Cody Taylor

Combat Wombat brings news that the legal battle between the Australian Commonwealth Scientific and Research Organisation (CSIRO) and a host of major tech corporations has come to end, with a large settlement going to the CSIRO. The fight was over a patent on wireless LAN technology, which already earned the CSIRO a victory in court over Buffalo Technology and a settlement with Hewlett-Packard. The remaining 13 companies, which include Dell, Intel, Microsoft and Nintendo, have now chosen to settle as well. “[The CSIRO] will use the money won from a Wi-Fi technology patent battle to fund further research. … It is unclear how much money has flowed to the CSIRO, but experts say the technology would be worth billions of dollars if royalties were paid on an ongoing basis.”

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maxheadroom writes “Google has released an open source browser plugin that provides a JavaScript API for displaying 3D graphics in web content. Google hopes that the project will promote experimentation and help advance a collaborative effort with the Khronos Group and Mozilla to create open standards for 3D on the web. Google’s plugin offers its own retained-mode graphics API, called O3D, which takes a different approach from a similar browser plugin created by Mozilla. Google’s plugin is cross-platform compatible and works with several browsers. In an interview with Ars Technica, Google product manager Henry Bridge and engineering director Matt Papakipos say that Google’s API will eventually converge with Mozilla’s as the technology matures. The search giant hopes to bring programs like SketchUp and Google Earth to the browser space.”

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Jyms writes “As technology changes, so hubs routers and switches are upgraded, but does the cabling need replacing, and if so, how often? Coax gave way to CAT 5 and CAT 5e replaced that. If you are running a 100Mbit/s network on old CAT 5, can that affect performance? Do CAT 5(e) cables get old?”

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Soon your computer and electronic gadgets could be much smaller, faster, cheaper, more reliable and even greener thanks to a new form of computer memory technology called racetrack.

Ilya writes “Companies such as BMW are investing in Thermoelectric Generators to make their cars more efficient by replacing the alternator. Thermoelectric Generators convert wasted heat from the engine into electrical power. This green instructable shows how you can use the same technology right now at home to harvest expelled heat from home appliances to charge your cellphone and other gadgets. Also features a lego racer powered by the roaring flames of a tea candle.”

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Drivintin writes “In a move that should make cable companies nervous, Adobe announces they are going to push a Flash that runs directly on TVs. ‘Adobe Systems, which owns the technology and sells the tools to create and distribute it, wants to extend Flash’s reach even further. On Monday, Adobe’s chief executive, Shantanu Narayen, will announce at the annual National Association of Broadcasters convention in Las Vegas that Adobe is extending Flash to the television screen. He expects TVs and set-top boxes that support the Flash format to start selling later this year.’ With the ability to run Hulu, YouTube and others, the question of dropping your cable becomes a little bit more reasonable.”

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tuna writes “A real-world test by the Dutch province of Zeeland (a very windy place) demonstrates that small windmills are a fundamentally flawed technology (PDF of tests results in Dutch, English summary). Twelve much-hyped micro wind turbines were placed in a row on an open plain. Their energy yield was measured over a period of one year (April 1, 2008 — March 31, 2009), the average wind velocity during these 12 months was 3.8 meters per second, slightly higher than average. Three windmills broke. The others recorded ridiculously low yields, in spite of the optimal conditions. It would take up to 141 small windmills to power an average American household entirely using wind energy, for a total cost of 780,000 dollars. The test results show clearly that energy return is closely tied to rotor diameter, and that the design of the windmill hardly matters.”

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travalas writes “Last year I moved to Rural Bangladesh. My work is pretty diverse, everything from hacking web apps to designing building materials. Increasingly a Linux VM on my MacBook Pro is insufficient due to storage speed/processing constraints and the desire to interface more easily with some sensor packages. There are a few issues that make that make a standard server less than desirable. This server will generally not be running with any sort of climate control and it may need to move to different locations so would also be helpful if it was somewhat portable. The environment here is hot, humid and dusty and brutal on technology and power is very inconsistent so it will often be on a combination of Interruptible Power Supply and solar power. So a UPS is a must and low power consumption desirable, so it strikes me that an Integrated UPS a la Google’s servers would be handy. Spec wise it needs to be it needs to be able to handle several VM’s and some other processor storage intensive tasks. So 4 cores, 8GB of ram and 3-4 TB of SATA storage seems like a place to start for processing specs. What sort of hardware would you recommend without breaking the bank?”

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Seth Shostak of the SETI Institute recently wrote an opinion piece for the NY Times discussing the limitations of our space technology. He makes the harsh point that transporting human beings to other star systems isn’t a reasonable goal even on a multi-generational time frame. However, advances in robotics and data gathering could instead bring the planets and stars to us, and do it far sooner. Quoting: “Sending humans to the stars is simply not in the offing. But this is how we could survey other worlds, around other suns. We fling data-collecting, robotic craft to the stars. These proxy explorers can be very small, and consequently can be shot spaceward at tremendous speed even with the types of rockets now available. Robot probes don’t require life support systems, don’t get sick or claustrophobic and don’t insist on round-trip tickets. … These microbots would supply the information that, fed to computers, would allow us to explore alien planets in the same way that we navigate the virtual spaces of video games or wander through online environments like Second Life. High-tech masks and data gloves, sartorial accessories considerably more comfortable than a spacesuit, would permit you to see the landscape, touch objects and even smell the air.”

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suraj.sun writes with this quote from the Associated Press:”Britain’s domestic spy agency — MI5 — is hunting for its very own ‘Q,’ of sorts. MI6’s sister organization, which carries out surveillance on terror suspects inside Britain and gives security advice to the government, is searching for someone to lead its scientific work. Projects could include everything from developing counterterrorism technology to tackling a biological or chemical attack. ‘Looking for a chief scientific adviser to lead and coordinate the scientific work of the security service so that the service continues to be supported by excellent science and technology advice,’ MI5’s Web site ad reads. MI5 has long had a roster of scientific staff tasked with developing high-tech gadgets, but an official said the service now wants a high-profile figure to lead pioneering work in technology and science. The adviser’s work will focus chiefly on creating sophisticated new tools to help security service officers carry out surveillance and analysis work, said a government security official, who requested anonymity to discuss the work of MI5.”

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