Hardware

Almost everybody maintains bundles of pictures of their beloved ones around to show at important events. Pictures are a great method used to recall great times, but if they are stored in boxes or scrapbooks, they could be well gone. This is one of the many reasons why photo slide scanner appliances have been recently in demand. You are capable to retain all of your favorite memories from getting broken, or from disappearing.

A lot of photo slide scanner devices currently exist, and they all get their own positives and negatives. Below you will get a small preview of a couple of to help you better visualize how they work. Photo slide scanners were built to relieve memories all in a one location. This creates it very easy to share them with relatives near and far, because you can just email them a copy.

From the ZDNet website: "Will a GPU-cloud computing revolution kill the PC? What the future may hold for personal computing could look a lot like the mainframe world of the past. It could also look a lot like today's science fiction, with virtual reality possibilities to rival the holodeck. It isn't likely that one product will rule them all, as Windows has for decades. Rather, there will likely be a convergence of new ideas.

A pair of physicists have shown that if processors continue to accelerate in accordance to Moore’s Law, we’ll hit the wall of faster processing in roughly 75 years.

This Telepresence Options article talks about a new way to mass-produce flexible OLED displays that could mean affordable commercial products. From the article: "Flexible, full-color video displays could be closer to market because of a new advance by researchers at Arizona State University's Flexible Display Center (FDC) and at Universal Display, in Ewing, NJ. The researchers have made bendy organic light-emitting diode (OLED) displays employing processes and tools that are used to make today's flat-panel LCD screens. They demonstrated a new 4.1-inch video-quality display at the 2009 Society for Information Display conference last week.

This Hardwaresecrets article talks about ideas nVidia is seeing as the future of computing: more GPGPU usage and the co-existence of competing technologies like ray tracing and rasterization. From the article: "Last week nVidia held their Spring 2008 Editor’s day, where they presented their forthcoming series of graphics processing units, which will be released next month. While we can’t talk about this new chip series yet due to the Non-Disclosure Agreement (NDA), we can talk about some ideas that nVidia is seeing as “the future of computing” – basically more GPGPU usage (i.e. the use of the graphics chip to process regular programs) and the co-existence of “competing” technologies like ray tracing and rasterization.

This Technology Review article reports researchers at the University of Illinois in Urbana Champaign have developed a simple process to grow upright copper nanowires on different surfaces which could be used in ultra-thin field-emission displays that are brighter and sharper than flat-panel displays. From the article: "The nanowire arrays could find use in field-emission displays, a new type of display technology that promises to provide brighter, more vivid pictures than existing flat-panel displays. In such an application, the nanowires would be used to fire electrons at phosphor particles on a screen, lighting them up.

This Daily Game article is a review of the Vuzix iWear VR920. From the article: "In the late 1980s (as I recall) came the hype of Virtual Reality (VR). For $5-$10 at just about any major arcade or shopping mall, you could experience five minutes of virtual bliss. Just step onto a circular platform, put on some weird gloves and clunky goggles, and voila!, you were in a half-finished world with no realism whatsoever. I never had the $5, so I just stood and watched the television screen as other suckers squandered their money.

This NewScientistTech article takes a look at an ultrasound scanner that provides more detailed 3D images of the deformed blood vessels within a tumour which could help doctors determine the boundary between cancerous and healthy tissue during surgery. From the article: "The scanner uses a novel form of non-invasive imaging called photoacoustic tomography. This uses laser light to "twang" cells so they emit an ultrasound wave, which is then detected and used to form a 3D image.

Existing ultrasound scanners capture images by aiming high-frequency sound waves at the body. These waves reflect whenever the density of tissue changes, for example at the boundary between muscle and bone. The resulting "echoes" are then used to create a picture.

This news.bigg.net press release reports PassmoreLab has succeeded in creating a prototype 10-camera array specifically designed for the production of live-action content for auto-stereoscopic displays. From the press release: "This groundbreaking multi-camera array presents exciting possibilities for the creation of 3D content, with applications ranging from entertainment to research, education, industrial, and other fields.

This BBC News article takes a general look at the use of GPGPU by research scientists. From the article: " Every serious PC gamer knows what a difference a good graphics card can make to the fun they have.

But it is not just hardcore gamers who have recognised the worth of a PC graphics card.

Increasing numbers of research scientists have woken up to their potential too.

But the scientists in question are not using the cards to appreciate the detail in PC games such as The Witcher. Instead they are using them as cheap sources of supercomputer-class processing power.

"They give a phenomenal bang for the buck," said Mike Giles, professor of scientific computing at the University of Oxford.

This Digital ImageMaker article reports Iowa State University’s “C6,” the country’s first six-sided virtual reality room, has been redesigned with NVIDIA Quadro GPUs to take cyber battles to new extremes with advanced visual computing. From the article: "The C6, a 100-million pixel virtual experience engineered by Mechdynes’ Fakespace display division, incorporates NVIDIA Quadro® professional graphics processing units (GPUs) in the improved visualization center, which operates at more than 16 times the resolution of a typical immersive room and more than double the resolution of the five-sided, 43-million pixel room also created by Mechdyne.