Fancy driving your car using your brain alone?

thought-carDriving a car has become second nature to many of us, and sometimes, it tends up as a reflex action that we do not pay too much attention to – which is a good thing most of the time, although there are moments when we take this particular moment for granted and start to focus on doing another thing such as checking out our e-mail, only to realize that we might have stepped on the brake a little too late shortly after, resulting in a fender bender afterwards. Well, I guess this is why a driverless car makes plenty of sense, although I am quite sure that it could prove rather disconcerting to some that you do not have full control over the vehicle in which you are traveling in. How about driving a car with your thoughts alone? Don’t you think that this would be cool beyond words?

This is what a bunch of engineering students over in India are working on. At Mount Zion College of Engineering and Technology, this particular project would involve converting a small van into a computer controlled vehicle, where the Emotiv EEG headset would function as a controller. We are talking about using off-the-shelf parts here, people, in order to get the job done – now how about that?

Of course, there are still plenty of questions which are left unanswered as at press time, as this particular concept would take years of refinement for it to become safe enough to drive. The thing is, how are we to know that our brain is able to tell the difference between switching gears and turning left while we are pre-occupied with the goings on at the office? What do you think of this proposition – does it sit down well with you? Do you think this is a better idea than a self-driving car?

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[ Fancy driving your car using your brain alone? copyright by Coolest Gadgets ]

MIT’s $500 Kinect-like camera works in snow, rain, gloom of night

Remember that camera that takes 1 trillion exposures per second? Well, the illustrious folks at MIT have outdone themselves (again) by developing a camera that accomplishes all that and more, for just $500. Similar to the recently released Xbox One Kinect, this three-dimensional “nano-camera” is based on “Time Flight Technology.” That means an object’s whereabouts are calculated by measuring the time it takes light to reflect off its surface and return to the sensor. But, thanks to some fancy math, the nano-cam can capture translucent and moving objects in 3D, using a new encoding method. In the past, the results of the process (which has been dubbed “nanophotography”) could only be achieved with a $500,000 “femto-camera.” With such a dramatically lower price tag, it could be a solution to one of the many hurdles facing self-driving vehicles: the ability to tell the difference between a puddle and a cat in the pouring rain. And, even though it functions like a Kinect, don’t expect it to be standard issue with an Xbox Two (or One II, or whatever Microsoft decides to call it).

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Source: MITnews

Tesla’s ‘autopilot’ car project targets 90 percent of miles driven, three years from now

Tesla CEO Elon Musk has discussed the company’s ambitions to build a self-driving car on more than one occasion, and now he’s revealed a bit more about its plans. After reports today about a job listing for an Advanced Driver Assistance Systems Controls Engineer, he spoke to the Financial Times and confirmed the company is working on a form of autopilot in-house. Expressing his opinion that fully autonomous cars may be a bit too difficult to achieve right now, he said Tesla “should be able to do 90 per cent of miles driven within three years.” Other major car companies — Mercedes, GM, Volvo and Continental, just to name a few — have projects for either full or partial car self-control, but they’re still under development for reasons both technical and legal. Also hanging in the balance is Google’s autonomous car project, although from Musk’s statements it appears Tesla has decided to go its own way on the technology. The three year target is an ambitious one, but we’ll put this one somewhere between Iron Man and Hyperloop on the Musk scale.

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Via: Reuters

Source: FT

Volvo demos smartphone-enabled self-parking car prototype (video)

Volvo demos smartphoneenabled selfparking car prototype video

Volvo’s no stranger to autonomous vehicles — it’s been working on SARTRE for several years now — but yesterday the company shared some info about a new self-parking concept it plans to demo next week. The prototype car (a V40) is able to find a space and park in it without a driver on board, all while avoiding pedestrians, vehicles and other obstacles. What’s most interesting is the level of integration Volvo is showcasing here — sensors, electronics and controls are seamlessly built into the car, making the tech look production-ready. Vehicle to infrastructure communication is used to alert the driver when the service is available, and the car is smartphone-enabled for easy drop-off and pickup. You’ll recall that Audi showed a similar self-parking concept at CES, so it certainly looks like the space is heating up. Hit the break for Volvo’s video and PR.

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Via: Autoblog

Source: Volvo

Ford deploys robot drivers to test vehicle durability (video)

Ford deploys robot drivers to test vehicle durability video

Self-driving cars are nothing new: Google, Lexus and Audi have all showcased the technology in prototype form before. But these autonomous vehicles are all designed to operate on public roads and handle unforeseen obstacles using advanced sensors like LIDAR. What about cars operating in a controlled environment like a private track? Ford engineers answered this question when they partnered with Autonomous Solutions Inc. to develop robot drivers to test vehicle durability. The GPS-based system (accurate to one inch) allows up to eight autonomous cars to operate simultaneously on the same track.

Durability testing is traditionally rough on both test vehicles and human drivers. The new technology, which is three years in the making, is now being used to test upcoming models (like Ford’s 2014 Transit van). It enables testing 24 hours a day, seven days a week with perfect repeatability. Vehicles send their position and speed to a central computer (monitored by a single person) via a low-latency wireless connection and receive instructions on what maneuvers to perform. This is actually quite similar to what Anki Drive is doing with toy cars. Motors control the steering wheel, gear shifter and pedals to simulate a driver following a predetermined route.

