Marine monitoring and dispatching system scheme

Marine Surveillance Dispatch System Solution, Marine Surveillance Command Dispatch Solution, Marine Surveillance Dispatch Solution, Marine Surveillance Solution

In order to enhance the technological law enforcement capabilities of maritime surveillance in various sea areas and facilitate unified coordination and command by higher-level monitoring centers, as a professional security solution provider, Beijing Ruiguang Jiyuan Company has rich experience and resources, fully understands the security monitoring issues of China's maritime surveillance and port security, and provides professional services and complete solutions for the actual application environment and specific needs of China's maritime surveillance.
We have fully considered how to understand the current situation of sea area use, grasp the dynamics of sea area use, improve management efficiency and scientific decision-making, and other aspects of sea area supervision. A command and dispatch system has been proposed, consisting of a maritime surveillance team, local maritime surveillance teams, large warships, and small sea vessels. Through fiber optic transmission systems, wireless technology, and satellite communication, a multimedia emergency command system is implemented to achieve full coverage, high-precision real-time video monitoring, command and dispatch of offshore and nearshore waters, and ultimately achieve true management standardization and scientific decision-making, thereby improving the comprehensive management level and capability of the sea area.
The main control system of the command and dispatch system
1. Hainan Airlines Data Display System
The Beijing headquarters command and dispatch center and various sea area branch dispatch centers receive data information uploaded from maritime surveillance ships through TDM private network (E1 dedicated line) or fiber optic or IP exchange network. The required data can be processed and controlled on the large screen through the command and dispatch console, providing maritime data support for the decision-making of the leaders.
2. Navigation data intelligence display system
The intelligence data of the maritime surveillance ship is transmitted to the headquarters of each sea area and the command and dispatch console of the Beijing headquarters through satellite or microwave means, and the required data is processed and displayed on the large screen for control, providing navigation data support for the leader's decision-making.
3. Real time meteorological data display system
The meteorological data from the Meteorological Support Center can be connected to the control console of the Command and Dispatch Center through E1 dedicated lines or optical means, and controlled and displayed on the large screen. Provide meteorological data support for leaders' decision-making.
4. GPS/Beidou Ship Positioning and Scheduling System
By connecting to the ship's GPS positioning system, real-time positioning of the maritime surveillance ship can be achieved, and voice dispatch and command can be carried out.

5. Positioning and data transmission
The monitoring center can track the current location, movement speed, and direction of the ship at any time;
When positioning a ship, it can be monitored through various methods such as positioning, timing, distance, speed, route, range, and location;
It has functions such as single point positioning, continuous monitoring, and key tracking and monitoring;
Display the monitoring status of the vessel on the system interface;
Ship positioning adopts dual positioning of Beidou and GPS, and also supports GPS and BD independent positioning to ensure the accuracy of positioning information;
The ship terminal uses 3G/GSM network to transmit data information to the central platform, supporting manual and automatic transmission of the current location information of the ship.
6. Track playback
The monitoring center intuitively displays the position and trajectory of the ship on the electronic map;
 The database can be accessed at any time, and the specified ship's travel route trajectory can be replayed at the set time. The trajectory replay data can also be exported;
The ship terminal comes with historical trajectory storage, and the ship can store 30000 trajectory points in network blind spots.
7. GIS function
Image display
Vector maps can be linked to other image maps, such as satellite photos, aerial photographs, etc.
8. Stepless zoom of the map
The map can be infinitely scaled, and the operation methods can include clicking on the map to zoom in/out by one, selecting a certain area on the map to zoom in/out to display the entire area, zooming in/out to a specific scale, and other methods. The entire scaling process is smooth and flicker free.
9. Layer Control
Through the layer manager, you can control whether a certain layer on the map is displayed and whether it can be queried.
10. Information annotation
Allow annotation of information points on GIS electronic maps, which support input, editing, and modification based on permissions.
11. Video surveillance system
The Beijing Command Center utilizes the functions provided by this system to conduct video surveillance of the command centers of various sea areas and various maritime surveillance ships. It can achieve flexible switching of on-site images, remote control of camera gimbal, and convenient combination display of multiple video images.
The command centers of each sea area command center conduct video surveillance on all maritime surveillance ships within their jurisdiction. It can achieve flexible switching of on-site images, remote control of remote camera gimbal, and convenient combination display of multiple video images.
Users can flexibly switch between live video frames, control the gimbal and camera, conveniently combine and display multiple video frames, and support two-way voice and visual intercom.
12. Video command and dispatch
With the unique multiple levels and permission modes of the remote video command and dispatch system, the on duty personnel of the Beijing Fleet Command Center can issue instructions and commands to the command centers of various sea areas or various maritime monitoring ships through the command and dispatch terminal. Real time two-way communication of audio and video information can be carried out between various departments and leaders and subordinates at all levels.
13. Video conferencing
The Beijing Command Center utilizes this system to organize traditional video conferences and engage in two-way audio and video communication and interaction with the command centers of various sea areas and maritime surveillance ships. The conference organizer can set up multiple meetings, each with a relatively fixed number of members, making it easy to organize the conference. Meeting members can join and leave the meeting group at any time. The conference organizer can control the speaking rights of each venue and broadcast a specific sub venue.
The system supports multiple forms of meetings: instant meetings, regular meetings, and multi group meetings.
Video conferences can be held as needed to achieve various meetings such as shift handover meetings, coordination meetings, and summary meetings, allowing for multi-point and multi-party two-way audio and video communication and interaction.
14. System management configuration
User management: User authentication, user level and permission setting management.
Device management: Terminal address resolution; Terminal parameter configuration, such as configuring terminal type, level permissions, codec address, multicast address, and type of video switcher; Real time monitoring of the working status of each terminal; Network video matrix access control; Video recording server access control.
System management: automatic switching between unicast and multicast, business function logic scheduling control.
15. Multiple levels of permission settings
User permission management specifies three types of permissions for other terminals: command authority, monitoring authority, and control authority. When configuring the system, flexible permission settings can be made based on actual membership relationships. When there is a dispute, priority is given to levels with different levels, and priority is given to time with the same level.
16. Supports ultra large capacity
Support regional networking mode, IDM MSAP-CP multimedia scheduling machine can be cascaded at multiple levels, and the system scale can be flexibly expanded. IDM MSAP-CP has high performance and can be used to build network architectures based on IP networks or traditional TDM dedicated lines, allowing for smooth expansion. When facing larger scale networking applications, it supports a regional networking mode, which can divide all monitoring front-end and user terminals into multiple areas. Each area is equipped with a multimedia scheduling machine, and each multimedia is connected to a one touch direct telephone system

All telephones on the command and dispatch platform can be equipped with a one click direct function. Hotline buttons can be pre-set to dial directly with one click, or a member icon can be clicked on the console touch screen to make a call. Through the command and dispatch platform software, telephone users can have two types of icons on the console touch screen: traditional telephone user icons and IP telephone user icons. By clicking on these icons, the console and any telephone user can be directly connected with one click. If the telephone user has installed a command and dispatch terminal, visual intercom with the user can be achieved by clicking on the IP telephone user icon.
One click direct access function can be point-to-point, such as console terminal; It can also be grouped for one click direct access. On the command and dispatch platform, the main combat units are grouped, and several end users are grouped together. When clicking on the group icon, the console can achieve one click direct access to all users of this group.
Can achieve video hotline connections from the command center's large screen to various video monitoring points; Hotline telephone communication from each console to the site; Various dedicated circuits for audio broadcasting, video publishing, etc; Establishment of other semi permanent links with various bandwidths.