decode
Latest
Google's Fabricius uses machine learning to decode hieroglyphs
Google’s Arts and Culture vertical has been known to release fun apps and tools to help people engage with art and history. Now, the company is launching a web-based AI tool to let users interact with ancient Egyptian hieroglyphs and also help researchers decode the symbols with machine learning. It’s called Fabricius, named after the “father of epigraphy, the study of ancient inscriptions,” according to Google, and will let you send roughly translated messages in hieroglyphs to your friends.
The Decode app spots fakes with NFC
The global trade of counterfeit goods reportedly rakes in half a trillion dollars per year, which isn't good for anyone. (Except for the counterfeiters themselves, I suppose.) As the fakes industry continues to grow, brands are looking to technologies like RFID (radio-frequency identification) and NFC (near-field communication) to help authenticate their products. This is where Blue Bite, a startup based out of New York City, hopes to come in. It has developed a system that relies on an iOS app, called Decode, that can tell consumers if an item is real by simply tapping their phone on it.
Raspberry Pi lands MPEG-2 and VC-1 decoding through personal licenses, H.264 encoding and CEC tag along
Making the Raspberry Pi affordable involved some tough calls, including the omission of MPEG-2 decoding. Licensing fees alone for the video software would have boosted the board's price by approximately 10 percent. Now, after many have made media centers with the hardware, the foundation behind the project has whipped up a solution to add the missing codec. For $3.16, users can purchase an individual MPEG-2 license for each of their boards on the organization's online store. Partial to Microsoft's VC-1 standard? Rights to using Redmond's codec can be purchased for $1.58. H.264 encoding is also in the cards since OpenMax components needed to develop applications with the functionality are now enabled by default in the device's latest firmware. With CEC support thrown into the Raspbmc, XBian and OpenELEC operating systems, a single IR remote can control a Raspberry Pi, a TV and other connected gadgets. If you're ready to load up your Pi with its newfound abilities, hit the source link below. Update: The Raspberry Pi Foundation let us know that US customers won't have to pay sales tax, which means patrons will only be set back $3.16 for MPEG-2 and $1.58 for VC-1 support, not $3.79 and $1.90 for the respective licenses. We've updated the post accordingly.
Biological computer can decode images stored in DNA chips, applications remain unclear
Scientists from the Scripps Research Institute and Technion–Israel Institute of Technology have taken biological computing one step further, with a new molecular machine capable of decoding images stored on a DNA chip. Though it's referred to as a "biological computer," the researchers' machine isn't much like a CPU at all -- unless your CPU was manufactured in a test tube filled with a smoothie of DNA molecules, enzymes and ATP. Once they found the right mix, the team proceeded to encrypt images on a DNA chip and used their Turing machine-like creation to decode them, with fluorescent stains helping to track its progress. The above image, read from left to right, gives a more literal idea of what the system can do -- basically, it takes a hidden image and extracts a given sequence. Storing data on DNA isn't anything new, but decrypting said data in this fashion apparently is. The applications for this kind of organic computing remain a bit fuzzy, but it's pretty clear that whatever follows probably won't look anything like a typical computer. The team's findings were recently published in a paper for the journal Angewandte Chemie, the abstract for which is linked below. For a slightly more readable explanation, check out the full press release after the break.
PS3 Slim bitstreams Dolby TrueHD and DTS-HD MA audio, at last
Slowly, ever so slowly we're beginning to learn about the internal differences between Sony's new PS3 Slim and its chubby ancestry. We already knew that it supported BraviaLink while talk of "faster gaming" was introduced (suspiciously) yesterday; something that remains very much in doubt until we can confirm. Now we hear that the fatboy gone slim supports Dolby TrueHD and DTS-HD Master Audio bitstream output to your receiver. Hear that audio nerds? Bitstream. See the HDMI chip on previous generations of the PS3 didn't support bitstream output of the new(ish) high def codecs like Dolby TrueHD and DTS-HD MA. As such, the PS3 had to decode it internally before sending it over to your receiver via LPCM. A process that could garble the lossless audio depending on your setup. Even though the vast majority of people will never notice the difference (or even care), PS3 Slim owners can still kick back in smug satisfaction each time the TrueHD or DTS-HD MA indicators light-up on their receivers.
PS3 Slim bitsreams Dolby TrueHD and DTS-HD MA audio, at last
Slowly, ever so slowly we're beginning to learn about the internal differences between Sony's new PS3 Slim and its chubby ancestry. We already knew that it supported BraviaLink while talk of "faster gaming" was introduced (suspiciously) yesterday; something that remains very much in doubt until we can confirm. Now we hear that the fatboy gone slim supports Dolby TrueHD and DTS-HD Master Audio bitstream output to your receiver. Hear that audio nerds? Bitstream. See the HDMI chip on previous generations of the PS3 didn't support bitstream output of the new(ish) high def codecs like Dolby TrueHD and DTS-HD MA. As such, the PS3 had to decode it internally before sending it over to your receiver via LPCM. A process that could garble the lossless audio depending on your setup. Even though the vast majority of people will never notice the difference (or even care), PS3 Slim owners can still kick back in smug satisfaction each time the TrueHD or DTS-HD MA indicators light-up on their receivers.
