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1.1.1. Supervision and supervision subsystem
The inspection and supervision subsystem refers to the inspection of the operation effect through the independent inspection team in the form of daily inspection and special inspection. According to the work progress, problems existing in the work, key and difficult problems, carry out daily inspection and supervision, special inspection and supervision, and realize the evaluation mode of active inspection, which is the main source and powerful supplement to the evaluation mode of the evaluation and evaluation subsystem.
The inspection and supervision system can record the inspected area, the inspected object, the type of problem found by the inspector, the situation, and the evidence (inspector takes a photo). Supervise assessment and evaluation work. Specifically, it includes the following functions:
1.1.1.1. Inspector task generation
The inspection task generation module is a system that generates inspection tasks for daily inspections and special inspections according to inspection requirements, inspection objects, inspection teams, inspection time and rules. Personnel in the inspection team can view the inspection object, inspection time, inspection location and other inspection task information in this module.
1.1.1.2. Inspector task management
The system can manage inspection tasks, query and view the information of inspection tasks, and operate inspection tasks that need to be changed, including changing the composition of inspection team members, changing inspection time, and changing inspection objects.
1.1.1.3. Inspector report
The inspection team can fill in the problems found during the inspection process, and can provide rectification opinions on the problems, and can also fill in the requirements for problem disposal, including the time limit for disposal, etc. Form a list of problems and dispatch them to the corresponding departments responsible for handling them.
1.1.1.4. Supervision and supervision
Supervise the process of handling problems by timing the handling of inspection events, tracking the handling status, reminding of the handling time limit, and overdue alarms, etc., to ensure that the work of handling problems is regulated, operating normally, and supervised effectively. Relevant leaders can understand the situation of incident handling in real time, and supervise the progress of incident handling to effectively ensure the smooth implementation of incident handling.
1.1.1.5. Inspector account management
Record the work according to the execution results of the inspection tasks, establish the ledger and summary of the inspection records, including the number of execution tasks, task personnel, events, materials, etc. Summarize according to the work ledger of task results, and classify according to management objects.
1.1.2. Attendance management subsystem
Realize the setting of dispatcher's on and off work schedule, daily inspection route, inspection area, inspection area inspection point, and inspection time. Realize the setting of patrol plans and patrol routes for team members, and combine GPS positioning and track playback to compare actual patrol reveals with planned patrol routes to improve personnel management efficiency.
Regional leaders determine the personnel, positions, routes, districts and cities, and patrol points of the personnel under the jurisdiction of the department, and finally realize the scientific and effective supervision of personnel.
1.1.2.1. Personnel service plan setting
Provide service information management for work plans, job settings, and personnel arrangements.
It is possible to set basic inspection routes and basic inspection areas, and set law enforcement team duty plans according to different dimensions such as time, route, and area.
1.1.2.2. Scheduling plan setting
For the setting of daily scheduling work for front-line team members and internal staff, it is necessary to specify specific personnel arrangements and time schedules, and at the same time, you can view the overall scheduling situation through the calendar view. Scheduling can be set.
1.1.2.3. Service plan query
Query the set service plan, and query the service plan according to different conditions such as historical service plan, unexecuted service plan, patrol team, and route.
1.1.2.4. Automatic alarm
Provide real-time alarms to personnel and vehicles that occur during inspections such as staying, crossing boundaries, and overtime, and automatically record the time, place, and route when the alarm occurs.
1.1. Comprehensive management topics
1.1.1. GIS panorama analysis
1.1.1.1. Overview
The platform combines geographic information system and applies 3D simulation technology to display the key elements in the grid such as population, buildings, staff, public components, and people's livelihood events in an all-round way. Operational browsing can intuitively and completely present the overall construction situation in different grid areas. It also supports detailed viewing of any infrastructure to help managers strategize.
1.1.1.2. Population information
The system collects all kinds of population information in the grid and provides real-time total population data, including resident population, registered population, unregistered population, floating population, going out, vacant population and other related population data.
1.1.1.3. Building information
The system collects all kinds of building information in the grid, including housing, factories, office buildings, hospitals, government agencies and other building categories. Through the GIS data platform, the detailed information of various buildings can be viewed in real time, such as unit floor information, building area, building length and housing data.
1.1.1.4. Staff
Through the GIS data platform, you can intuitively understand the distribution of staff, and also provide staff list statistics and retrieval functions. It is convenient for managers to assign tasks, as well as convenient functions such as track viewing.
1.1.1.5. Component information
Through the data collection of public components, the distribution of each component and its corresponding data information can be understood in detail in the GIS panorama analysis, such as cameras, fitness equipment, trash cans, street lights, etc. It is convenient for managers to carry out maintenance, inspection, inventory and other work.
