1st Vine from space! Single Earth orbit. Sun never sets flying parallel w/terminator line #ISS #Exp40 @astro_alex
$LAYYYTER
todays bird
Sade Olutola

#extradirty
The Stonewall Inn

tannertan36
h
cherry valley forever
ojovivo

❣ Chile in a Photography ❣
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hello vonnie
d e v o n
PUT YOUR BEARD IN MY MOUTH
Mike Driver
I'd rather be in outer space 🛸

Jimmy Eat World
Cookie Run:Kingdom Official!
KIROKAZE

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@site-to-site
1st Vine from space! Single Earth orbit. Sun never sets flying parallel w/terminator line #ISS #Exp40 @astro_alex
By and large, these devices don’t talk to each other, and don’t integrate with larger “systems of engagement” that deliver value for consumers and enterprises. 94Fifty’s Bluetooth basketball can sense dribble force and shot angle. Nike Hyperdunk Plus basketball shoes can tell you how fast you’re running and how high you’re jumping. And the Under Armour Armour39 shirt knows your heart rate and lung capacity. But you could be using all three of these devices at the same time, and they wouldn’t even know they were playing the same game: They are three products from three separate manufacturers, and the data they collect is siloed in their own separate apps.
There Is No Internet Of Things | Forrester Blogs
Google Creative Lab Launches Coder To Turn Raspberry Pi Into A Basic Web Development Platform
Coder, a new project that’s coming out of Google’s Creative Lab, is an open source tool that allows you to easily turn a Raspberry Pi into a basic web server with a web-based development environment. The tool, which was developed by Googler Jason Striegel, designer Jeff Baxter and a small team in New York, is meant to be an environment for educators and parents to teach kids “the basics of building for the web.”
Setting Coder up should only take 10 minutes. The project, the team argues, gives learners a private platform for building a web program. For those who already know to code, though, it’s also a nifty platform to play and provides a cheap sandboxed environment for experimenting with new ideas.
To get started, all you need to do is download the Coder Installer onto an SD card, insert it into the Pi and point your browser to coder.local. The tool includes a web-based code editor and everything else you need to start building HTML, CSS and JavaScript-based applications.
The team says it first wanted to turn Coder into an even more complete package but then decided to just release it because the team believes that “the sooner this gets into the open source and maker communities, the more we’ll learn about how it might be used.”
With the Raspberry Pi going for $35 (plus a few more dollars for power supplies and a Wi-Fi dongle), the Pi makes a pretty nice development environment to play around with. While Google is mostly targeting learners with this project, I wouldn’t be surprised if they turned it into a more fully featured web-development environment.
About the CitySDK Platform / API
The CitySDK API is a linked data distribution platform being developed by Waag Society. It enables the linking of (mobility) datasets and city services. Linking a database with planned roadworks to a route planning service for instance. Or enabling citizens to report the nuisance due to roadworks, or perhaps better, let them offer alternative routes to their fellow citizens.
The CitySDK API is part of an open source European Project, which means that it offers one interoperable interface for 8 different cities (Amsterdam, Helsinki, Manchester, Lisbon, Istanbul, Lamia, Rome, Barcelona) across the continent. It is a powerful tool to make more and better use of the huge amount of available open data. The CitySDK project focuses on three different domains: Participation (issue reporting), Mobility and Tourism.
Benefits of CitySDK Platform
CitySDK is a powerful tool because it...
Is a one-stop-shop for developers: with standardized interfaces, developers can build better apps and services for end users and governments.
Offers Pan-European access to datasets, which ensures easy scalability of applications.
Enables the Read/Write City: add a layer and annotate any of the objects and data in the city.
Provides efficient and transparent data exchange between citizens, and from and to the city council.
Enables innovation for businesses, media and citizens.
Manages the constant technological change: adding new datasets and services is made easy.
Is released as Open Source: community supported, and can easily be implemented and amended to local needs.
CitySDK Platform Features
Open API, Open Source
Ruby API gem
No access keys for reading
Write access for data owners and app developers
CMS for data owners for easy integration of new datasets
Mapping service (in CMS)
Map Viewer, Geocoding
Standardized interface in 8 cities
Technical details
JSON and RDF API written in Ruby + Sinatra
Data stored in PostgreSQL/PostGIS database (caching with memcached)
Interested?
If your city is interested in CitySDK and the API interface and toolkit, or if you are a developer looking to develop apps that work in different European cities, then get in touch via CitySDK Support.
Adding your own data
If you are a data owner the CitySDK API offers a user-friendly CMS. It makes it easy to upload and (automatically) update your static and realtime datasets. To get a login, send an email toCitySDK Support.
Cities & Partners
The Mobility API is developed as part of the European CitySDK Project. CitySDK is creating a toolkit for the development of digital services within cities. The toolkit is comprised of open and interoperable digital service interfaces as well as processes, guidelines and usability standards. CitySDK enables a more efficient utilisation of the expertise and know-how of developer communities to be applied in city service development.
