Positioning system objects on the network differential stations satellite radio navigation system

摘要

1. determine object location system in the network stations differential satellite radio navigation systems (SRNS), comprising a navigation satellites (NA), a network of ground control points m as differential stations (DS) and placed on the object receiver-indicator (PI) as a receiver of the SRNS, wherein each of m DS includes network stations serially connected receiving antenna SRNS signal generating unit and transmitting differential corrections (DP) and a transmitting antenna DP, PI SRNS includes serially connected th receiving antenna of the SRNS signals and APs, a receiver and a block position calculation of the object, characterized in that one station m from the DC network is designed as a master station DS network and includes a serially coupled receiver antenna SRNS signals and DP signals forming unit DP, Shaper frame transmitted DP, DP DP transmitter and a transmitting antenna, and further inputted block regression analysis (DA) uncompensated amendments, whose input is connected to the second output DP forming unit, and an output - to a oromu input of the frame transmitted by APs arranged in the facility SRNS UI unit further comprises recovery uncompensated amended (GNP), whose input is connected to the second output of the receiver, and the output - to the second input of the calculation unit mestopolozheniya.2. The system of claim 1, wherein the uncompensated block RA amendments made as a calculator implementing an algorithm for calculating the coefficient b, b and blineynoy regressive model determined for each i-th of n (i = 1, 2, ..., n ) aggregate transmit NA