water ecological treatment facilities in the region, and realize problem alarming, remote regulation and control and water quality monitoring; the surface water environment quality module can display real-time water quality parameters of surface water systems in the region, and pre-warns and forecasts pollution events and pollution migration dynamics; the operation strategy module can perform deep analysis and fitting on the annual accumulated big data analysis results, provide an optimal operation strategy for all the purification facilities and provide a coping strategy for emergencies; the expert diagnosis module can establish a network platform for technical communication between the user and the professional expert; the comprehensive management module can provide an informatization means for managing all purification facilities and operation and maintenance personnel in the area for a user; the production report module can provide rapid data report sorting and uploading service for users; the production monitoring module can provide a real-time, convenient and fast visual monitoring management platform for a user; the work order circulation module can provide an informationized platform for task issuing and reporting management of the internal system of the user.
The distributed sewage and water ecological comprehensive intelligent water affair management platform has the advantages that the water pollution treatment units in the area and the surface water environment are organically combined into a water pollution prevention and treatment system through the distributed sewage and water ecological comprehensive intelligent water affair management platform with big data analysis, functions of unattended operation, remote control, accident alarm, problem analysis and the like are realized, the operation and emergency response of the system are supported based on big data analysis strategies, artificial uncertain factors and labor cost are reduced, and the actual effect of the water quality purification units on guaranteeing the quality of the surface water environment is scientifically and efficiently improved.
Furthermore, the big data analysis module performs fitting, analysis and diagnosis on all real-time data of the distributed sewage purification facilities, the sewage treatment plants, the water ecological purification facilities and the surface water environmental quality within the area range, and couples the operation effect of each purification unit with the surface water environmental quality condition of the area through internal model simulation to form systematic regional water pollution treatment data information.
Furthermore, the integrated GIS map module can display the real-time quality of distributed sewage treatment facilities, sewage treatment plants, water ecological treatment facilities and surface water in the area on the integrated GIS map, and can display the real-time operation and water quality conditions of the integrated GIS map to form a water pollution monitoring platform of the whole area.
Furthermore, the distributed integrated sewage treatment facility module, the village and town center sewage treatment plant module, the water ecological treatment facility module and the surface water environment quality module can carry out real-time data monitoring and remote regulation and control management on the distributed purification facilities in the region, realize problem alarming and analysis and reduce labor input.
Furthermore, the operation strategy module can carry out deep excavation and fitting on the large data analysis results accumulated for many years, provides the optimal operation strategies of all stages of the whole year for all the distributed sewage treatment facilities and the water ecological purification facilities, and simultaneously searches historical events matched with records for emergencies and provides emergency plans.
Furthermore, the expert diagnosis module can provide an information channel for the user, so that the user can communicate the current problem condition and the recorded data with the expert on line, and the system is controlled in a more specialized way.
Furthermore, the comprehensive management module, the production report module, the production monitoring module and the work order circulation module can provide a more efficient and convenient informatization means for personnel and task management of regional purification facilities and user internal systems.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic block diagram of an intelligent management and control system for a regional water environment based on big data analysis strategy according to the present invention;
FIG. 2 is an information structure diagram of a regional water environment intelligent management and control system based on big data analysis strategy according to the present invention;
FIG. 3 is a diagram of the working information of the expert dispute module of the intelligent management and control system for the regional water environment based on the big data analysis strategy according to the present invention;
fig. 4 is a diagram of an uplink data analysis processing structure of the regional water environment intelligent management and control system based on a big data analysis strategy.
Detailed Description
The present invention will be further described in detail with reference to the following specific examples:
the invention aims to provide a regional water environment intelligent management and control system based on a big data analysis strategy, which can realize modern, systematic and integrated intelligent management based on big data analysis support.
