| 摘要 |
FIELD: physics, measurement. ^ SUBSTANCE: suggested invention is related to the field of space radio navigation and may be used for determination of angular position of objects in space. Technical result is achieved by the fact that signals are received to distanced receivers of signal, which are located in such a way in the object that they do not lay on single straight line, signal receivers are GPS-receivers, at least three in number, by their readings coordinates are identified for every signal receiver, on the basis of which position of vectors is identified, which set system of coordinates related to object, besides, only those values of coordinates are used that satisfy the condition, in compliance with which distance between GPS-receivers calculated by receivers coordinates should not differ from actual distance between receivers, more than by value öl=l*tg(öå), where l is distance between two GPS-receivers, öå is specified value of error in angles determination. ^ EFFECT: creation of method for determination of object orientation, in which antennas may be located at a distance that is more than wave length, and time for definition of object orientation would only make fractions of seconds. |
