Повністю оптична геоінформаційно-енергетична система

Abstract

A fully optical geo-information power system comprises a power plant, fiberglass transmitting trunk comprising n information power channels, electrical channels based on metal conductors, a center for control and optical-power supply, a server for video processing, a workflow server, a test server, a server for distance learning, a search server, a server of library assets, a server for information save, WEB- server remote PC-users, united fiberglass information power channels, local and backbone gateways of optical-electric information power transformation, a router for connection with remote users, the first and the second trunk switch boards. Power output of the power plant is connected to power input of the center for control and optical-power supply, one part of united fiberglass information power channels of which is duplex connected to backbone gateways of optical-electric information power transformation, which output through electrical channels based on metal conductors is duplex connected with outer networks. The second part of united fiberglass information power channels of the a center for control and optical-power supply is duplex connected to the first switch board, output channels of which are duplex connected by means of united fiberglass information power channels to fiberglass trunk, which includes 1...n information power channels that connected to server for video processing, the workflow server, the test server, the server for distance learning, the search server, the server of library assets, the server for information save, the WEB- server by means of local gateways of optical-electric information power transformation. Every server has its own gateway; output channels of gateways are connected to servers by means of electrical channels based on metal conductors. The fiberglass transmitting trunk is duplex connected to the second switch board. Outputs of the second switch board are connected to the router for connection with remote users by means of united fiberglass information power channels. Other outputs of the router for connection with remote users are duplex connected to local gateways of optical-electric information power transformation by means of united fiberglass information power channels. Outputs of local gateways of optical-electric information power transformation by means of electrical channels based on metal conductors are duplex connected to remote users. The server for video processing, the workflow server, the test server, the server for distance learning, the search server, the server of library assets, the server for information save, the WEB- server remote PC-users are distanced