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JoshuaInNippon writes
"Might we one day be able to use our cell phone cameras to pick out the best piece of meat on display at the market? Some Japanese researchers seem to hope so. A team of scientists is using infrared camera technology to try and determine the tastiest slices of high-grade Japanese beef. The researchers believe that the levels of Oleic acid found within the beef strongly affect the beef's tenderness, smell, and overall taste. The infrared camera can be tuned to pick out the Oleic acid levels through a whole slab, a process that would be impossible to do with the human eye. While the accuracy is still relatively low — a taste test this month resulted in only 60% of participants preferring beef that was believed to have had a higher level of Oleic acid — the researchers hope to fine tune the process for market testing by next year."
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eldavojohn writes
"A list of notes from game developers (PDF) was sent in a letter to the FCC which represented a net neutrality discussion between the developers and FCC representatives. Game Politics sums it up nicely, but the surprise is that developers are concerned with latency, not bandwidth, unlike the members of many other net neutrality discussions. One concern is that each and every game developer will need to negotiate with each and every ISP to ensure their traffic achieves acceptable levels of latency for users. 'Mr. Dyl of Turbine stated that ISPs sometimes block traffic from online gaming providers, for reasons that are not clear, but they do not necessarily continue those blocks if they are contacted. He recalled Turbine having to call ISPs that had detected the high UDP traffic from Turbine, and had apparently decided to block the traffic and wait to see who complained.' It seems a lot of the net neutrality discussions have only worried about one part of the problem — Netflix, YouTube and P2P — while an equally important source of concern went unnoticed: latency in online games."
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kkleiner writes
"ARMAR, or Augmented Reality for Maintenance and Repair, is a head mounted display unit that provides graphic overlays to assist you in making repairs. An Android phone provides an interface to control the graphics you view during the process. Published in IEEE, and recently tested with the United States Marine Corps on an armored turret, ARMAR can cut maintenance times in half by guiding users to the damaged area and displaying 3D animations to demonstrate the appropriate tools and techniques."