1.1.1.6. Livelihood management
Carry out grid management on the marginal population prone to poverty, the elderly and other populations. Through GIS panorama analysis, it is possible to understand the specific quantity, details of poverty alleviation, and detailed information on the elderly and other related groups in detail. Help managers make decisions or provide targeted assistance.
1.1.1.7. Incident Management
Visualize data statistics for various events in the grid, and conduct big data statistics and analysis of public security, epidemic prevention and control, social governance, petitions and stability maintenance, campus security and other related event types. Provides related modules such as event retrieval, viewing, and processing progress follow-up. It can make grassroots incident management clearer and more convenient.
1.1.2. Big data analysis
The grass-roots governance big data analysis platform covers relevant information such as party building management, comprehensive governance, population information, and grid management. It can visually view the corresponding information content through different levels of areas, helping managers to make analysis and decision-making. The management is visualized, convenient and lightweight.
1.1.2.1. Comprehensive management big data platform
Perform statistical analysis on the data of the comprehensive management events in the grid, and display them in different ways such as trend charts, pie charts, and bar charts.
Use histograms and pie charts to count the trend statistics of conflict and dispute events, the status of events this month, comprehensive management events, comprehensive law enforcement statistics, and the number of grid conflict and dispute events.
1.1.2.2. Population big data platform
Through the analysis and collection of population data, the platform conducts corresponding statistics on the population attributes, male to female ratio, and educational background ratio in the grid, and can intuitively understand the population distribution in the grid through the population data distribution map.
Use histograms and pie charts to count the number of ethnic populations, population attributes, marital status, population gender, and the proportion of personnel types.
1.1.2.3. Grid big data platform
The grid big data analysis platform provides a detailed display of population change trends, population statistics and housing statistics within the grid, which is convenient for managers to manage and count the grid.
Use histograms, pie charts, and line charts to make statistics on population change trends, population entry, housing entry, building type statistics, and personnel type proportions.
1.1.2.4. Urban management big data platform
The platform conducts visual statistics and analysis on the number of urban management inspections, the number of grid events and components.
Use histograms and line charts to count component types, inspection trends, monthly inspection times, grid component quantities, and grid event quantity rankings.
1.1.2.5. Work big data platform
Carry out detailed statistics and analysis on the working conditions of personnel in the grid, including modules such as work progress status comparison, inspection statistics, etc.
Use histograms, line charts, and pie charts to count the number of monthly personnel, the trend of total workload, the comparison of work status, the number of people vaccinated, and the number of personnel inspections per month.
1.1.3. Grid Governance
In order to display and analyze the data of different grids in detail, various analysis and statistics are carried out on the overall data, community data, housing and population data in the grid.
1.1.1. Smart urban management big data analysis and decision-making system
Starting from the actual business needs of urban management, through the integration of big data analysis and data mining technology, the urban management data is classified and integrated to find out the relevance of urban management problems, and provide reference for the occurrence and disposal of urban management problems at all levels of management. Through the detection of physical signs on the data analysis platform, daily online monitoring of various operational elements of urban management is carried out, and various analysis models and assessment models are established and gradually improved by using data integration and analysis, and urban management operation reports and assessment results are automatically generated to achieve real-time monitoring. Refined management of city management business. Continuously improve the coverage of refined management, improve the level of urban management services, and gradually realize effective urban governance.
Through the data collection tool suite of the space-time information platform, the structured case data is captured, and the smart urban management big data center performs data collection, storage, cleaning and fusion on the data captured by the smart urban management system, and eliminates non-key fields. A business office case database is generated in the cloud database, and distributed indexes and caches are established to provide strong technical support for intelligent analysis, assessment and evaluation, and auxiliary decision-making of smart urban management.
The smart urban management big data analysis and decision-making system converts the massive data extracted from the smart urban management big data center into an analysis model to form targeted data results.
Through the big data analysis and decision-making system of smart urban management, it can efficiently analyze and mine the massive data of smart urban management, apply mathematical models to generate higher-level decision-making support information, obtain various analysis and evaluation data, provide decision-making support for urban management, and serve citizens Provide convenient service information, and provide auxiliary decision-making for the urban management of Ezhou City.
1.1.2. Smart urban management emergency command
After the urban management supervision and command center is completed, it not only undertakes the supervision and command of urban management under normal conditions, but also can undertake the emergency command of urban management. Through the construction of the smart city emergency command system, it is convenient for leaders to dispatch relevant resources in the supervision and command center for on-site command. The system is used for emergency command and decision-making agencies, relevant leaders, etc.
1.1. City Brain
Using GIS+2D and 3D modeling technology to realize the restoration of urban geography and building information, integrate government data, industry data, perception data and data from various application platforms, and comprehensively present the monitoring of overall urban operation signs and situation analysis, all on one screen It presents the comprehensive operation situation in various fields of the city's economic and social development, and realizes "one-screen overview and one-network unified management" of the affairs of the whole district.
