Digital Urban Management Information System Construction Solution

📅Mar 7, 2015

Brief：In recent years, a visualized digital urban management technology based on 3ds Max has emerged. This technology restores the original urban landscape and urban components, enabling managers to supervise and manage urban locations and components more intuitively. Unlike traditional urban management systems, it integrates vector data, attribute data, 3D data, and image data from data results, effectively addressing the demand for basic data by urban management departments and realizing visualized management for both managers and users.

Digital City Command & DispatchDigital Camp Command & DispatchDigital Urban Management Command & DispatchCommand & DispatchDispatch SystemDigital City

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Currently, most "Digital Urban Management" solutions are information management platforms based on 2D maps. Since 2D plans are not intuitive enough, urban management supervisors on site often find it difficult to quickly match the components involved in an incident with those in the urban management terminal, which not only affects work efficiency but also easily generates erroneous cases, increasing the false reporting rate. The system omits the most complex urban components and humanistic information in urban management, requires professional GIS knowledge for application, and has certain limitations in management.
To address the above issues, in recent years, a visualized digital urban management technology based on 3ds Max has emerged. This technology restores the original urban landscape and urban components, enabling managers to supervise and manage urban locations and components more intuitively. Unlike traditional urban management systems, it integrates vector data, attribute data, 3D data, and image data from data results, effectively addressing the demand for basic data by urban management departments and realizing visualized management for both managers and users.

