Find Your House On This Map and Watch the Satellites Passing Above You

There are more than 2, 250 satellites orbiting the Earth right now. But that abstract number didn’t prepare me for the shock of watching a Soviet-era rocket body whipping over my house in real-time. Read more…

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Find Your House On This Map and Watch the Satellites Passing Above You

Mapping the 88 Million Ways That Humans Are Genetically Different

An international team of scientists has scanned the genomes of 2, 504 people from around the world to create the world’s largest catalog of human genetic variation (HGV). The extensive database will help them understand why some people are susceptible to certain diseases. Read more…

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Mapping the 88 Million Ways That Humans Are Genetically Different

TomTom’s RoadDNA system helps anyone build a self-driving car

TomTom has launched RoadDNA , a product aimed at bringing self-driving car tech to more potential developers. The system captures 3D roadside data from depth sensing cameras and compares it to a database of images, letting vehicles know their exact position on the road, even at high speeds. The mapping company said it takes “vehicle data storage and processing limitations in mind, ” by converting the mass of 3D data it collects into a manageable, optimized 2D view of the road. TomTom said earlier that the RoadDNA database takes up just 25 Kb per kilometer of road. The company said the system also works despite changes in the environment, meaning it can adapt to fresh snowfall, leaves falling off of trees or new road signs. It would have to be paired with GPS systems, obstacle detection and other tech to be used in autonomous systems. Nevertheless, it’s a key piece: “We know that the future of automated driving hinges on the ability of a vehicle to continuously know exactly where it is on the road, ” said TomTom CEO Harold Goddijn. Filed under: Transportation Comments Source: TomTom Tags: AutomatedDriving, mapping, RoadDNA, SelfDrivingCar, software, TomTom

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TomTom’s RoadDNA system helps anyone build a self-driving car

Amazing sea floor maps reveal California’s offshore depths

The California Seafloor Mapping Program is the most extensive of its kind, initiated in 2008 and bearing fruit in a series of beautiful maps. Read the rest

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Amazing sea floor maps reveal California’s offshore depths

This Lost Map Changed How We Saw the World

In 1815 William Smith drew a map of the United Kingdom which transformed the scientific landscape: It laid the foundations for modern geology, and identified natural resources which would beget the Industrial Revolution. But up until last year, this first-edition copy was considered to be lost forever. Read more…

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This Lost Map Changed How We Saw the World

How Intel and Micron May Finally Kill the Hard Disk Drive

itwbennett writes: For too long, it looked like SSD capacity would always lag well behind hard disk drives, which were pushing into the 6TB and 8TB territory while SSDs were primarily 256GB to 512GB. That seems to be ending. In September, Samsung announced a 3.2TB SSD drive. And during an investor webcast last week, Intel announced it will begin offering 3D NAND drives in the second half of next year as part of its joint flash venture with Micron. Meanwhile, hard drive technology has hit the wall in many ways. They can’t really spin the drives faster than 7, 200 RPM without increasing heat and the rate of failure. All hard drives have now is the capacity argument; speed is all gone. Oh, and price. We’ll have to wait and see on that. Read more of this story at Slashdot.

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How Intel and Micron May Finally Kill the Hard Disk Drive

Marines Put Microsoft Kinect To Work For 3D Mapping

colinneagle points out this article about how the Marines are using a Microsoft Kinect to build maps. A military contractor has come up with something that has the U.S. Marine Corps interested. The Augmented Reality Sand Table is currently being developed by the Army Research Laboratory and was on display at the Modern Day Marine Expo that recently took place on Marine Corps Base Quantico in Virginia. The set-up is simple: a table-sized sandbox is rigged with a Microsoft Kinect video game motion sensor and an off-the-shelf projector. Using existing software, the sensor detects features in the sand and projects a realistic topographical map that corresponds to the layout, which can change in real time as observers move the sand around in the box. The setup can also project maps from Google Earth or other mapping and GPS systems, enabling units to visualize the exact terrain they’ll be covering for exercises or operations. Eventually, they hope to add visual cues to help troops shape the sandbox to match the topography of a specified map. Eventually, the designers of the sandbox hope to involve remote bases or even international partners in conducting joint training and operations exercises. Future possibilities include large-scale models that could project over a gymnasium floor for a battalion briefing, and a smartphone version that could use a pocket-sized projector to turn any patch of dirt into an operational 3-D map. Read more of this story at Slashdot.

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Marines Put Microsoft Kinect To Work For 3D Mapping

This Synthetic Material Changes Color and Texture Like Octopus Skin

When it comes to camouflage, we lowly humans are far behind the cephalopod. Octopus, squid, and cuttlefish have the amazing ability to change color or texture —going from scarlet red to bone white, bumpy to smooth in just seconds. But we’re making progress. Scientists at MIT and Duke have created a new stretchy camouflage skin inspired by these creatures. Read more…

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This Synthetic Material Changes Color and Texture Like Octopus Skin

Induced Stem Cells Will Be Tested on Humans for the First Time

Back in 2006, when controversy over embryonic stem cell funding was still raging, a piece of research came along that would make the debate essentially obsolete: normal adult cells can actually be reprogrammed into stem cells. No embryos necessary. The technique went on to win its inventor the Nobel Prize. And now, after many years in the lab, a Japanese patient will the first person to receive the next-gen treatment, called induced pluripotent stem cells. Read more…

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Induced Stem Cells Will Be Tested on Humans for the First Time