Every time you launch Photoshop, you’re greeted momentarily with a splash screen showing a cloud of names that give credit to the people who have worked on the program. This “Behind the Splash Screen” video introduces you to some of the people whose names are found there, and provides some background on how Photoshop CS5 was developed (as well as the huge challenges they faced).
Read more…
If computers can have fans, why can’t cameras? With recent Sony cameras running into unexpected limits due to the sensor overheating, Nikon may be looking to solve the problem with a good, old-fashioned fan. A recent patent filing by Nikon shows a mirrorless camera with a computer-style fan embedded into the circuit board.
Read more…
NEC announced today that they’ve developed “noise suppression technologies” for compact cameras that will clean up the audio in video recordings by canceling out the noise created by the lens zooming in and out. It works by storing a recording of what the zoom noise sounds like to the camera, and subtracting that noise from recorded video. Casio’s new EX-ZR10 will be the first compact to feature this new tech, but NEC promises that it’ll be found throughout the digicam market soon. Enjoy the “ZZZZ! ZZZZ!” sound while it’s still around!
(via Engadget)
Kodachrome film officially died at the end of last year when the last developer — Dwayne’s Photo Service — stopped accepting the film. Before that final nail in the coffin was pounded in, 53-year-old Jim DeNike drove from Arkansas to Dwayne’s in Kansas to have 1,580 rolls developed. The total cost for the 50,000 slides? $15,798. All of the photographs were of trains.
For Kodachrome Fans, Road Ends at Photo Lab in Kansas (via PCMag)
Image credit: Kodachrome by John!!!
Tagging friends in massive group photographs is about to get a whole lot easier. Facebook has just announced “tag suggestions”, which uses facial recognition technology to automatically group together photographs that have the same face in them.
Because photos are such an important part of Facebook, we want to be sure you know exactly how tag suggestions work: When you or a friend upload new photos, we use face recognition software—similar to that found in many photo editing tools—to match your new photos to other photos you’re tagged in. We group similar photos together and, whenever possible, suggest the name of the friend in the photos. [#]
While many people will probably opt for the old fashioned tagging method to have more control over the process, this feature will undoubtedly save many users a good deal of time. The feature will begin rolling out to users in the US over the next few weeks.
Did you know that the first digital camera invented in 1975 didn’t actually produce the first digital photograph? The first digital photo actually came almost two decades earlier in 1957 when Russell Kirsch made a 176×176 pixel digital image by scanning a photograph of his three-month-old son. The low resolution was due to the fact that the computer they used wasn’t capable of storing more information.
(via Discovery News)
It was only at the beginning of the year that the megapixel race for cell phone cameras hit 14.6 megapixels, but now Sony has unveiled a 16.41 back-illuminated CMOS sensor that can shoot 15 frames per second at full resolution, and is capable of HD video recording (30fps at 1080p and 60fps at 720p).
Read more…
Just earlier this year Facebook upped their maximum photo size to 720px, an increase of 20%. Today, they’ve announced that the maximum size is increasing to 2048px, about eight times larger than the previous maximum size. A download link will be included with photos allowing people to download the high resolution versions.
Read more…
Here’s a glimpse into what viewing photographs might be like for future generations: Brother Industries is working on a special pair of glasses called the AirScouter that can project images directly into your retina, making you see a 16-inch display that doesn’t actually exist floating 3 feet in front of your face.
Read more…
Barcodes can be found everywhere, but using existing barcode systems with ordinary cameras require that the barodes be printed large or that the camera be placed close to the code. MIT’s Bokode project is a new system that magically stuffs barcodes into bokeh, allowing ordinary cameras to be used as barcode readers from a distance. The codes are contained in little points of light that only turn into codes when viewed through an out-of-focus camera lens. You’ve probably seen how little bright points of light grow into larger and fainter points of light when you defocus.
Read more…
