MOVING BODY OBSERVATION DEVICE AND MOVING BODY OBSERVATION METHOD

WIPO Patent Application WO/2019/220639

A1

This moving body observation device has been configured so that a moving body recovery unit (42) detects a region, in which a moving body (1) is present, from a distance image generated by a radar device (30), and estimates a brightness distribution of the moving body (1) from: a condensed light spot image within the region in which the moving body (1) is present, from among a plurality of condensed light spot images detected by the optical detector (25); and a wavefront estimated by a wavefront estimation unit (26).

WO/2023/124780	POINT CLOUD DATA AUGMENTATION METHOD AND APPARATUS, AND COMPUTER DEVICE, SYSTEM AND STORAGE MEDIUM
JPH09142236	PERIPHERY MONITORING METHOD AND DEVICE FOR VEHICLE, AND TROUBLE DECIDING METHOD AND DEVICE FOR PERIPHERY MONITORING DEVICE
WO/2022/196883	SECTION CONTROL METHOD AND SECTION CONTROL SYSTEM USING CAMERA AND RADAR

ENDO TAKAO (JP)
ANDO TOSHIYUKI (JP)
TAKANEZAWA TAKASHI (JP)
EZAKI YUTAKA (JP)

PCT/JP2018/019366

November 21, 2019

May 18, 2018

Click for automatic bibliography generation  

MITSUBISHI ELECTRIC CORP (JP)

G01S13/86; G01J9/00

JP2016118547A	2016-06-30
US7405834B1	2008-07-29
JP2012514796A	2012-06-28
US5610707A	1997-03-11
US7551121B1	2009-06-23
US20120261514A1	2012-10-18

DAYTON, D.C. ET AL.: "Performance simulations of a daylight low-order adaptive optics system with speckle postprocessing for observation of low-earth orbit satellites", OPTICAL ENGINEERING, vol. 36, no. 7, July 1997 (1997-07-01), pages 1910 - 1917, XP000658595, DOI: 10.1117/1.601397

TAZAWA, Hideaki et al. (JP)

View/Download PDF      PDF Help

Previous Patent: WAVEFRONT MEASUREMENT DEVICE, WAVEFRONT MEASUREMENT METHOD AND MOVING BODY OBSERVATION DEVICE

Next Patent: WAVEFRONT MEASUREMENT DEVICE, WAVEFRONT MEASUREMENT METHOD AND MOVING BODY OBSERVATION DEVICE