Accidents and accidents that endanger people's life and property safety and social and public order often pose great challenges to the emergency command and management system. From the perspective of scope, emergency management work at the county, city, provincial and national levels will occur; from the industry In terms of types, there will be government emergency, power grid emergency, traffic emergency, fire emergency and other industries. When an accident occurs, the emergency management department needs to respond in a timely manner, understand the impact of the accident on the location and the progress of the situation, and at the same time coordinate with multi-business and multi-functional departments, formulate a feasible action plan, mobilize available social resources, and rescue as much as possible. People's lives and property are safe, and the smooth operation of society must be restored as soon as possible. This requires the emergency management department to build a system that can respond to emergencies in a timely manner, efficiently collect, process, communicate and process information, and be able to collaborate and collaborate, that is, a smart emergency command and management system.
Accidents may occur at any time. The emergency command center needs to be prepared at all times. It must fully grasp the emergency in a short period of time, communicate intelligence information quickly and accurately, and the action department responds quickly, executes it in a timely manner, and realizes a reasonable disposal. However, traditional methods are increasingly unable to meet the current emergency management needs. Smart emergency response is an important reform direction. There are also new emergency command center system construction standards, such as scientific and reasonable institutional settings, emergency command management system technology, functions and Efficiency cannot be without the construction of the emergency command seat management system.
At present, the business environment, social environment, and natural environment are closely linked, and there are not only mutual linkages, but also mutual constraints. Therefore, there are many difficulties in designing the construction plan of the emergency command and management system:
Faced with the complex and massive data obtained by the front end, how to conduct centralized management, scheduling and operation more efficiently;
The timeliness of the upload and release of emergency information. In the process of disaster relief and mitigation, there will be problems of fragmentation and resource dispersion. Vertical cities and counties at different levels of the same department, horizontal health, public security, fire protection and other departments lack linkage, and information appears Island and other issues;
When dealing with emergencies, there are challenges such as less effective information acquisition, low joint analysis efficiency, and difficulty in efficient emergency command.
Six considerations for designing the emergency command seat management system scheme
1. System Stability
In the construction of the emergency command seat management system, stability and efficiency are paramount. In the context of a whole-of-society emergency, the emergency command center needs to control the emergency within a reasonable range in a short period of time, reduce the loss of life and property of the people, and maintain the normal order of social operation. Stability is the foundation of the emergency command seat management system, which ensures the stability of system functions, signal operations, and information connectivity when the emergency command center responds to emergencies. more time.
2. Efficiency is the lifeline
For the emergency management department, work efficiency is the lifeline. The emergency command and management system must first have strong capabilities in the real-time nature of the signal. The signal transmission is synchronized in real time, the black screen is switched without delay, and the mouse does not swipe away. When the amount of data is huge, the operator must quickly find the corresponding business system and business data call. Through the agent management system, emergency commanders can quickly call the business system, quickly preview, and command and dispatch with one key; at the same time, visualized operations can be implemented on the tablet computer, realizing real-time preview and echo of all signals, switching between multiple places, and what you see is what you see The resulting intuitive command and dispatch.
STONBEL agent management system has the function of signal push and capture to deal with multi-person collaboration. After giving the necessary permissions, the operator can capture the signal to his own display screen for editing operation through the shortcut key, and then push the signal with one key. To the target display screen, it is very convenient for multi-person information collaboration and processing, which greatly improves the efficiency of emergency information processing.
3. Information sharing and interconnection
Information sharing and interconnection are necessary measures for emergency command centers. The STONBEL emergency command seat management system is equipped with the function of cloud data management. Signal transmission is carried out through the IP Internet, which is convenient for the system to access IP equipment, and realizes the long-distance interconnection of multiple emergency command centers in multiple places, and video between local and remote places. , real-time synchronization of data, information and operations, solves the problem of remote information sharing and communication.
4. Scenario and Selection: Fiber + IP
Emergency management departments are divided into different levels. Large-scale emergency command centers need to undertake comprehensive emergency response tasks. In the face of more complex emergencies, the management scope involved is wider, the number of people is larger, and the responsibilities are heavier. During construction, it is often necessary to consider the performance of large-scale signal channels, large-scale display screens, large-scale data concurrent processing, and system stability and reliability. The agent management system of optical fiber KVM technology is a more practical construction scheme. The advantage of fiber-optic KVM seats is that they can ensure high-bandwidth signal transmission, achieve 0 delay, no stuck black screen, switch real-time synchronization and other operational experience and efficiency, isolate information security problems caused by network threats, and deal with large-scale signal channels. Large-scale data concurrent processing and other requirements; but the disadvantage is that a dedicated transmission network needs to be laid, and the construction cost is high.
For small and medium-sized emergency command centers, the construction of the agent management system, on the premise of paying attention to the reliability of the system and the stability of the signal connection, also needs to pay attention to the performance of construction costs, bandwidth resources, system flexibility, and docking central control. It is more reasonable to build an emergency command and management system for an IP-based agent management system. The advantage of an IP-based system is that it uses the Internet to transmit signals, which reduces the cost and difficulty of system construction and improves the flexibility of the system; the disadvantage is that the Internet performs signal transmission. The inevitable compression problem, the real-time performance of the signal, the image quality, and the data security are all discounted. STONBEL agent management system solutions have covered various emergency command centers at the national, provincial, district and county levels.
5. System + data security double guarantee
The system security and data security of the emergency command seat management system are related to the processing effect of emergency events. The seat management system isolates threats from the Internet through a dedicated transmission protocol, and different business network segments can also be isolated from each other to ensure information security, human-machine The separation mechanism also reduces the risk of data being copied. At the same time, it has the industry's unique active and standby instant automatic hot jump technology, which greatly improves the system's anti-risk capability and ensures the long-term uninterrupted operation of the emergency command and agent management system; and the system Backup of important components and dual control board technology can also effectively guarantee and improve system stability.
6. Stronger Compatibility
Emergency management coordinates many different business scopes and functional departments, and needs to access a large number of different data signals for complex information communication. Therefore, the compatibility of the emergency command seat management system is particularly important. The agent management system supports transmission media such as network cable and optical fiber and signal formats such as HDMI, DVI, Display Port, SDI, DMS59, VGA, etc. At the same time, the host is equipped with a variety of interface cards for mixed use and port adaptation technology, with strong compatibility. , to meet the needs of full access and full coverage of modern emergency command and management system signals.
