Sentences with phrase «from optical image»

Its second rear camera's 2x optical zoom benefits from optical image stabilisation (OIS).

Modes on the main cameras include 4K video recording, which benefits from the optical image stabilization and some software stabilization, that results in somewhat unnatural looking movements.

Not exact matches

EverNote uses optical character recognition to parse text from an image and store it so it can be retrieved at a later date.

As seen in the image below taken from his Instagram account, the former AC Milan and Chelsea forward has found the Liverpool boss's face is actually on his knee in a weird optical illusion.

Optical interferometry at CHARA requires collecting the light beams from six different telescopes, sifting through multiple gigabytes of data, and then combining the beams to synthesize the kind of image that otherwise would be possible only with an enormous space telescope.

Taking an optical image of distant planets is tough because the bright light from their stars drowns them out.

The background image includes optical and near - infrared imaging from both the Gemini South and ESO Very Large Telescope.

The gravitational pull of matter in the cluster bends and twists the light from more distant galaxies, producing a plethora of strange optical effects ranging from distorted arcs to multiple images of the same background object.

This new image of GK Persei contains X-rays from Chandra (blue), optical data from NASA's Hubble Space Telescope (yellow), and radio data from the National Science Foundation's Very Large Array (pink).

The image is a compotie of the i - band data (in red) from the Hyper Suprime - Cam at the Subaru Telescope and R - band (in green) and V - band (in blue) images from the Mayall 4 - m telescope at the Kitt Peak National Observatory of National Optical Astronomy Observatory.

The very first images came from its optical channels.

With additional funding support from NIBIB, Wang recently overcame the optical diffusion limit, which is the depth at which light can be used to take images of tissues in the body by other existing high - resolution imaging technologies.

Blandford: Well, analyzing the radio, optical and x-ray and now gamma ray images of jets and data from jets have helped us to understand that they are moving at relativistic speed.

Built from «metamaterials» with bizarre, controversial optical properties, a superlens could produce images that include details finer than the wavelength of light that is used

We crafted ultrathin light sheets from two - dimensional optical lattices that allowed us to image three - dimensional (3D) dynamics for hundreds of volumes, often at subsecond intervals, at the diffraction limit and beyond.

The new microscope is essentially three microscopes in one: an adaptive optical system to maintain the thin illumination of a lattice light sheet as it penetrates within an organism, and another adaptive optical system to create distortion - free images when looking down on the illuminated plane from above.

One of these two photons is detected by a photodiode and used to trigger an acousto - optical modulator, causing it to divert the second photon to a tapered optical fiber directed at a pipette containing a rod cell from a frog's eye (see image).

In addition, optical and radar images of the surface show signs of cryovolcanism — geyserlike eruptions of ammonia - water ice — which also indicates that material wells up from the interior.

The 45 - centimeter Dutch Open Telescope (DOT) could open the door to bigger solar optical telescopes by eliminating the need for putting the telescope mirror in a vacuum to prevent heat from distorting the image.

The CARS images were acquired with a Leica TCS SP8 CARS system (Leica Microsystems, Mannheim, Germany) consisting of a TCS SP8 confocal microscope combined with a picoEmerald laser (APE, Berlin, Germany) offering a fixed Stokes laser line of 1064.5 nm and a tuneable Pump line from an optical parametric oscillator (780 nm — 940 nm).

In addition, all three stars (including Proxima) were among the «Tier 1» target stars for NASA's optical Space Interferometry Mission (SIM) to detect a planet as small as three Earth - masses within two AUs of its host star (and so some summary system information and images on Stars A, B, and C are available from the SIM Teams), but the SIM project manager announced on November 8, 2010 that the mission was indefinitely postponed due to withdrawal of NASA funding.

This technology is a nondestructive optical clearing agent offering a high level of transparency that greatly reduces problems with light scattering and enables high resolution images to be captured from biological tissues.