Table of Contents

Chapter 1 Project Overview 1
1.1 Project Construction Background 1
1.1.1 Overview of National Digital Urban Management Construction 1
1.1.1.1 From "2D Urban Management" to "3D Visualized Urban Management" 1
1.1.1.2 From "Small Urban Management" to "Comprehensive Urban Management" 1
1.1.1.3 From "Digital Urban Management" to "Digital Community" 2
1.1.1.4 From "Digital Urban Management" to "Digital City" 2
1.1.2 Overview of XX City and Current Urban Management Status 2
1.2 Project Construction Objectives 3
1.2.1 Overall Objectives 3
1.2.2 Specific Construction Tasks 3
1.3 Project Construction Scope 3
1.3.1 Phase I Construction Scope 3
1.3.2 Phase II Construction Scope 4
1.4 Project Construction Approach 4
1.5 Project Construction Basis 5
1.6 Project Innovation Points 5
Chapter 2 Project Requirements 7
2.1 Overall Requirements 7
2.2 Institutional and Mechanism Requirements 7
2.2.1 Management Model Requirements 7
2.2.2 Management Content Requirements 7
2.2.3 Management Process Requirements 7
2.2.4 Quantitative Assessment Requirements 8
2.3 Application System Requirements 8
2.3.1 Phase I Application System Requirements 8
2.3.2 Phase II Application System Requirements 9
2.4 Basic Data Content Requirements 10
2.4.1 Basic Topographic Data 10
2.4.2 Urban Components and Event Data 10
2.4.3 Geocoding Data 11
2.4.4 Unit Grid Data 11
2.4.5 Other Data 11
2.5 Operating Environment Requirements 11
2.5.1 Network Environment Construction Requirements 12
2.5.2 Hardware Platform Construction Requirements 12
2.5.3 Software Platform Construction Requirements 13
2.5.4 Call Center Construction Requirements 14
2.5.5 Wireless Collection Device Requirements 14
2.5.6 Site Construction 14
2.6 Resource Integration Requirements 15
2.7 System Security Requirements 15
Chapter 3 Overall System Design 16
3.1 System Design Principles 16
3.1.1 Resource Sharing and Unified Standards Principle 16
3.1.2 Institutional Standardization Principle 16
3.1.3 Usability Principle 16
3.1.4 Vertical-Horizontal Integration Principle 16
3.1.5 Public Participation Principle 16
3.1.6 Local Adaptation Principle 16
3.1.7 Advanced Technology Principle 16
3.1.8 Security Principle 17
3.1.9 Scalability Principle 17
3.1.10 Stability Principle 17
3.1.11 Openness Principle 17
3.2 Application System Security Design Requirements 18
3.3 Database Design Requirements 18
3.4 System Performance Design Requirements 19
3.5 Object-Oriented Design Methodology 20
3.6 Flexible and Extensible Overall System Architecture 20
3.7 Information Resource Catalog Design Requirements 22
Chapter 4 Management System and Mechanism 24
4.1 Current Status Survey 24
4.2 Management Model Design 24
4.3 Management Process Design 25
4.3.1 Information Collection Stage 27
4.3.2 Case File Creation Stage 27
4.3.3 Task Dispatch Stage 27
4.3.4 Task Processing Stage 28
4.3.5 Task Feedback Stage 28
4.3.6 Verification and Case Closure Stage 28
4.3.7 Comprehensive Evaluation Stage 28
4.4 Organizational Structure Design 28
4.4.1 Digital Urban Management Leading Group 29
4.4.2 Urban Management Supervision and Command Center 30
4.4.3 Supervisor Team Building 31
4.4.4 Management System Building 32
4.5 Command Manual Design 32
4.5.1 Objectives of the Command Manual 32
4.5.2 Compilation of the Command Manual 32
4.5.3 Updating of the Command Manual 34
4.6 Evaluation System Design 34
Chapter 5 Application System Design 36
5.1 Phase I Application System Design 36
5.1.1 Wireless Data Collection Subsystem 36
5.1.1.1 System Overview 36
5.1.1.2 Terminal Function Design 36
5.1.1.3 Server-Side Function Design 41
5.1.2 Supervision Center Acceptance Subsystem 41
5.1.2.1 System Overview 41
5.1.2.2 Input/Output Design 42
5.1.2.3 Function Design 44
5.1.3 Collaborative Work Subsystem 49
5.1.3.1 System Overview 49
5.1.3.2 Input/Output Design 49
5.1.3.3 Problem Information Print Forms 50
5.1.3.4 Function Design 50
5.1.4 Data Exchange Subsystem 57
5.1.4.1 Data Exchange Standards 57
5.1.4.2 Message Packaging Format Design 57
5.1.4.3 Approval Message Packaging Format Design 57
5.1.4.4 Data Exchange Content and Method Design 61
5.1.5 Geocoding Subsystem 61
5.1.5.1 System Overview 61
5.1.5.2 Geocoding Model 63
5.1.5.3 Geocoding Query Rules 64
5.1.5.4 Function Design 65
5.1.6 Large-Screen Supervision and Command Subsystem 65
5.1.6.1 System Overview 65
5.1.6.2 Function Design 66
5.1.7 Comprehensive Evaluation Subsystem 73
5.1.7.1 System Overview 73
5.1.7.2 Evaluation Model Establishment Method 74
5.1.7.3 Function Design 79
5.1.8 Application Maintenance Subsystem 95
5.1.8.1 System Overview 95
5.1.8.2 Function Design 96
5.1.9 Basic Data Resource Management Subsystem 103
5.1.9.1 System Overview 103
5.1.9.2 Function Design 103
5.1.10 Leadership Mobile Supervision Subsystem 121
5.1.10.1 System Overview 121
5.1.10.2 Function Design 121
5.1.11 Business Message Subsystem 124
5.1.11.1 System Overview 124
5.1.11.2 Function Design 124
5.1.12 Supervisor Management Subsystem 126
5.1.12.1 System Overview 126
5.1.12.2 Function Design 126
5.2 Phase II Application System Design 127
5.2.1 Video Surveillance Subsystem 127
5.2.1.1 System Overview 127
5.2.1.2 Video Source Selection 127
5.2.1.3 Function Design 129
5.2.1.4 Video Surveillance System Interface Description 130
5.2.2 Outdoor Advertising Management Subsystem 131
5.2.2.1 System Overview 131
5.2.2.2 Outdoor Advertising Approval Process 131
5.2.2.3 Outdoor Advertising Approval Module Function Design 132
5.2.2.4 Outdoor Advertising Enforcement Module Function Design 133
5.2.3 Front-Door Five-Package Management Subsystem 133
5.2.3.1 System Overview 133
5.2.3.2 Function Design 134
5.2.4 Lighting Platform Interface Subsystem 134
5.2.4.1 System Overview 134
5.2.4.2 Function Design 134
5.2.5 Digital Enforcement Subsystem 135
5.2.5.1 Mobile Enforcement Module 135
5.2.5.2 Enforcement Collaborative Office Module 138
5.2.5.3 Laws and Regulations Management Module 143
5.2.6 Vehicle GPS Positioning Management Subsystem 144
5.2.6.1 System Overview 144
5.2.6.2 Function Design 144
5.2.7 Urban Management Portal Website 146
5.2.7.1 System Description 146
5.2.7.2 Function Design 146
5.2.8 Temporary Parking Lot Management Subsystem 148
5.2.9 Underground Pipeline Management Subsystem 148
5.2.10 River Hydrology Monitoring Subsystem 149
Chapter 6 Data Construction 150
6.1 Overall Requirements 150
6.2 Reference Standards 150
6.3 Data Management 151
6.4 Basic Topographic Data Requirements 151
6.5 Unit Grid Division Requirements 153
6.6 Event and Component Data Requirements 156
6.7 Geocoding Data Requirements 168
6.8 Department Coding Requirements 171
6.9 Front-Door Five-Package Data Recommendations 171
6.10 Outdoor Advertising Data Recommendations 172
Chapter 7 Information Security System Design 173
7.1 Multi-Layer Network Security Protection System 173
7.2 Firewall Technology 173
7.3 Access Control 173
7.4 Intrusion Detection and Network Audit 174
7.5 Data Center System Host Security Mechanism 174
7.6 Application System Security Mechanism 174
7.7 Logging and Security Audit 174
7.8 Database Reliability Design 174
7.9 Anti-Virus Design 174
7.10 Network Isolation and Access Control 175
7.11 Vulnerability Discovery and Remediation 175
7.12 Communication Encryption Protection 175
7.13 Backup and Recovery 175
Chapter 8 System Operating Environment Construction 176
8.1 Network Construction 176
8.1.1 Network Current Status Analysis 176
8.1.2 Network System Design Principles 176
8.1.3 Key Network System Strategies 178
8.1.4 Overall Network Planning 178
8.1.5 Network Bandwidth Design 179
8.1.6 Network Classification Planning 179
8.1.6.1 Business Network Design 179
8.1.6.2 Video Network 182
8.1.6.3 Wireless Network 183
8.1.7 Detailed Network Design 184
8.1.7.1 Network Security Domain Division 184
8.1.7.2 Network Architecture 184
8.1.7.3 Access Layer Design 184
8.1.7.4 Network Management Design 184
8.1.7.5 IP Address Planning and Design 185
8.1.7.6 VLAN Planning and Design 187
8.1.7.7 Next-Generation Network Compatibility Design 188
8.2 Software Platform Construction 189
8.2.1 Operating System 189
8.2.2 Database Platform 189
8.2.3 Geographic Information Platform 189
8.2.4 Middleware Platform 190
8.2.5 Other Platform Software 190
8.3 Host and Storage Platform Construction 190
8.3.1 Server Platform Construction 190
8.3.1.1 Design Objectives 190
8.3.1.2 Design Principles 191
8.3.1.3 Server Performance Analysis 192
8.3.1.4 Cluster Design 193
8.3.1.5 Design Solution 193
8.3.2 Storage and Backup System Construction 197
8.3.2.1 Design Objectives 197
8.3.2.2 Storage Capacity Analysis 197
8.3.2.3 Storage and Backup System Solution 198
8.4 Handheld Mobile Terminal Device Design 198
8.5 Call Center Construction 198
8.5.1 Call Center Architecture 199
8.5.2 Call Center System Structure 199
8.5.2.1 System Software Logical Structure 199
8.5.2.2 Basic Components of Middleware 200
8.5.2.3 Middleware Collaborative Workflow 200
8.5.2.4 CTI Core Module 201
8.5.2.5 Interactive Voice Response System (IVR) 201
8.5.2.6 Automatic Call Distribution System (ACD) 201
8.5.2.7 Universal Agent Interface (AGENT) 201

