METHOD OF DETERMINING LOCATION BY SHOOTING WITH MAIN POLARISATION AND CROSS POLARISATION Russian patent published in 2010 - IPC G01S13/89 

Abstract RU 2407035 C2

FIELD: physics.

SUBSTANCE: invention provides a local system for determining location using radar photography with main polarisation or cross polarisation. In one version of the method, at least a first electromagnetic pulse having a first polarisation is transmitted. A first reflected signal preferably having first polarisation is received during the corresponding period of time. A first reflected signal is processed in order to pick up the first reflected pulse corresponding to an object inside the radar detection zone of the location system. At least a second electromagnetic pulse having first polarisation is also transmitted. A second reflected signal preferably having second polarisation is received during a corresponding period of time. The second reflected signal is processed in order to pick up the second reflected pulse corresponding to the object. The object characteristic is determined in accordance with relative signal intensity of the first reflected pulse and the second reflected pulse.

EFFECT: high accuracy of determining location of an object.

22 cl, 5 dwg

Similar patents RU2407035C2

Title Year Author Number
SYSTEM FOR DETERMINING LOCATION WITH DELIBERATE SIGNAL OF MULTI-BEAM TRANSMISSION 2006
  • Stefens Skott Adam
RU2407027C2
DOUBLE BEAM ANTENNA STRUCTURE WITH RADIATION OF CIRCULAR POLARISATION 2012
  • Iellichi Devis
RU2633314C2
METHODS FOR SWITCHING BETWEEN OPERATING MODES OF BEAM FORMING SYSTEMS AND SATELLITES 2020
  • Buer, Kenneth V.
RU2810128C1
WIRELESS POWER TRANSMISSION SYSTEM FOR A MULTI-PATH ENVIRONMENT 2017
  • Makurin Mikhail Nikolaevich
  • Vilenskiy Artem Rudolfovich
RU2658332C1
RADAR MEASUREMENT OF FILLING LEVEL WITH USE OF CIRCULAR POLARISATION OF WAVES 2004
  • Ferenbakh Jozef
  • Grissbaum Karl
RU2327116C2
SIMULTANEOUS DUAL POLARISATION RADAR SET 2005
  • Olford Dzhejms Larri
  • Khelvin Dzhejms Rodzhers
RU2394254C2
COMMUNICATION WITH GROUND FORMATION OF RADIATION PATTERNS USING MUTUALLY SYNCHRONIZED SPATIALLY MULTIPLEXED FEEDER CHANNELS 2017
  • Buer Kenneth
  • Pateros Charles
  • Ralston William
RU2740150C2
0
  • Shutov Vladimir Leonidovich
SU1784107A3
METHOD FOR DETERMINING THE LOCATION OF A SCANNING RADAR BY A PASSIVE MULTIPATH DIRECTION FINDER 2020
  • Borisov Evgenij Gennadevich
  • Mashkov Georgij Mikhajlovich
RU2758832C1
ULTRA-THIN OPTICAL MODULE FOR SWITCHING 2D/3D IMAGES WITH COLLIMATION SYSTEM FOR DISPLAY 2024
  • Malyshev Ilia Valerievich
  • Morozova Anastasiia Vladimirovna
  • Shtykov Stanislav Aleksandrovich
  • Dubynin Sergey Evgenievich
  • Druzhin Vladislav Vladimirovich
  • Putilin Andrey Nikolaevich
  • Shin Bongsu
  • Lee Chang-Kun
RU2824730C1

RU 2 407 035 C2

Authors

Stefens Skott Adam

Dates

2010-12-20Published

2006-03-14Filed