FIELD: physics.
SUBSTANCE: method involves scanning space successively with laser signals generated by a laser radar, picking up laser signals scattered and/or reflected by an object and determining distance to the object and angular position of the object. The distance to the object is determined from the delay time between the emitted and received signals. The angular position of the object is determined from the direction of the corresponding emitted signal. The signal laser radar-generated signal used is a train of at least two pulses with varying time interval between pulses and/or ratio of amplitude of pulses in each train.
EFFECT: high efficiency of laser location.
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| LASER COHERENT LOCATOR | 2007 |
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