Radish – Eco Friendly Google Calendar

[youtube=http://www.youtube.com/watch?v=VyHaImmmkGs]

[Aaron] a google employee came up with an idea that would be good for the environment, as well as fun. The Radish is a solar powered display, updated from a google calendar, with extremely low power consumption. They are building this to be an indicator of the conference room schedule. When we first read this, we wondered just how much greener it could possibly be than printing a few sheets of paper. Then we read that they were going through six reams per day. wow. The Radish gets its power through a solar panel, and preserves it through some creative power saving modes and the fact that it has an LCD that only requires power to update. Would this be a good place for some E paper? Data is transferred using IEEE 802.15.4, which is slow, but also more efficient in terms of power than normal WiFi. The system is so efficient, it can run for 3-4 days in low light conditions after a charge . Another cool fact is that [Aaron] got to design and build this on company time. Google allows people to spend 20% of their time on innovative new projects of their choice.

correction: the LCD goes into an extremely low power “sleep mode” when not being updated, and retains the last image loaded.

Googles Servers Revealed

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We’ve often wondered what kind of hardware the giant of the internet, Google, used to handle it’s data. They’ve recently revealed what their main workhorses are. It’s a custom motherboard made by Gigabyte with two processors, and eight RAM slots. The main point of interest on these is the fact that each server and piece of network equipment has it’s own battery backup. This may add a little money in the initial cost of the unit, but apparently it is a much more efficient way of handling power. Be sure to click over to the site and check out the shipping container setup that they use. Each container has 1,160 servers. They aren’t the only ones using this method. Microsoft has adopted it for their newer facilities and Sun has done some extensive testing on how these portable facilities handle earthquakes. You can see the quake test after the break.

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Google Summer Of Code 2009

[youtube=http://www.youtube.com/watch?v=vBRRR0BQyz0]

This year’s Google summer of code has been kicked off with a fairly substantial amount of participants. You can still submit an application until April 3rd, to join the roughly 2,500 “graduates”. For those who don’t know what it is, the Google summer of code pairs developing programmers with open source projects and funding. It’s a great program, resulting in advances in some programs that we follow. We’ve talked about several of the groups that will be participating this year, such as the NUI group, rockbox, openstreetmap, and videoLan.

Android App Scans Barcodes, Downloads Torrents

[youtube=http://www.youtube.com/watch?v=h05KrEjHW6g]

AndroidAndMe is running a bounty program for Android applications. Users can request a specific application and pledge money to be awarded to the developer who delivers the functional app. [Alec Holmes] just fulfilled the first request by creating Torrent Droid. You can use the app to scan media barcodes and then download the related torrent. It uses the phone’s camera to capture the product’s UPC barcode (similar to Compare Everywhere‘s price lookup) and then searches major torrent sites like The Pirate Bay to find a copy that can be downloaded. After getting the .torrent file, the app can submit it to uTorrent‘s web interface for remote downloading. The app will be released later this month and you can see a screenshot tour of it on Alec’s blog. It’s doubtful that an application like this would ever clear Apple’s App Store approval process.

[via TorrentFreak]

Forknife, Android G1 Controlled Robot

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When we first saw [Jeffrey Nelson]’s G1 based robot we immediately wondered what the transport for the controls was. The G1‘s hardware supports USB On-The-Go, but it’s not implemented in Android yet. It turns out he’s actually sending commands by using DTMF tones through the headphone adapter. The audio jack is connected to a DTMF decoder that sends signals to the bot’s Arduino. He wrote client/server code in Java to issue commands to the robot. You can find that code plus a simple schematic on his site. A video of the bot is embedded below.

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Multitouch Patched Into Android

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[Luke Hutchison] has come up with a rather clever hack to get multitouch support on the G1. He wrote a patch against the Synaptics touchscreen driver. When two fingers are placed, the driver reports the x/y of the midpoint and a radius for the size field. If only one finger is used, the size is reported as zero. The nice thing about this approach is that it’s backwards compatible; the extra data will be ignored by current apps. Unfortunately, Google’s Android team says that if multitouch is ever added, it would identify individual fingers and definitely not using this method.

[via ABN]

[photo: tnkgrl]

Android Adds A2DP, AVRCP Bluetooth And More

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While working towards open-sourcing Android, the team continued to work on new features in their own private development branch. These have now been published publicly in the “cupcake” branch. There’s a lot of interesting new features and bug fixes included. We’ve got a rundown of many of the significant additions after the break.

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