Guide: The original "122-page 60,000-character fire big data platform construction plan" (see the end of the article for the source), this article selects the essence and structure part, with clear logic and complete content, providing a reference for the rapid formation of pre-sales plans.
Table of contents
Chapter 1 Design Description
1.1 Project overview
1.1.1 Project name
1.1.2 Contractor
1.1.3 Construction goals
1.1.4 Construction Content
1.1.5 Construction scale
1.1.6 Construction period
1.2 Design Basis
1.3 The adjustment of the relative feasibility study report approval
1.4 Reasonable suggestions
1.4.1 Unified and open communication protocol standard
1.4.2 Make full use of network unit fire information resources
1.4.3 Combination of big data technology and effective use of existing technical resources
Chapter 2 Current Situation and Existing Problems
2.1 Project construction background
2.2 The status quo and existing problems of fire big data construction
2.2.1 Current status of informatization construction
2.2.2 Main problems of fire big data
Chapter 3 Requirements Analysis
3.1 Business requirements
3.2 Functional requirements
3.3 Sub-item functional requirements
3.3.1 Requirements for building a basic operating environment
3.3.2 Development of big data management system for fire protection
3.3.3 Develop fire video joint control and management system
3.3.4 Client access part
3.3.5 Develop external data interface
3.4 Performance requirements
3.5 Security and confidentiality requirements
Chapter 4 Overall Design Scheme
4.1 Design principles
4.1.1 National Standards
4.1.2 Principles of system network monitoring and optimization
4.1.3 Advanced Principles of the System
4.1.4 Principles of System Safety and Reliability
4.1.5 System scalability principle
4.1.6 Economic principle
4.1.7 Principle of rationality
4.2 General framework
4.2.1 Monitoring Center
4.2.2 Fire video joint control and management system
4.2.3 Client access part
4.2.4 Provide a special platform for fire department business management: fire supervision and management platform
4.2.5 Communication method
4.3 Network Deployment Architecture
4.4 System operation process
4.4.1 Linkage process of fire alarm monitoring and fire fighting and rescue
4.4.2 Inspection process
4.4.3 Fire maintenance service process
4.4.4 Operation process of fire protection facility maintenance and management
4.4.5 Operation process of fire supervision and inspection
Chapter 5 Itemized System Design
5.1 Design of monitoring management center
5.1.1 Monitoring Center Core Hardware Platform
5.1.2 Application system
5.2 Monitoring Center Hardware Configuration
5.2.1 Server
5.2.2 Storage requirements
5.2.3 Graphic display system
5.3 Client Access System
5.3.1 Overall Design
5.3.2 Fire network transmission terminal
5.3.3 Detection and upload
5.3.4 Information collection content
5.3.5 Networking mode
5.3.6 Network Bandwidth Requirements
5.4 Communication interface service system
5.5 Fire Big Data Integrated Management System
5.5.1 Functions of Fire Remote Monitoring Platform
5.5.2 Functions of Maintenance Intelligent Service Platform
5.5.3 Functions of fire protection maintenance management platform
9. Maintenance job history and statistical queries
5.5.4 Functions of fire protection supervision and management platform
13. The history of fire supervision and inspection and the query statistics of the fire situation in the area
5.5.5 Functions of Networked User Service Platform
5.5.6 User Information Management Platform Functions
5.5.7 Central Configuration Management Platform Functions
5.5.8 Mobile Firefighting Terminal
5.5.9 Comprehensive statistics and query functions
5.5.10 Automatic inspection of fire protection facilities
5.6 Fire video joint control and management system
5.6.1 Current Situation of Fire Monitoring in Networked Units
5.6.2 Basic functional requirements
5.6.3 Requirements for video surveillance management system
5.6.4 Video Transmission Modes of Integrated IoT Transmission Terminals
5.6.5 Front-end Surveillance Video Resources
5.6.6 Requirements for the access point of the fire video joint control system
5.7 Fire Safety Management Information System
5.7.1 Basic data collection of key units
5.7.2 Filling and querying of fire safety management information
5.7.3 Basic data entry / maintenance / retrieval
5.7.4 Audit management of fire safety management information
5.7.5 Electronic file entry / editing / maintenance / retrieval / printing
5.7.6 Management / retrieval of fire laws and regulations
5.7.7 Fire document management
5.8 Editing management system of building fire plan
5.8.1 Building plan editor
5.8.2 Production of each floor plan of the network unit
5.8.3 Building fire plan management system
5.9 Fire GIS
5.10 Information sharing with 119 command center and fire service system
5.11 Database system design
5.12 Software support and development platform
5.12.1 Operating system software
5.12.2 Development Platform Selection
Chapter 6 Design and Deployment of Safety Guarantee System
6.1 Physical Environment Security Design and Deployment
6.2 Network Communication Security Design and Deployment
6.2.1 Data security exchange system
6.2.2 Firewall technology
6.2.3 Access Control
6.2.4 Intrusion Detection System
6.2.5 Data Transmission Encryption
6.3 Application system security design and deployment
6.4 Safety management system
6.5 Safety System Operation Specifications
6.5.1 Staff code of conduct
6.5.2 Password Security Specifications
6.5.3 System management specification
6.5.4 Physical Security Specifications
6.5.5 User access control specification
6.5.6 Login Policy
6.5.7 Safety Confirmation Specifications
6.5.8 Audit specifications
6.5.9 Service Reliability Specifications
Chapter 7 Selection of Main Equipment
7.1 Server system
7.2 Storage device
7.3 IP digital center matrix
7.4 Safety equipment
7.5 Graphic display system
7.6 Fire automatic alarm integrated controller
Chapter 8 Operation and Maintenance Program
7.1 Guiding ideology
7.2 Work objectives
7.3 Basic principles
7.4 Implementation scope
7.5 Basic mode of operation, maintenance and promotion
7.6 Fee Collection Method
7.7 Promotion work plan.
7.8 Safeguards
7.9 Job Requirements
Chapter 9 Project Management and Implementation
9.1 Project organization and personnel
9.1.1 Leadership organization
9.1.2 Project construction agency
9.1.3 Operation and maintenance organization
9.2 Implementation schedule
9.3 Project bidding
9.4 Personnel training in the implementation stage
9.4.1 Training content
9.4.2 Training objects
9.4.3 Training objectives
9.5 Project Quality Management
9.5.1 Management elements
9.5.2 Material elements
Chapter 10 Project Risk and Risk Management
Chapter 11 Key and Difficult Analysis
11.1 Monitoring Center Problems
11.1.1 Large screen
11.1.2 Computer room and related equipment
11.1.3 Capacity limitation and future expansion——District-level monitoring sub-center
11.2 Twenty networked units
11.2.1 Access methods and fees
11.2.2 Selection principles
11.2.3 Suggested distribution of pilot network units
11.3 Video surveillance
11.3.1 Problems
11.3.2 Countermeasures
Chapter 12 Equipment List
12.1 List of third-party software
12.2 List of System Hardware Equipment
12.3 List of system application software
12.4 Plan making and system connection of network units