From ESA: «This image shows two polished test mirror segments being inspected by an optical engineer: one segment with the gold coating already applied, the other without.

The main panel shows X-rays from Chandra (purple) that have been overlaid on an optical image from Hubble.

It was also selected as a «Tier 1» target star for NASA's optical Space Interferometry Mission (SIM) to detect a planet as small as three Earth - masses within two AUs of its host star (and so some summary system information and images of Epsilon Indi may still be available from the SIM Teams), but the SIM project manager announced on November 8, 2010 that the mission was indefinitely postponed due to withdrawal of NASA funding.

To validate candidate planets identified by K2, the researchers obtained high - resolution images of the planet - hosting stars from Keck Observatory's near infrared camera (NIRC2), the Gemini and Large Binocular Telescope (among others) as well as high - resolution optical spectroscopy using Keck Observatory's high resolution spectrograph (HIRES) instrument and the AUtomated Planet Finder.

This infrared image shows a laser beam signal from NASA's LADEE moon probe as seen in infrared by the European Space Agency's Optical Ground Station in Tenerife, Spain on Oct. 26, 2013.

Then, they combined the spectra with infrared images of the Spitzer Space Telescope, the Herschel Space Observatory, and optical images of the Hubble Space Telescope, to create a complete multi-wavelength picture of their galaxies: from rest - frame ultraviolet to rest - frame far - infrared.

The team showed that Kinect, the optical hardware from Microsoft, Inc., and image - recognition algorithms used to identify and track the location and orientation of objects in its visual field could be adapted to locate and track the motions of a biopsy needle.

It was also selected as a «Tier 1» target star for NASA's optical Space Interferometry Mission (SIM) to detect a planet as small as three Earth - masses within two AUs of its host star (and so some summary system information and images of Eta Cassiopeiae A and B may still be available from the SIM Teams), but the SIM project manager announced on November 8, 2010 that the mission was indefinitely postponed due to withdrawal of NASA funding.

«This is what theorists have believed for years, but even the best images from optical telescopes, including the Hubble Space Telescope, failed to show any direct evidence of interactions with other galaxies in many cases,» said Jeremy Lim, of the Academia Sinica Institute of Astronomy & Astrophysics in Taipei, Taiwan.

His approach quantitatively images structures from the negative space excluded in the thermal random walk of a particle in an optical trap, monitored with laser light.

An extraordinary jet trailing behind a runaway pulsar is seen in this composite image that contains data from Chandra (purple), radio data from the ACTA (green), and optical data from the 2MASS survey (red, green, and blue).

The image shows the localization of the gravitational - wave (from the LIGO - Virgo 3 - detector global network), gamma - ray (by the Fermi and INTEGRAL satellites) and optical (the Swope discovery image) signals from the transient event detected on the 17th of August, 2017.

Panasonic's proprietary optical technology from camera and projection systems allowed the company to offer nearly double the image size of traditional automotive head up displays.

It sports a 16 - megapixel rear camera with f / 1.9 aperture and optical image stabilisation, apart from a 5 - megapixel front - facing camera.

As we can see from the images, the smartphone features ultra narrow bezel design, and runs on Google Android 4.2.2 mobile operating system, and comes with a Qualcomm Snapdragon 800 2.26 GHz quad - core processor, 2 GB LPDDR3 RAM, 32 GB internal storage, 5.2 - inch Full HD IPS display with 1920 x 1080 pixels resolution, 2.1 - megapixel front facing camera and 13 - megapixels rear camera with optical image stabilizer, 8x digital zoom, sapphire crystal glass lens and multi-point autofocus.

As we can see from the images, the Android phone features a 5.9 - inch full HD IPS display with 1920 x 1080 pixels resolution and slim bezel for a large - screen viewing experience and sleek design, and G Pro 2 is powered by a Qualcomm Snapdragon 800 2.26 GHz quad - core processor and comes with 3 GB DDR3 RAM and 16GB / 32 GB eMMC ROM with microSD card slot for high performance and enough store capacity, moreover, the Android phone also sports an enhanced 13.0 - megapixel rear camera with Optical Image Stabilizer Plus and natural flash for high quality imaging, while flash for selfie feature enhances its 2.1 - megapixel front - facing camera for selfie.

