System Architecture of Digital Urban Management System

System Architecture of Digital Urban Management System

1. Mobile Subsystem: The digital urban management system provides the most extensive functional support for urban management leaders and law enforcement personnel. In addition to the functions of the wireless information collection subsystem stipulated by national standards, the functions of almost all other subsystems can be implemented via mobile terminals. All stages of the business process (information collection stage, case filing stage, task dispatch stage, task processing feedback stage, case verification, case closure stage, and comprehensive evaluation stage) can be implemented via mobile terminals, such as mobile case application and approval, browsing of statistical data and statistical charts of the comprehensive evaluation subsystem, as well as all mobile OA functions. Supervisors can upload various types of data—including mobile phone images and text, image and location information from mobile terminals, and images from fixed locations on major streets—to the data center for use by inspectors, enabling functions such as collecting and reporting problem information via wireless data collection devices for supervision data, receiving verification and inspection tasks assigned by the supervision center, information query, and positioning. This subsystem also features functions such as illegal incident handling, ticket printing, case approval, positioning, and command dispatch.
2. Call Reception Subsystem: This subsystem enables the supervision center to register and file cases for various types of reported information and transmit them to the command center for dispatch. Its main functions include receiving and accepting problem information reported by inspectors and the public, establishing case files, sending them to the collaborative work subsystem, and simultaneously assigning verification and inspection work tasks to inspectors.
3. Collaborative Work Subsystem: This is the core subsystem of the digital urban management system and the primary subsystem used by leaders at all levels and business personnel from various departments. It is mainly used by the supervision center, command center, professional departments, and leaders at all levels, enabling information synchronization, collaborative work, and collaborative supervision between the supervision center, command center, and professional departments. It provides tools for sharing various information resources and online update tools for components, linking together task dispatch, task processing, processing feedback, verification, and case closure.
4. Geocoding Subsystem: This subsystem is closely related to several other subsystems. Through standard interfaces, it provides geocoding services for other subsystems such as the wireless data collection subsystem for supervision data and the collaborative work subsystem, implementing functions such as address description, address query, and address matching.
5. Dispatch Command Subsystem: This subsystem is used by the command center for centralized supervision and command management, graphically displaying maps, video images, and various types of information, and promptly issuing leadership directives and handling opinions. It integrates various types of basic information and business information, enabling map-based supervision and command functions, as well as real-time monitoring of problem locations, problem handling processes, inspector on-duty status, and comprehensive evaluation information. The system's display equipment uses large-screen displays.
6. Comprehensive Evaluation Subsystem: This subsystem enables real-time quantitative management and performance evaluation of the supervision areas, relevant government departments, and posts involved in municipal supervision work. Based on evaluation models such as the municipal supervision work process, responsible entities, and work performance, it can perform comprehensive statistics, calculation, and assessment for areas, departments, and posts, and generate visualized evaluation results.
7. Application Maintenance Subsystem: This subsystem allows configuration of information related to organizations, personnel, business, work forms, maps, and workflows, as well as query and statistics methods, completing system management, maintenance, and expansion work.
8. Basic Data Resource Management Subsystem: This subsystem implements management, maintenance, and expansion functions for spatial data, and allows configuration of spatial data display, query, editing, and statistics functions.
9. Data Exchange Subsystem: This subsystem implements data exchange with external departments or systems, and the exchanged information may include problem information, business processing information, and comprehensive evaluation information.
10. Outdoor Advertising Approval and Management System: This system establishes an online approval business process for outdoor advertising, assigns a unique ID electronic tag to each billboard, and records the billboard's installation location, content, and usage period. Management personnel use handheld terminals to achieve remote identification and management.
11. Intelligent Management of Temporary Parking Lots: Ground-sensing devices are deployed in temporary parking lots, and each management personnel is equipped with a handheld terminal with photo-taking and printing functions, enabling timed parking fee collection and free parking for privileged vehicles, eliminating corruption where fees are collected without issuing tickets, and effectively reducing government financial losses.
12. Real-time Positioning and Tracking Management of Muck Trucks: Vehicle-mounted GPS and video surveillance technologies are used to provide real-time positioning, tracking, speed measurement, and recording of bucket opening/closing status for muck transport vehicles, and can also apply braking and engine shutdown to prevent indiscriminate driving and illegal dumping.