METHOD OF TRACKING TARGET PATH AND RADAR STATION FOR REALISING SAID METHOD Russian patent published in 2012 - IPC G01S13/00 

Abstract RU 2470318 C1

FIELD: physics.

SUBSTANCE: invention can be used in radar stations when tracking target paths in gates. Signals are collected from the tracked target in a tracking gate using a radial velocity feature. Probing signals consisting of at least three pulses are emitted in directions of the tracking gate. Pulses received in each i-th gate element are processed in a moving target selection (MTS) system (output signal AMTSi) and a non-coherent storage (output signal AANNi); the ratio of output signals is determined: which is compared with a threshold value KP, set based on the smoothed radial velocity of the tracked target Vr, measurement error thereof σv and the amplitude-velocity characteristic of the MTS system used. Signals for which the condition KIi>KP is satisfied are considered to be signals reflected from the tracked target. The rest of the signals are considered to be signals not associated with the tracked target and passive jamming.

EFFECT: fewer false paths owing to more reliable collection of signals from a tracked target in a tracking gate.

3 cl, 5 dwg

Similar patents RU2470318C1

Title Year Author Number
METHOD AND DEVICE FOR SUPPORTING MANEUVERING TARGETS IN SURVEY DOPPLER RADAR 2023
  • Grachev Aleksandr Nikolaevich
  • Kurbatskij Sergej Alekseevich
  • Khomyakov Aleksandr Viktorovich
RU2815305C1
METHOD OF PROTECTING SURVEILLANCE RADAR STATION FROM PASSIVE JAMMING IN FORM OF ACCUMULATION OF DETECTED SIGNALS AND RADAR STATION THEREFOR 2013
  • Gur'Ev Vadim Petrovich
  • Luzhnykh Sergej Nazarovich
RU2536182C2
METHOD OF TRACKING RADAR OBJECT TRAJECTORIES AND DEVICE FOR ITS IMPLEMENTATION 2016
  • Prudnikov Sergej Yakovlevich
  • Kislyakov Valentin Ivanovich
  • Luzhnykh Sergej Nazarovich
RU2630252C1
METHOD FOR RADAR DETECTION OF TARGETS AND DEVICE FOR REALISING SAID METHOD 2011
  • Kisljakov Valentin Ivanovich
  • Luzhnykh Sergej Nazarovich
  • Reutov Vladimir Arkad'Evich
RU2490662C2
METHOD FOR AUTOMATIC FOLLOWING OF MANEUVERING TARGET IN MODE OF ACTIVE LOCATION OF HYDROACOUSTIC OR RADIOLOCATION COMPLEX 2003
  • Svetlichnaja A.A.
  • Semendjaev V.A.
  • Shkol'Nikov I.S.
RU2260197C2
THREE-DIMENSIONAL ADAPTIVE ALPHA-BETA FILTER 2016
  • Bezyaev Viktor Stepanovich
  • Parkhomenko Oleg Leonidovich
  • Rodin Andrej Nikolaevich
RU2631766C1
METHOD FOR RADAR DETECTION OF TARGETS AND DEVICE FOR REALISING SAID METHOD 2011
  • Kisljakov Valentin Ivanovich
  • Luzhnykh Sergej Nazarovich
RU2470321C2
METHOD FOR SURVEY OF SINGLE-POSITION TRILATERATION INCOHERENT RADAR RANGING OF AERIAL TARGETS 2020
  • Vakhtin Yurij Vladimirovich
  • Dzhioev Albert Leonidovich
  • Kosogor Aleksej Aleksandrovich
  • Tavunov Vladimir Petrovich
  • Fominchenko Gennadij Leontevich
RU2735744C1
METHOD FOR AUTOMATIC TRACKING OF A MOBILE TARGET WHEN SMOOTHING IN CARTESIAN COORDINATES TAKING INTO ACCOUNT RADIAL VELOCITY COMPONENT MEASUREMENTS 2019
  • Svetlichnaya Alla Aleksandrovna
  • Svetlichnyj Vasilij Aleksandrovich
RU2724115C1
METHOD OF NON-STROBE AUTOMATIC TRACKING OF MOBILE TARGET 2013
  • Svetlichnaja Alla Aleksandrovna
  • Jakovleva Zoja Vladislavovna
RU2551356C1

RU 2 470 318 C1

Authors

Kisljakov Valentin Ivanovich

Luzhnykh Sergej Nazarovich

Prudnikov Sergej Jakovlevich

Dates

2012-12-20Published

2011-05-19Filed