Ford plans to equip the cars with more sensors (such as radar and cameras) to allow a mix of human and robot drivers to operate safely on the same track together. Check out the gallery below and the company’s video and PR after the break.

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Via: New York Times

Source: Ford

Romanian teenager advances self-driving car idea

Ionut Budisteanu of Romania certainly does seem to have a pretty bright future ahead of him, especially after he picked up the top prize at the Intel International Science and Engineering Fair, which so happens to be the largest high school science research competition in the world. This would mean that Ionut Budisteanu managed to earn the Gordon E. Moore Award, in addition to a $75,000 prize that was named in honor of the Intel co-founder and fellow scientist. According to the organizers of the Intel International Science and Engineering Fair, “Their research demonstrates the value of hard work and creative thinking. All the Intel International Science and Engineering Fair finalists here this week show great promise in harnessing the power of science and innovation to solve problems and create opportunity for our global community.” Just what made Ionut’s work so valuable? Well, he manages to address a major global issue by potentially reducing the cost of a self-driving car dramatically, so much so that it could make such technology affordable to the mainstream folks.

Thanks to an array of 3-D radar and mounted cameras, Ionut has successfully created a feasible design for an autonomously controlled car which is smart enough to detect traffic lanes and curbs, in addition to keeping track of the real-time position of the car. The best part of the news is? The entire shebang would cost a mere $4,000, which is a whole lot more affordable that what Google is currently using in their self driving car project.

Ionut decided that processing webcam imagery using artificial intelligence technology to check out items like curbs, lane markers, and who knows, soccer balls which so happen to go out of the field of play and roll onto the road, would be able to eliminate the need for a high end 3D radar, resulting in the use of a low-resolution 3-D radar to get the job done when it comes to recognizing large objects such as other vehicles, houses, and obstacles like trees. Ionut ran 50 simulations with his system, where in 47 of them, no accidents were recorded. Three of the simulations that failed involved the non-recognition of people who were 65 to 100 feet (20 to 30 meters) away, and a slightly higher-resolution 3-D radar should get the job done down the road.

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[ Romanian teenager advances self-driving car idea copyright by Coolest Gadgets ]

Student Develops Self Driving Car AI

How many of you would love to own a self-driving car? Well, some of us might put up our hands, while others could very well figure out that a self-driving car is not something they would look forward to, sitting […]

Like It , +1 , Tweet It , Pin It Original content from Ubergizmo.

    

The Daily Roundup for 04.12.2013

DNP The Daily RoundUp

You might say the day is never really done in consumer technology news. Your workday, however, hopefully draws to a close at some point. This is the Daily Roundup on Engadget, a quick peek back at the top headlines for the past 24 hours — all handpicked by the editors here at the site. Click on through the break, and enjoy.

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Editorial: Self-driving cars FTW, but not for everybody

DNP Editorial Selfdriving cars FTW, but not for everybody

I drive a two-seat roadster known for its great handling. The last thing I want is for a machine to take the steering wheel out of my hands. My car company isn’t into self-driving cars, but others are: Ford, BMW, Audi. And, of course, Google is moving quickly forward with road-worthy autocars that have accumulated 300,000 miles with only one (human error) accident. The advantages of cars that drive themselves are multiple and compelling.

Automobile intelligence already assists the driving experience by warning of dangerous situations and taking control of parking, which is, for some people, the most difficult maneuver to perform. We are gradually ceding control to our cars. When a completely automated consumer car launches, some drivers will hand over the reins gladly. But for me and other enthusiasts, driving a car isn’t just about reaching a destination; it’s about the journey and operating a beautiful machine. Unfortunately for people who feel that way, the greatest social benefits of self-driving cars would kick in if everyone were herded into a new era of hands-off driving.

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Toyota demonstrates self-driving car at CES 2013

Someone would have to sit down and do a really deep think through of existing road laws and regulations when self-driving cars become more and more commonplace. What happens when the data received by the vehicle is incorrect, and the car actually breaks the speed limit, all the while when you are sipping on your Starbucks mocha at the back seat, reading up on all that is happening in the world on a tablet? I suppose humanity will cross that particular bridge when they arrive at it, but otherwise, it remains something to chew over at this point in time. Toyota has already demonstrated a self-driving car over at CES 2013, although there are still some lengths to go before something like this is perfected for everyday and safe use.

The ride, a luxurious Lexus LS600, has been outfitted with its fair share of radars, cameras in addition to an array of sensors which enables it to be more than just cognizant of its immediate environment. Toyota is not the first to create a driverless car, as Internet search behemoth Google was first to do so, and has been behind the wheel (literally) since 2010, working on refining its technology. Needless to say, there is nothing quite like some competition behind you to spur you on to greater heights, and we as the consumer will only be able to say that we win out in the end.

The experimental car from Toyota is currently able to avoid collisions with pedestrians and other automobiles, where it will get up and about based on detailed electronic map data which is able to accurately perceive roadway information including traffic lanes and signals. I guess with this, you can truly drink those non-sobering beverages without having to worry about arriving at the destination while endangering the life of others on the road.

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[ Toyota demonstrates self-driving car at CES 2013 copyright by Coolest Gadgets ]