As shown in fig. 1, in order to ensure high working efficiency and reduce labor cost during use, the invention relates to a regional water environment intelligent management and control system based on big data analysis strategy, which comprises:
the system comprises a big data analysis module, an integrated GIS map module, a distributed integrated sewage treatment facility module, a town center sewage treatment plant module, a water ecological treatment facility module, a surface water environment quality module, an operation strategy module, an expert diagnosis module, an integrated management module, a production report module, a production monitoring module and a work order transfer module;
the big data analysis module is used for sorting, analyzing and diagnosing data collected and transmitted by the basic sensing layer and the data transmission layer and transmitting the data analysis result to other related modules; the comprehensive GIS map module can show all the purification facility units in the regional map and the real-time condition of the surface water quality; the distributed integrated sewage treatment facility module can display the operation conditions and real-time monitoring parameters of all distributed integrated sewage treatment facilities in a region, and realize problem alarm, water quality monitoring and remote regulation and control; the village and town center sewage treatment plant module can display the operation condition and real-time monitoring parameters of small sewage treatment plants in the area, and realize problem alarm and water quality monitoring; the water ecological treatment facility module can display the running state and real-time monitoring parameters of surface water ecological treatment facilities in the region, and realize problem alarming, remote regulation and control and water quality monitoring; the surface water environment quality module can display real-time water quality parameters of surface water systems in the region, and pre-warns and forecasts pollution events and pollution migration dynamics; the operation strategy module can perform deep analysis and fitting on the annual accumulated big data analysis results, provide an optimal operation strategy for all the purification facilities and provide a coping strategy for emergencies; the expert diagnosis module can establish a network platform for technical communication between the user and the professional expert; the comprehensive management module can provide an informatization means for managing all purification facilities and operation and maintenance personnel in the area for a user; the production report module can provide rapid data report sorting and uploading service for users; the production monitoring module can provide a real-time, convenient and fast visual monitoring management platform for a user; the work order circulation module can provide an informationized platform for task issuing and reporting management of the internal system of the user.
The distributed sewage and water ecological comprehensive intelligent water affair management platform has the advantages that the water pollution treatment units in the area and the surface water environment are organically combined into a water pollution prevention and treatment system through the distributed sewage and water ecological comprehensive intelligent water affair management platform with big data analysis, functions of unattended operation, remote control, accident alarm, problem analysis and the like are realized, the operation and emergency response of the system are supported based on big data analysis strategies, artificial uncertain factors and labor cost are reduced, and the actual effect of the water quality purification units on guaranteeing the quality of the surface water environment is scientifically and efficiently improved.
In practical operation, the specific implementation example of the invention is an intelligent water management system, which mainly aims at a comprehensive control data platform of the water quality of distributed water purification units and surface water in a regional range, and adopts big data analysis to analyze and simulate years of accumulated historical data of the system, so as to provide an operation strategy and an emergency scheme for the system. The intelligent water affair management system comprises big data analysis, a comprehensive GIS map, a distributed integrated sewage treatment facility, a sewage treatment plant, a water ecological treatment facility, surface water environment quality, an operation strategy, expert diagnosis, comprehensive management, a production report, production monitoring (SCADA) and work order circulation.
Furthermore, the big data analysis module performs fitting, analysis and diagnosis on all real-time data of the distributed sewage purification facilities, the sewage treatment plants, the water ecological purification facilities and the surface water environmental quality within the area range, and couples the operation effect of each purification unit with the surface water environmental quality condition of the area through internal model simulation to form systematic regional water pollution treatment data information.
In actual operation, the big data analysis module performs statistics, analysis and graphical display on the collected and accumulated annual operation data of the regional distributed integrated sewage treatment facility, the sewage treatment plant, the water ecological treatment facility and the surface water environment quality, and generates an operation strategy and an emergency response scheme through internal program model fitting.
Furthermore, the integrated GIS map module can display the real-time quality of distributed sewage treatment facilities, sewage treatment plants, water ecological treatment facilities and surface water in the area on the integrated GIS map, and can display the real-time operation and water quality conditions of the integrated GIS map to form a water pollution monitoring platform of the whole area.
In actual operation, the comprehensive GIS map module comprises a regional water system GIS map, distributed integrated sewage treatment devices distributed on the regional water system GIS map, water ecological treatment facilities and surface water bodies, and displays the basic information, the real-time state, the operation alarm state and other functions of the following distribution system.
Furthermore, the distributed integrated sewage treatment facility module, the village and town center sewage treatment plant module, the water ecological treatment facility module and the surface water environment quality module can carry out real-time data monitoring and remote regulation and control management on the distributed purification facilities in the region, realize problem alarming and analysis and reduce labor input.
In actual operation, the distributed integrated sewage treatment facility module comprises a corresponding GIS subsystem, effluent water quality parameters of the distributed sewage treatment facility, equipment operation data, treated water quantity statistics, electricity and medicine statistics, water quality standard exceeding alarm, fault information alarm and the like; the town center sewage treatment plant module comprises a corresponding GIS subsystem, a town center sewage treatment plant effluent quality parameter and equipment operation data, a treated water amount statistic, an electricity and medicine consumption statistic and a fault information alarm; the water ecological treatment facility module comprises a corresponding GIS subsystem, a water quality parameter monitoring system and a fault information alarm system, wherein the water ecological treatment facility module is used for monitoring the water quality parameter around the water ecological treatment facility in real time, monitoring the operation data of the water ecological treatment facility, and carrying out statistics on the treated water amount, statistics on the electricity and the medicine and the fault information alarm; the surface water environment quality module comprises a corresponding GIS subsystem, real-time data for monitoring the surface water environment quality of a typical section in an area and water quality pollution alarm.
