Comment Re:It doesn't look anything like iOS (Score 1) 181
There is a young chinese girl on the screen with her breasts showing. That is clearly not what Apple would do. Apple uses stoners.
Comment Re:The predator strikes again. (Score 3, Funny) 181
Oh right, those sneaky socialist capitalists must stolen Apple's iOS linux source code, where else could they have gotten it?
Comment Re:Sitting on the floor? (Score 4, Funny) 181
Does he also park in the handicap space?
Xiaomi's Next OS Looks Strikingly Similar To iOS 181
stephendavion writes Looks like Chinese device maker, Xiaomi, is taking its "Apple of the East" tag too literally. First, their CEO brazenly copies Steve Jobs' signature look, sitting cross-legged on the floor. And now, Xiaomi's latest version of Android shamelessly rips off iOS 7. MIUI 6, which is Xiaomi's upcoming edition of Android for its latest phones and tablets, looks almost exactly like Apple's operating system for iPhones, iPads and the iPod Touch. It features the same bright color palette and a flat design. Heck, it even does away with Google's "app drawer" and puts all apps on your home screen. It's like the CEO handed iPhones to the design team and barked: "Here, copy this!"
Comment Re:artificial scarcity (Score 1) 81
we're the richest country in the history of the earth
No, we're in deeper debt than any society in history.
As I understand it, every great empire that ever was, was deeply in debt. After you get past that hand to mouth thing, how deep your are able to go into debt becomes the measure of your wealth. Another way of putting it: what would you rather have, the money or the stuff? Can you eat money? Sail on it? Marry it?
Comment And life goes on (Score 5, Insightful) 235
Email is only losing the people we want to lose. You know, the ones who broadcast that joke of the day email every day CCed to everybody they know, or have ever heard of. Now, please just be good and take all that to facebook. Thxbai.
DARPA Uses Preteen Gamers To Beta Test Tomorrow's Military Software 84
Daniel_Stuckey writes with a story about an interesting (or, you might think, creepy) institution at the University of Washington's Seattle campus. It's the Center for Game Science, a research lab that makes educational video games for children, and that received the bulk of its funding from the Defense Advanced Research Projects Agency, the wing of the U.S. Department of Defense that supports research into experimental military technology. Why is DARPA the original primary funder of the CGS? According to written and recorded statements from current and former DARPA program managers, as well as other government documents, the DARPA-funded educational video games developed at the CGS have a purpose beyond the pretense of teaching elementary school children STEM skills.
Entire South Korean Space Programme Shuts Down As Sole Astronaut Quits 186
An anonymous reader writes The entire South Korean space program has been forced to shut down after its only astronaut resigned for personal reasons. Yi So-yeon, 36, became the first Korean in space in 2008 after the engineer was chosen by the Korea Aerospace Research Institute (KARI) to lead the country's $25m space project. Her resignation begs questions of KARI regarding whether she was the right person to lead the program and whether the huge cost of sending her into space was a waste of taxpayer's money.
New Watson-Style AI Called Viv Seeks To Be the First 'Global Brain' 161
paysonwelch sends this report from Wired on the next generation of consumer AI:
Google Now has a huge knowledge graph—you can ask questions like "Where was Abraham Lincoln born?" And it can name the city. You can also say, "What is the population?" of a city and it’ll bring up a chart and answer. But you cannot say, "What is the population of the city where Abraham Lincoln was born?" The system may have the data for both these components, but it has no ability to put them together, either to answer a query or to make a smart suggestion. Like Siri, it can’t do anything that coders haven’t explicitly programmed it to do. Viv breaks through those constraints by generating its own code on the fly, no programmers required. Take a complicated command like "Give me a flight to Dallas with a seat that Shaq could fit in." Viv will parse the sentence and then it will perform its best trick: automatically generating a quick, efficient program to link third-party sources of information together—say, Kayak, SeatGuru, and the NBA media guide—so it can identify available flights with lots of legroom.
Reversible Type-C USB Connector Ready For Production 191
orasio writes: One of the most frustrating first-world problems ever (trying to connect an upside-down Micro-USB connector) could disappear soon. The Type-C connector for USB has been declared ready for production by the USB Promoter Group (PDF). "With the Type-C spec finalized, it now comes down to the USB-IF to actually implement the sockets, plugs, cables, adapters, and devices. The problem is that there are billions of existing USB devices and cables that will need adapters and new cables to work with new Type-C devices. It’s a lot like when Apple released the Lightning connector, but on an even grander scale. Further exacerbating the issue is the fact that China, the EU, and the GSMA have all agreed that new mobile devices use Micro-USB for charging — though it might be as simple as including a Micro-USB-to-Type-C adapter with every new smartphone."
Comment Re:Somebody is projecting their delusions... (Score 1) 294
Quite frankly, I just finished a larger project for a customer and what I did strongly resembles what I would have done 30 years ago...
Only one difference: you get paid a lot more now.
Comment Re:hype (Score 1) 294
I seem to remember those two existing prior to twenty years.
Indeed. 1972.
Comment Old news (Score 1) 294
This article reviews techniques that became common ten years ago, at least for programmers worthy of the name. Misses a lot too but oh well.
NVIDIAs 64-bit Tegra K1: The Ghost of Transmeta Rides Again, Out of Order 125
MojoKid (1002251) writes Ever since Nvidia unveiled its 64-bit Project Denver CPU at CES last year, there's been discussion over what the core might be and what kind of performance it would offer. Visibly, the chip is huge, more than 2x the size of the Cortex-A15 that powers the 32-bit version of Tegra K1. Now we know a bit more about the core, and it's like nothing you'd expect. It is, however, somewhat similar to the designs we've seen in the past from the vanished CPU manufacturer Transmeta. When it designed Project Denver, Nvidia chose to step away from the out-of-order execution engine that typifies virtually all high-end ARM and x86 processors. In an OoOE design, the CPU itself is responsible for deciding which code should be executed at any given cycle. OoOE chips tend to be much faster than their in-order counterparts, but the additional silicon burns power and takes up die area. What Nvidia has developed is an in-order architecture that relies on a dynamic optimization program (running on one of the two CPUs) to calculate and optimize the most efficient way to execute code. This data is then stored inside a special 128MB buffer of main memory. The advantage of decoding and storing the most optimized execution method is that the chip doesn't have to decode the data again; it can simply grab that information from memory. Furthermore, this kind of approach may pay dividends on tablets, where users tend to use a small subset of applications. Once Denver sees you run Facebook or Candy Crush a few times, it's got the code optimized and waiting. There's no need to keep decoding it for execution over and over.
Injecting Liquid Metal Into Blood Vessels Could Help Kill Tumors 111
KentuckyFC (1144503) writes One of the most interesting emerging treatments for certain types of cancer aims to starve the tumor to death. The strategy involves destroying or blocking the blood vessels that supply a tumor with oxygen and nutrients. Without its lifeblood, the unwanted growth shrivels up and dies. This can be done by physically blocking the vessels with blood clots, gels, balloons, glue, nanoparticles and so on. However, these techniques have never been entirely successful because the blockages can be washed away by the blood flow and the materials do not always fill blood vessels entirely, allowing blood to flow round them. Now Chinese researchers say they've solved the problem by filling blood vessels with an indium-gallium alloy that is liquid at body temperature. They've tested the idea in the lab on mice and rabbits. Their experiments show that the alloy is relatively benign but really does fill the vessels, blocks the blood flow entirely and starves the surrounding tissue of oxygen and nutrients. The team has also identified some problems such as the possibility of blobs of metal being washed into the heart and lungs. Nevertheless, they say their approach is a promising injectable tumor treatment.
