Computers are now better than humans at recognising images

Baidu’s Minwa supercomputer can sort a million images into a thousand predefined categories with an error rate less than the typical person

First, the robots beat us at assembling cars. Then, they beat us at playing chess. Now, they’ve also got better than us at sorting images into predefined categories.

It might not sound like much, but the success of the Minwa supercomputer, which can sort a million images into a thousand predefined categories with an error rate less than the typical human, makes it the latest secret weapon of the company known as “China’s Google”, Baidu.

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via Computers are now better than humans at recognising images

Your Finger on a Tablet Can Control Entire Swarms of Robots



Need to control a lot of robots? This tablet interface makes it easy
via Your Finger on a Tablet Can Control Entire Swarms of Robots

This week: Amazon drone delivery patent revealed; FAA releases app for drone pilots; Silicon Valley Fashion Week puts drones over the runway

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Question of the week

Last week I attended AUVSI 2015, where I (someone who works for a drone company) was stunned by the amount and quality of autonomy on display. And it’s not theoretical or conceptual any more, though there was also plenty of that to be had—no, it’s simply taken for granted that drones and robots are doing real work. This feeling was reinforced by the FAA’s announcement—at AUVSI—that it would partner with companies to explore beyond visual line of sight flight capability, and also by the approval of Amazon’s patent for aerial delivery.

In the coming decade drones will catalyze enormous changes in our transportation, inspection, survey, delivery and information gathering sectors. And jobs will disappear. Robots are that efficient, that reliable and that good; the profit motive is too much. Even more traditionally white-collar jobs, like journalism, are transforming under the pressure. But jobs, and profits, will also be created—manufacturing, engineering, applications, software development, and untold entrepreneurial opportunity in each of those sectors mentioned above.

This will be the reality. Many groups will resist automation—the Air Line Pilots Association regularly appears as a dissenting party on FAA fora and in Section 333 exemptions, for instance—but I don’t think these robots, unlike your old Steve the Butler, are destined for the attic. What I’d like to know is, how do you feel about this coming reality? Will drones affect the way that you or people you know work?

Leave your comments below, and lets talk about it.

And now, the links that matter:

Headlines

AUVSI 2015 was held in Atlanta last week and we were there. Here’s the full 3DR Report, including peeks at some cool tech from SenseFly, Airware and Panoptes, as well as a bad picture of the new Solo Backpack.

European startup Sky-Futures receives $3.8M to step up oil and gas inspection. This is apparently Europe’s largest drone investment yet. The company also has an office in Houston, where is serves clients in the Gulf of Mexico, having been one of the first companies to receive FAA regulatory approval to operate in the US. (TechCrunch)

At an AUVSI press conference the FAA launched their “Pathfinder” program to test drones flying beyond visual line of sight. They chose CNN (news gathering), Precision Hawk (agriculture) and BNSF Railway (industrial inspection) as partners in the exploratory program. The program is nominally open for new partners, but right now the path to partnership with the FAA here is unclear. (Washington Post)

In a second AUVSI press conference the FAA also announced B4UFLY, a smartphone app that informs drone users of any regulations or requirements that limit or prohibit flying, based on their location. (FAA) 

 

Opinion

At Forbes, Gregory McNeal—perhaps feeling a bit jilted by B4UFLY, which is in direct competition with his own recently announced app, AirMap—offers three sharp criticisms of the Pathfinder program.

This week marks the launch of the first Silicon Valley Fashion Week? (yes—the question mark is in the name), which stars drones and robots instead of models. Drones will carry outfits out over the runway, like flying coat hangers. Check the link for a video. Here’s GQ’s take: “Seriously, tech bros. Stay in your lane, we’ll stay in ours.” (Business Insider)

In this short essay, The Verge argues that tourist drones are more annoying than selfie sticks.

 

Tech News

recently approved patent filed by Amazon offers details about their drone delivery service. Most notably, they don’t intend to deliver not to your street address, but to your exact location as given by your smartphone’s GPS. Also, the drones will communicate with each other sharing information about traffic and weather conditions. Powered by Pixhawk, people.

3D printing can make drones that are faster and lighter. Boeing is currently working with the University of Sheffield to develop complex UAVs more cheaply by using 3D printing. They’ve succeeded in using Fused Deposition Modeling (FDM), a type of 3D printing technology, to print out all the components needed in a drone, including the catapult rig used to launch it into the air. (International Business Times)

 

Video

Here’s a haunting compilation of ghost-town drone tours from around the world: Auschwitz, Chernobyl and Detroit. (World Mic)

And to end with the token general interest piece: A cheeky video from the Humane Society featuring puppy delivery by drone: “A puppy is not a product.” Instead, they advocate rescue of an abandoned old friend—oh Steve the Butler, we hardly knew ye…

The post This week: Amazon drone delivery patent revealed; FAA releases app for drone pilots; Silicon Valley Fashion Week puts drones over the runway appeared first on 3DR | Drone & UAV Technology.


via This week: Amazon drone delivery patent revealed; FAA releases app for drone pilots; Silicon Valley Fashion Week puts drones over the runway

Is Lily a Drone? Or Is It a Camera?



Startup Lily Robotics comes out of stealth this week with an autonomous flying videographer
via Is Lily a Drone? Or Is It a Camera?

Google acknowledges its self-driving cars had 11 minor accidents

Company says all 11 accidents over the past six years since it began testing the technology were minor: ‘light damage, no injuries’

Google Inc revealed Monday that its self-driving cars had been in 11 minor traffic accidents since it began experimenting with the technology six years ago.

The company released the number after Associated Press reported that Google had notified the California Department of Motor Vehicles of three collisions involving its self-driving cars since September, when reporting all accidents became a legal requirement of permits for the tests on public roads.

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via Google acknowledges its self-driving cars had 11 minor accidents

NASA Funds Electricity-Harvesting Robotic Space Eel With Explosive Jet Thrusters and Electroluminescent Skin



Sometimes, headlines just write themselves
via NASA Funds Electricity-Harvesting Robotic Space Eel With Explosive Jet Thrusters and Electroluminescent Skin

Educating Britain's young people for the next industrial revolution

Robotics, automation and the internet of things will be at the centre of our future economy but is the UK doing enough to ensure the younger generation is ready?

“We missed an opportunity,” says Professor Chris Melhuish, director of the Bristol Robotics Laboratory (BRL), a collaborative research centre and technology business incubator on the outskirts of the city. Melhuish, a former teacher and now leading protagonist on the UK’s robotics scene, talks about how, in the late 70s, UK schools used to teach computer studies and computer science before downgrading it and focusing on “word processing and mouse skills”.

“We were well ahead 25-plus years ago but then we threw it away and now we are trying to play catch up,” he says, pointing out that computer science “is a fabulous vehicle for teaching logic and planning”.

We were very concerned to ensure computing is first and foremost about computational thinking skills

We could easily be left behind if we don’t focus on scaling up the truly world-class strengths we have

Getting intelligent machines to physically interact with the world is the next revolutionary step for industry

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via Educating Britain's young people for the next industrial revolution
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