Some of the usability and accessibility features include optical scan that can recognize text from an image and reads it aloud; light sensing technology, which uses the device's camera to sense light direction and brightness, and instant voice recorder which gives access to make quick voice notes.

The finished image is uncanny in its lack of optical perspective, and presents a strange contrast of uniformity and individuality: from afar, we admire the perfection of the neat, multicoloured grid, yet, as every point of the frame is in clear focus, we are able to walk up to the image and pick out individual curtain patterns and windowsill ornaments.

Stemming from his interest in traditional narrative formats, his work often researches new forms of storytelling through visual and optical abstraction, rhythm and repetition, patterns and symbolism, text transmissions, color correspondences, and interrelationships of images and sound.

On display are 14 works that trace the transformation of the art object from static image to fluid light projection within two artistic lineages: the unconventional optical techniques of the 1920s Neue Optik (New Vision) generation of artists, among them El Lissitzky, László Moholy - Nagy, Hans Richter, and Marcel Duchamp; and the situational aesthetics advanced by Robert Irwin, Gordon Matta - Clark, Robert Smithson, and Anthony McCall in the 1970s.

This exhibition considers the transformation of the art object from static image to light projection within two distinct artistic lineages: the unconventional optical techniques and social analyses of the 1920s Neue Optik, or «New Vision,» generation of artists, among them László Moholy - Nagy, Hans Richter, and Marcel Duchamp; and the situational aesthetics advanced by Gordon Matta - Clark, Robert Smithson, and Anthony McCall in the 1970s.

Micah Danges» (Pew Fellow, 2015) work hovers between image and object, pushing the limit of what a photograph can be and using optical distortions that create abstract scenes from everyday items and places, in a distinctive merging of materials and process.

He produces most of his images in three sizes, from small to very large, either in signed, mounted prints, which must be protected in a frame, or as replaceable inkjet prints that can be attached directly to the wall and are generated by a certificate - authenticated optical disc.

Using a homemade bath, he chemically destabilizes the emulsion so that he can extract the filmic image and optical sound track from the reels of celluloid.

The exhibition will include works employing high - end optical systems to photograph government sites, as well as images drawn from data of amateur astronomers to track and photograph classified spacecraft in earth's orbit.

Borrowing from Michael McClure's notion of an «undersoul,» a term Conner embraced as a way to position many of his works, this talk will examine the variations of visceral forms achieved through the syncopated rhythm / cuts (sound to image edits), as well as his slow moving, emergent sonic and optical structures.

Group - shows in major museums include: «Optical Illusions, Contemporary Still Life ``, C / O Berlin, Berlin, Germany (2017), «Good Dreams, Bad Dreams - American Mythologies ``, Aïshti Foundation, Beirut, Lebanon (2016), «Ordinary Pictures ``, Walker Art Center, Minneapolis, MN USA (2016), «Image Support ``, Bergen Kunsthall, Bergen, Norway (2016), «Ocean of Images: New Photography 2015, Museum of Modern Art ``, New York, NY USA (2015), «Perfect Likeness: Photography and Composition ``, Hammer Museum, Los Angeles, CA USA (2015), «Reconstructions: Recent Photographs and Video from the Met Collection ``, Metropolitan Museum of Art, New York, NY USA (2015), «Rites of Spring ``, Contemporary Arts Museum Houston, Houston, TX USA (2014).

Paglen's image, KEYHOLE IMPROVED CRYSTAL from Glacier Point (Optical Reconnaissance Satellite; USA 224)(2011), a spy - satellite portrait of the sky above Yosemite Valley, evokes the work of Ansel Adams and Timothy O'Sullivan.