MAKE’s Matt Richardson gets a behind-the-scenes look at how Penzoil and Nintendo created a real-life experience inspired by the popular MarioKart video game. Just like the game, power ups along the raceway allow you to get a speed boost (or perhaps even slow you down). That system runs on RFID tags and sensors; each driver gets and RFID wristband and the cars have tags in them as well. Sensors along the track can tell when you’ve run over the power ups and act accordingly.
In this version of the game, if you get five power ups, you get a nice speed boost to fly by your opponents. Not only do they need crews to monitor the sensors, gameplay, and karts, but they also have a full television production crew to create a downloadable video of your race, complete with 4-Up POV shots and NASCAR-style camerawork.
Play-i (http://play-i.com) is making computer science education accessible and fun for children ages 5+. Bo & Yana are robots that bring the magic of programming to children everywhere. Order before November 26 to get a Bo & Yana of your own!
Cognitive systems are helping chefs combine existing ingredients to create brand new recipes. Similar systems can help cook up new ideas for designers, developers, marketers… everyone. Learn more at http://www.ibm.com/smarterplanet/us/e…
With the help of our friends at Chaotic Moon Studios, we’re taking a look at an interactive concept table that could be the future of the Pizza Hut dine-in ordering experience. Check it out.
Doing good while we sleep:
Samsung Power Sleep supports research at the University of Vienna.
The Power Sleep app turns smartphones all over the world into network computers for scientific research in the battle against diseases such as cancer and Alzheimer.
Samsung Austria and the University of Vienna fired the starting pistol for a major national initiative today (Feb. 13th 2014). Using the name “Power Sleep,” the two partners want to encourage smartphone and tablet users all over Austria to advance research efforts in the battle against diseases such as Alzheimer and cancer. They are seeking to achieve this via an Android app that they have developed themselves. The app allows users to donate the unused computing power of their mobile devices to scientific research – while they sleep.
At the heart of the national initiative, to be launched on 15 February, is the Power Sleep app, which was developed in-house. It owes its conception to what was chiefly lacking in Prof Rattei’s scientific research: computing power. “In order to fight diseases such as cancer and Alzheimer, we need to know how proteins are created. This requires series of tests that need immense computing power and this is where Power Sleep bridges the gap between science and society. Not only does it drive our research forward, but also allows everyone in Austria to be part of the project and to do good while they sleep. The more people who participate, the greater the effect,” summarised Dr Thomas Rattei, Professor of Bioinformatics at the University of Vienna.
Simple app – great effect
The Power Sleep app is very straight forward. It looks like a smartphone alarm clock, but offers considerable added value over the usual wake-up feature. While the user sleeps, the smartphone “works” for a good cause by making its unused processing power available to the research effort. What this means in concrete terms is that small packets of data, no more than 1 megabyte in size – smaller, in fact, than a conventional MP3 file – are sent out from the University of Vienna servers and returned again after the mobile devices have performed their calculations. The data then flows directly into Prof Rattei’s research database which collects the results of protein test series from all over the world and makes them available to the scientific community for further comparative research.
From a technological viewpoint, Power Sleep is based on the American University of Berkeley’s BOINC (Berkeley Open Infrastructure for Network Computing) services. This scientific network connects approximately 30,000 PCs worldwide and uses them for computing-intensive research purposes. Power Sleep expands this approach by integrating mobile devices into the network – especially as the computing power of today’s smartphone generation is virtually the same as that of PCs and notebooks, as Wallner pointed out.
Additional information is available at http://powersleep.samsung.at
Automatic Link is a simple ODB dongle that you connect via bluetooth to your smartphone and can gamify your driving experience and help you became a better driver.
Umoove is releasing a first-of-its-kind software for face and eye interaction for mobile devices.
This technology is software only, and runs on any iOS or Android device that has a simple front facing camera.
You can get an idea of how this will change everything by watching this video, but think about the ability to control your device by simply facing it!
What happens when you park the new, not yet launched, Opel ADAM in central Copenhagen on a dark evening – and make it come to life? We tried and ended up giving unsuspecting bar guests and people passing by something they hadn´t seen coming.
Today, we’re introducing something very cool that has never been done before — we call them Adtile Motion Ads. Adtile Motion Ads are uniquely designed to take advantage of the smartphone’s GPS, gyroscope, motion coprocessor, accelerometer and digital compass.