8.5.2.8 Agent Full-Time Recording System (REC) 202
8.5.2.9 Statistics and Reporting System (REPORT) 202
8.5.2.10 Supervisor Agent Management System (MONITOR) 202
8.5.3 System Functions 202
8.5.3.1 Agent Console Functions 202
8.5.3.2 Supervisor Console Functions 202
8.5.3.3 Recording Functions 203
8.5.3.4 Statistics and Reporting Functions 203
8.6 Large-Screen Display System 203
8.6.1 System Architecture 204
8.6.2 System Functions 204
8.7 Site Environment 206
8.7.1 Overall Site Design and Planning 206
8.7.1.1 Supervision and Command Center Hall 206
8.7.1.2 Central Equipment Room Site 207
8.7.2 Site Construction Content 208
8.8 UPS Power Supply System Construction 208
Chapter 9 Project Implementation and Investment Estimation (Including All Equipment Costs at Terminal Units) 209
9.1 Management Measures 209
9.1.1 Funding Guarantee 209
9.1.2 Institutional Guarantee 209
9.1.3 Implementation Unit 209
9.1.4 Supervision Unit 209
9.1.5 Testing Requirements 209
9.1.6 Acceptance Requirements 210
9.2 Schedule Planning 210
9.2.1 Phase I Project Plan 210
9.2.2 Phase II Project Plan 211
9.3 Investment Estimation 213
9.3.1 Construction Cost Budget Table 213
Chapter 10 Benefit Analysis 214
10.1 Social Benefit Analysis 214
10.2 Economic Benefit Analysis 214

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