Furthermore, the operation strategy module can carry out deep excavation and fitting on the large data analysis results accumulated for many years, provides the optimal operation strategies of all stages of the whole year for all the distributed sewage treatment facilities and the water ecological purification facilities, and simultaneously searches historical events matched with records for emergencies and provides emergency plans.
In actual operation, the operation strategy module comprises an operation strategy generated by big data analysis and an emergency response scheme.
Furthermore, the expert diagnosis module can provide an information channel for the user, so that the user can communicate the current problem condition and the recorded data with the expert on line, and the system is controlled in a more specialized way.
In actual operation, the expert diagnosis module comprises a distributed integrated expert diagnosis platform for the sewage treatment facility, an expert diagnosis platform for the sewage treatment plant, an expert diagnosis platform for the water ecological treatment facility, a surface water environment quality diagnosis platform and corresponding data uploading and downloading modules.
Furthermore, the comprehensive management module, the production report module, the production monitoring module and the work order circulation module can provide a more efficient and convenient informatization means for personnel and task management of regional purification facilities and user internal systems.
In actual operation, the comprehensive management module comprises operation data, routing inspection data and fault data of all equipment and data of personnel and auxiliary facilities of the whole system, and has the function of issuing electrical parameter adjustment to an equipment layer; the production report module comprises a reporting production report which is formed by daily operation data of the distributed integrated sewage treatment facility, the sewage treatment plant, the water ecological treatment facility and the surface water environment quality according to the requirement; the production monitoring (SCADA) module comprises a distributed integrated sewage treatment facility, a sewage treatment plant, a water ecological treatment facility, an image monitoring system of a surface water system, monitoring and data acquisition; the work order circulation module comprises a downlink work order for distributing work tasks and an uplink work order for reporting the completion condition.
In practical operation, as shown in fig. 2, the information system structure of the intelligent water management system according to the present invention includes a base layer, a data layer and an application layer.
The basic layer collects data through an informationized water quality and process sensor, collects electrical and automatic control data through a PLC automatic control system of the device, collects video data through a video collector, all the collected data are transmitted and stored to a basic layer storage facility, and after calculation and conversion of the PLC system, the collected data are transmitted to a superior data layer through a GPRS data signal transmitting/receiving terminal of the basic layer.
And the data layer receives the data signal transmitted by the basic layer through the GPRS data receiving terminal, converts the data signal into digital information and stores the digital information in the server.
The application layer carries out program operation processing on the data uploaded by the base layer stored in the server through an operation processing center, one part of an operation result enters an integrated management, production report, production monitoring (SCADA) and work order circulation module to generate corresponding management information, and the integrated management module can also realize the task of downlink data; and the other part of the operation result enters a big data analysis module, and after further mining and analysis of data, the analysis result enters six modules, namely a comprehensive GIS map, a distributed integrated sewage treatment facility, a sewage treatment plant, a water ecological treatment facility, surface water environment quality and an operation strategy, so that corresponding information is generated.
As shown in fig. 3, the expert diagnosis module according to the present invention is a platform for technical communication between a user and a backend expert database expert regarding operation conditions of distributed integrated sewage treatment facilities, sewage treatment plants, water ecological treatment facilities, surface water environmental quality, problem events, etc. in a practical case, and the user can transmit results of big data analysis, various information charts and video information to an appointed expert through the platform for paid technical consultation.
As shown in fig. 4, after the uplink data of the application layer is processed by the application layer operation processing center, part of the data is distributed to the management system (integrated management, production report, production monitoring (SCADA) and work order circulation), and part of the data is distributed to the big data analysis module, and after further analysis and simulation, the data is used as a data source of the application function module (integrated GIS map, distributed integrated sewage treatment facility, sewage treatment plant, water ecological treatment facility, surface water environment quality and operation strategy).
