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A line-of-sight approach for non-line-of-sight imaging (Conference Presentation)
Computational Imaging IV, 2019Standard imaging systems, such as cameras, radars and lidars, are becoming a big part of our everyday life when it comes to detection, tracking and recognition of targets that are in the direct line-of-sight (LOS) of the imaging system. Challenges however start to arise when the objects are not in the system’s LOS, typically when an occluder is ...
Marco La Manna +4 more
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European Journal of Operational Research, 2008
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Preferred Declination of the Line of Sight
Proceedings of the Human Factors Society Annual Meeting, 1985Thirty-two subjects participated in a study which measured the angle at which they preferred to look down at visual targets. Four different head positions, two visual tasks, and two target distances were used. The overall preferred mean angle in the midsagittal plane below the Frankfurt Plane was −34°. Head position and target distance had significant
S G, Hill, K H, Kroemer
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Mechademia, 2012
Hokusai is among the best-known names in Japanese art, and it may be thought that only a deficiency of imagination could lead to more writing on him. Many other artists of his period have been entirely neglected in the contemporary literature. But in fact, there is still more to be said, and this short essay will attempt to introduce some ideas that ...
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Hokusai is among the best-known names in Japanese art, and it may be thought that only a deficiency of imagination could lead to more writing on him. Many other artists of his period have been entirely neglected in the contemporary literature. But in fact, there is still more to be said, and this short essay will attempt to introduce some ideas that ...
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Leonardo, 2010
In the Line of Sight is a light installation that uses 100 computer-controlled tactical flashlights to project low-resolution video footage of suspicious human motion into the exhibition space. Each flashlight projects a light spot on the wall. All flashlights combined create a ten-by-ten matrix representation of the source footage, featured on a video
Daniel Sauter, Fabian Winkler
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In the Line of Sight is a light installation that uses 100 computer-controlled tactical flashlights to project low-resolution video footage of suspicious human motion into the exhibition space. Each flashlight projects a light spot on the wall. All flashlights combined create a ten-by-ten matrix representation of the source footage, featured on a video
Daniel Sauter, Fabian Winkler
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1977
Abstract : This handbook contains measured line-of-sight (LOS) data for 12 types of terrain and vegetation combinations. The terrain/vegetation types are identified or classified with word descriptions, topographic maps, and aerial and ground photographs.
Judith H. Lind, Carol J. Burge
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Abstract : This handbook contains measured line-of-sight (LOS) data for 12 types of terrain and vegetation combinations. The terrain/vegetation types are identified or classified with word descriptions, topographic maps, and aerial and ground photographs.
Judith H. Lind, Carol J. Burge
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The Line of Sight (LoS) is one of the latest tools to join the analytics suite of tools for the Solar System Treks (https://trek.nasa.gov) portals.  The LoS tool provides a way to compute visibility between the entities in our solar system. More concretely, this utility searches for windows of communication or a “line of sight& ...
Emily Law +2 more
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Emily Law +2 more
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Line-of-Sight Wideband Propagation
1973Abstract : REPORT DOCUMENTS WORK CARRIED OUT IN THREE INTERRELATED TECHNICAL AREAS: STUDY OF CHANNEL MEASUREMENT TECHNIQUES, MODELING THE MULTIPATH STRUCTURE OF LINE-OF-SIGHT TROPOSPHERIC PATHS, AND PREDICTION OF SPREAD SPECTRUM MODEM PERFORMANCE AS A FUNCTION OF MULTIPATH CONDITIONS.
Charles J. Boardman +2 more
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Optics and Photonics News, 2019
Computational imaging techniques, sensitive photon detectors and considerable imagination are creating techniques for 3-D imaging of objects around corners and behind walls.
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Computational imaging techniques, sensitive photon detectors and considerable imagination are creating techniques for 3-D imaging of objects around corners and behind walls.
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