1.1.1. Visual display platform
1.1.1.1. Large screen system
The system should be based on advanced and mature digital image, network technology, computer information technology, automatic control technology, and modern communication technology, and can have good compatibility and cooperative work with other subsystems. At the same time, the system design takes full account of functional expansion and technical upgrades, so as to adapt to the needs of use and the development of technology.
Combined with the technical requirements of the comprehensive law enforcement platform command center site and the large-screen display system, design the large-screen display system. Through this large-screen projection splicing system, you can watch various information related to monitoring and dispatching in real time, including GIS electronic maps, real-time video monitoring signals, various management information system data, various historical data images, and computer, TV, and physical projections. Various information such as information from signal sources such as instruments and computer network information can be displayed and analyzed on multiple screens at any time for various on-site signals and various computer graphic signals, making judgments and processing in time, issuing dispatching instructions, and realizing real-time monitoring and the purpose of centralized scheduling.
1.1.1.2. GIS map platform
The GIS map platform is one of the most important supporting systems of the administrative law enforcement command system, which realizes the management, maintenance, display, roaming, analysis, functions such as modeling and updating.
1.1.1.2.1. Map display and management
The map display and management module is the basic function module of this system. It can realize map operation and management functions such as map zoom-in, zoom-out, roaming, and full-map display.
The system adopts spatial database engine technology and R-tree indexing technology, and has faster display and processing capabilities for massive spatial data.
1. Map display strategy
In order to improve the display efficiency of data, the system adopts a multi-level scale grading display strategy. According to the scale from small to large, stack the traffic map, cell grid map, and 1:1000 basic topographic map in sequence.
2. Map window management
Basic operations such as map zoom in, zoom out, window zoom in, window zoom out, roaming, and full map display can be easily performed.
3. Hawkeye
Use the thumbnail window to display the full screen content of the current map, display the position of the current map window in the whole map, and change the window of the current map window by dragging on the thumbnail.
1.1.1.2.2. GPS positioning
Law enforcement vehicles and law enforcement mobile terminals are equipped with GPS receiving modules, which have GPS positioning functions, can accurately locate the location of the case on the map within a certain range of accuracy, and can display or query the location of vehicles and individuals, route tracks, and real-time information of law enforcement personnel. Route tracking and location information of surrounding law enforcement vehicles and law enforcement officers, etc. Through the GPS communication interface, the coordinate information is sent to the command center to provide the basis for positioning.
1.1.1.2.3. Video monitoring point positioning
The specific coordinate position of each mobile video monitoring point can be marked through the map, and can be selectively displayed according to the query conditions.
1.1.1.2.4. Query positioning
The query and location module is used to quickly locate thematic data and view attribute information. It mainly includes the following functions:
1. Graphical query properties
2. Attribute check graph
3. Condition query
4. GPS positioning query
5. Place name matching query
1.1.1.2.5. Spatial statistics
The spatial statistics module can count urban areas, streets, communities, and grids as statistical units to count the number of thematic features falling within the spatial range. The system also supports custom area statistics, and counts the number of different types of parts or events according to the range defined by the user. The system can output statistical results into HTML, XML, Excel, MDB and other formats.
1.1.1.2.6. Spatial Analysis
The spatial analysis module can provide managers with various analysis results and statistical data from a macro perspective. It mainly includes the following functions:
1. Map measurement
The system provides various measurement tools, which can measure length (distance), area, angle, etc. For example, the length measurement of the inspection route of law enforcement personnel, etc.
2. Buffer analysis
The user can select the analysis object of the buffer zone and input the buffer radius, and the system can search for all the objects occurring in the buffer zone and display them in the list. For example, select the location of a commercial noise case, set the buffer radius according to the intensity of the noise, construct a buffer zone, and check the buildings it affects.
3. Overlay analysis
For example, according to the spatial area defined by the user, the distribution of cases falling into the area is calculated through overlapping analysis.
1.1.1.3. Big data display platform
1.1.1.3.1. Visual display of big data
The big data platform is an important part of the data management of the law enforcement and case handling system. The big data of the law enforcement and case handling system consists of six parts: field cases, brigade law enforcement, overdue cases, fine amount and total number of cases, and reported cases. The reporting module performs scrolling playback according to the urgency of the case.
1.1.1.3.2. Panoramic display of engineering points
Based on the GIS online map, display the information of various engineering points. After clicking the engineering point information, the detailed information of the corresponding engineering point can be displayed.
1.1.1.3.3. Progress online tracking
Based on the GIS online map, display the information of the law enforcement point, and automatically calculate the law enforcement progress of the law enforcement point according to the system data. It is possible to grasp the law enforcement progress and law enforcement results of each law enforcement point in real time. Different progress is distinguished according to different colors, which provides a basis for the next law enforcement plan and realizes time reporting to map management.
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