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims (7)

1. A regional water environment intelligent management and control system based on a big data analysis strategy is characterized by comprising a big data analysis module, a comprehensive GIS map module, a distributed integrated sewage treatment facility module, a town center sewage treatment plant module, a water ecological treatment facility module, a surface water environment quality module, an operation strategy module, an expert diagnosis module, a comprehensive management module, a production report module, a production monitoring module and a work order circulation module;
the big data analysis module is used for sorting, analyzing and diagnosing data collected and transmitted by the basic sensing layer and the data transmission layer and transmitting the data analysis result to other related modules; the comprehensive GIS map module can show all the purification facility units in the regional map and the real-time condition of the surface water quality; the distributed integrated sewage treatment facility module can display the operation conditions and real-time monitoring parameters of all distributed integrated sewage treatment facilities in a region, and realize problem alarm, water quality monitoring and remote regulation and control; the village and town center sewage treatment plant module can display the operation condition and real-time monitoring parameters of small sewage treatment plants in the area, and realize problem alarm and water quality monitoring; the water ecological treatment facility module can display the running state and real-time monitoring parameters of surface water ecological treatment facilities in the region, and realize problem alarming, remote regulation and control and water quality monitoring; the surface water environment quality module can display real-time water quality parameters of surface water systems in the region, and pre-warns and forecasts pollution events and pollution migration dynamics; the operation strategy module can perform deep analysis and fitting on the annual accumulated big data analysis results, provide an optimal operation strategy for all the purification facilities and provide a coping strategy for emergencies; the expert diagnosis module can establish a network platform for technical communication between the user and the professional expert; the comprehensive management module can provide an informatization means for managing all purification facilities and operation and maintenance personnel in the area for a user; the production report module can provide rapid data report sorting and uploading service for users; the production monitoring module can provide a real-time, convenient and fast visual monitoring management platform for a user; the work order circulation module can provide an informationized platform for task issuing and reporting management of the internal system of the user.
2. The intelligent management and control system for regional water environment based on big data analysis strategy as claimed in claim 1, wherein: the big data analysis module is used for fitting, analyzing and diagnosing all real-time data of the distributed sewage purification facilities, the sewage treatment plants, the water ecological purification facilities and the surface water environmental quality within the area range, and coupling the operation effect of each purification unit and the regional surface water environmental quality condition through internal model simulation to form systematic regional water pollution treatment data information.
3. The intelligent management and control system for regional water environment based on big data analysis strategy as claimed in claim 1, wherein: the integrated GIS map module can display the real-time quality of distributed sewage treatment facilities, sewage treatment plants, water ecological treatment facilities and surface water in the area on the integrated GIS map, and can display the real-time operation and water quality conditions of the integrated GIS map to form a water pollution monitoring platform of the whole area.
4. The intelligent management and control system for regional water environment based on big data analysis strategy as claimed in claim 1, wherein: the distributed integrated sewage treatment facility module, the village and town center sewage treatment plant module, the water ecological treatment facility module and the surface water environment quality module can carry out real-time data monitoring and remote regulation and control management on the distributed purification facilities in the region, realize problem alarming and analysis and reduce labor input.
5. The intelligent management and control system for regional water environment based on big data analysis strategy as claimed in claim 1, wherein: the operation strategy module can carry out deep excavation and fitting on the big data analysis results accumulated for many years, provides the optimal operation strategy of each stage all the year around for each distributed sewage treatment facility and water ecological purification facility, and simultaneously searches historical events matched with records for emergencies and provides an emergency plan.
6. The intelligent management and control system for regional water environment based on big data analysis strategy as claimed in claim 1, wherein: the expert diagnosis module can provide an information channel for a user, so that the user can communicate the existing problem condition and the recorded data with an expert on line, and the system is controlled in a more specialized way.
7. The intelligent management and control system for regional water environment based on big data analysis strategy as claimed in claim 1, wherein: the comprehensive management module, the production report module, the production monitoring module and the work order circulation module can provide more efficient and convenient informatization means for personnel and task management of regional purification facilities and user internal systems.
CN202010533393.8A 2020-06-12 2020-06-12 Regional water environment intelligent management and control system based on big data analysis strategy Pending CN111899143A (en)

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CN112116107A (en) * 2020-09-15 2020-12-22 重庆智诚康博环保科技有限公司 Water affair operation management method, system and computer readable storage medium
CN112462709A (en) * 2020-11-19 2021-03-09 海天水务集团股份公司 Wisdom water utilities integrated management platform
CN113313472A (en) * 2021-06-15 2021-08-27 海南君麟环境科技有限公司 Intelligent environmental control platform establishing method and system based on big data
CN113610369A (en) * 2021-07-26 2021-11-05 广州园林建筑规划设计研究总院有限公司 Evaluation method of water ecological service efficacy and urban waterfront landscape construction method
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CN113849166A (en) * 2021-11-29 2021-12-28 广东青藤环境科技有限公司 Intelligent water environment building block type zero-code development platform
CN117010856A (en) * 2023-05-26 2023-11-07 中建安装集团有限公司 Intelligent sewage diversion data management system and method based on data analysis
CN117010856B (en) * 2023-05-26 2024-01-30 中建安装集团有限公司 Intelligent sewage diversion data management system and method based on data analysis

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