The invention discloses a centralized control method for operation of vehicle-mounted devices of a
satellite communication vehicle. The control method is based on a control device which comprises an embedded processor module, a switching
control logic circuit, an RS (recommended standard) 232 receiving and transmitting circuit, an RS 485 receiving and transmitting circuit, a
USB (universal serial
bus) auxiliary receiving and transmitting circuit, an
Ethernet network
transformer and an
Ethernet receiving and transmitting circuit. The switching
control logic circuit, the RS 232 receiving and transmitting circuit, the RS 485 receiving and transmitting circuit, the
USB (universal serial
bus) auxiliary receiving and transmitting circuit, the
Ethernet network
transformer and the Ethernet receiving and transmitting circuit are connected with the embedded processor module respectively. Real-time centralized acquisition of information of vehicle-mounted devices is achieved by the embedded processor module, information of each vehicle-mounted device is transmitted to a
database, device parameter information of the single or more vehicle-mounted devices from the
database is uploaded and downloaded, and the vehicle-mounted devices are subjected to parameter correction or command control. The conventional complex manner of independent management of each device is eliminated and is replaced with an integrated management manner of a whole car, and accordingly integrated environment of the
satellite communication vehicle is improved greatly, and
integrated production efficiency of the whole car, friendliness in use by a
client and timeliness of after-sale service are improved remarkably.