Construction significance
The smart city's one-stop command center uses information integration technology to promote resource interconnection and interoperability, implement departmental centralized management, eliminate information islands, realize resource sharing, and save construction investment. The government implements unified promotion, unified service, innovative services, and urban management. The important places for commanding and dispatching and handling emergency events are platforms for interconnected, collaborative, shared, and smart applications. By creating command centers that meet the standards of smart cities, leadership decision-making capabilities have been improved, city operating efficiency has been improved, and city soft power and competitiveness have been improved.
system structure
The smart city's one-stop command center is an important place for the city to implement daily duty, command and dispatch, and emergency handling. The command center's construction goal is to combine the command center's work characteristics, commanding technology and information technology as the leading force, and making full use of modern communication technology, network technology, automation technology, electronic monitoring and other advanced technologies to build a data transmission network as a link to computer information. The system is supported by videoconferencing and satellite positioning as an auxiliary means. It integrates a modern, networked, intelligent command decision-making hub integrating voice, video, computer network, image surveillance, and three-dimensional positioning.
The one-stop command center of a smart city is mainly composed of the layout of command centers, basic support systems, and basic application software. The layout of the venue is mainly composed of layout design, basic decoration, weak power engineering, and equipment room, which mainly include wall decoration of the command center, integrated wiring, access control system, closed-circuit monitoring, lightning protection grounding, UPS power supply, precision air conditioning, etc.; foundation support system Emergency communications system, command and dispatch system, call center system, large-screen display system, video access system, audio sound reinforcement system, computer network system, conference consultation system, centralized control system, and host storage system are the entire command center. The basic environment platform; application basic software consists of on-duty management system, information reporting system and service assurance system.
System functions
â– Information reporting
Information reporting is a closed-loop process in which the call center receives events. It consists of seven steps, namely, information reporting, information reception, task assignment, task processing, processing feedback, verification and settlement, and comprehensive evaluation. It is a closed-loop work process of seven steps.
The information receiving subsystem implements event information reception, verification scheduling, information reporting, leadership instructions, linkage related unit processing, information briefing template management, information processing flow management, and intelligent compilation of reports, verifications, instructions, and briefings.
â– Multidimensional watch
Through various types of intelligent terminals (operating consoles, Czechoslovak consoles, portable consoles, individual soldiers, mobile phones, etc.) to achieve multi-dimensional duty-guard, a live video conference can be established anytime, anywhere, and the audio, video, and important data of the event site can be transmitted to the conductor in real time. The center realizes immersive command and dispatch and makes the most rapid processing decisions.
â– Joint office
Implementing resource sharing, information exchange, unified deployment, and centralized office operations, adopting an integrated modular operating platform designed to implement the separation of powers and sub-domain access mechanisms to achieve "one center" acceptance, "one-stop" service, and "one-stop service." "To handle, let the incident be handled by only one phone call, only one center, all things handled, and more efficient service.
â– Emergency command
Integrate voice, video surveillance/conference, command and dispatch, cluster intercom, GIS map, 3D real scene, 3G/4G individual soldier, emergency plan, and administrative office, etc., and establish a combination of multiple technologies, multiple functions, and multiple functions. The modern, networked, visualized emergency handling system.
System Features
Advancement
System design and equipment specifications fully comply with industry technical specifications and technological development trends. The use of mature, advanced technologies and equipment, especially the use of software and mobile databases to achieve a comprehensive application of a variety of emergency services.
reliability
The system has high reliability and stable operation capability, shock absorption capacity, protection capability and backup function, and can be adapted to environmental factors such as different locations, road conditions, and climate.
Practicality
The system's various technical means and functions are based on the principle of meeting actual combat needs. Operation and maintenance should be simple, convenient, and easy to use.
safety
The system has perfect security protection and security protection functions in terms of information, equipment and personal safety.
compatibility
The system fully considers the technical system and equipment performance of the existing system and pays attention to compatibility.
Extensibility
When the technology development and business increase, the platform has a variety of function expansion capabilities, and an extended external interface is reserved.
Environmental protection
The internal structure of the command center is beautiful and reasonable, and environmental protection is fully considered in the decoration and equipment selection.
Normative
Command center decoration, integrated design and system equipment are in line with national and industry standards.
Economical
Rationally configure the system according to requirements to ensure that the proportion of inputs in each step of the system achieves the best performance-cost ratio and maximizes the effective use of funds.
Standard specification
"Computer room design specifications"; GB/T50174-93
"Video Display System Engineering Technical Specifications"; GB 50464-2008
"Conference System Power and Audio Performance Requirements"; GB/T15381-94
"Application of connectors for the interconnection of sound reinforcement system equipment"; GB/T14947-94
"Design specification for audio, video and lighting system engineering of conference TV venues"; GB 50635-2010
“Code for Design of Architectural and Architectural Complex Cabling Engineeringâ€; GB/T50311–2000
"Intelligent Building Design Standard" GB/T50314-2000
Typical performance
â– Smart Tower City One-stop Command Center Construction Project
Interactive Smart Board,Smart Boards,Smart Board Projector,Smart Electric Board
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