CitySDK is working in the areas of participation, mobility and tourism and has eight cities across Europe as partners: Helsinki, Barcelona, Amsterdam, Manchester, Lamia, Istanbul, Lisbon and Rome.
(via A Data Broker Offers a Peek Behind the Curtain - NYTimes.com)
Transparent artificial muscle plays Grieg to prove a point
August 29, 2013
Gel-based audio speaker demonstrates capabilities of ionic conductors, long thought limited in application Cambridge, Mass.
In a materials science laboratory at Harvard University, a transparent disk connected to a laptop fills the room with music—it’s the “Morning” prelude from Peer Gynt, played on an ionic speaker. (via Transparent artificial muscle plays Grieg to prove a point | Harvard School of Engineering and Applied Sciences)
(via Ex-Restaurant Man Erects the 'Internet of Places' | Wired Enterprise | Wired.com)
Note: Updated version here: http://stevenhickson.blogspot.com/2013/05/voice-command-v20-for-raspberry-pi.html I'm finally releasing my Raspberry Pi voice control software. The beauty of this is that you can use it and customize it without programming anything. This will work on any linux machine but I find it uniquely suited for the Raspberry Pi and that's what I developed it for. You just type voicecommand -e to edit the configuration file and add any speech and the coinciding command. You can see all of the little nifty commands it can recognize just with my config file in the video. I use all of these pretty often. It is very mutable and works with lots of other programs.
npm install git://github.com/visionmedia/express.git
BMW i3 is company's first all-electric car
Originally published: August 3, 2013 11:58 AM
Updated: August 3, 2013 12:00 PM By FRANK AUKOFER Scripps-Howard Media Service
Photo credit: BMW | BMW recently unveiled the i3, the company's all-electric four-door sedan, which is made of a combination of aluminum, carbon fiber, plastic, and an instrument panel made of a dried grass composite.
Among other things, the all-new electric car from BMW is made of dried grass.
It's a small item in the total scheme of things, but it is representative of the approach that the Bavarian vehicle manufacturer took in the five years it has been developing the world's newest electric automobile, which had its world introduction here, and in London and Beijing, on Monday.
It's called the i3, and it is what BMW's engineers and designers call a holistic approach to what eventually may become the dominant fuel for automobiles -- but not likely in the lifetimes of older Americans.
TOOLS: Find a BMW on LI | Shop for a car | Sell your car MORE: Data: LI's most popular cars | Latest car reviews
Distinguishing the new i3 is its construction, largely of aluminum but with substantial amounts of plastic cladding and carbon fiber, a lightweight and strong material that has been used in race cars and now in Boeing's new state-of-the art 787 Dreamliner airliner.
The dried-grass composite forms the top of the instrument panel. It's exposed in its raw form for all to see.
It's all part of the environmentally friendly statement BMW is making that customers can buy a premium car with all the modern gewgaws that runs exclusively on electricity, though it also can be ordered with a $3,000 onboard, 34-horsepower two-cylinder engine that recharges the batteries on a long trip.
The system is similar to that used on the Chevrolet Volt and is designed to alleviate so-called "range anxiety" -- the worry among some prospective owners that they will be stranded somewhere when the batteries run down.
However, BMW is confident that most buyers will opt for the electric-only models. There are three, with a starting price of $41,275. The base car is called the Mega World, followed by the better-equipped, and more expensive, Giga and Terra World models, for which prices were not announced.
The i3 is a four-passenger, four-door car with the rear doors hinged at the back and a hatchback over the small cargo area, which has just 8 cubic feet of space. There's no spare wheel and the tires are not of the run-flat variety. The owner gets a pump that shoots an adhesive that can temporarily plug a leak. It doesn't work with a blowout.
Classified as a compact, the i3 is slightly more than 13 feet long, with passenger space similar to that of BMW's compact 3 Series sedan. Like other BMWs, it has rear-wheel drive. With its 170-horsepower electric motor, it can accelerate from zero to 60 mph in about seven seconds, with a top speed of about 93 mph.
Because it is electric, maximum torque -- or twisting force -- happens the instant the driver steps on the accelerator pedal. That produces a quick jump off the line. The i3 hits 37 mph in 3.7 seconds, according to BMW. It has a range, under normal circumstances, of 80 to 99 miles, with up to 200 if the driver feather-foots the throttle. Charging from an ordinary household 110 volt outlet takes about 20 hours.
However, BMW expects that most buyers will also order the company's custom 240-volt charger, which will cost about $3,000 plus installation and can recharge the under-floor battery pack in three hours. A fast 480-volt charger -- available initially only at public charging stations -- can do an 80 percent charge in about 20 minutes. But extensive use of the quick charger can cause battery deterioration.
(via http://www.newsday.com/classifieds/cars/bmw-i3-is-company-s-first-all-electric-car-1.5823184)
Burberry to Open Digitally Integrated Store in London
Why the Internet Needs Cognitive Protocols
A tutorial that does what Johnny-Five does, pre-Johnny-Five.
Interesting reports on sensors in open source wiki format