| 5:36 pm on Feb 29, 2012 (gmt 0)|
That's a terrific idea, and I hope that the kids will pick this up. Imagine the potential!
The BBC has a nice video overview.
| 10:16 pm on Feb 29, 2012 (gmt 0)|
File under: Deja vu all over again?
Terminal took the old command-line interface and repositioned it as the newest, hottest idea.
Tablets took the old 8" monitors and repositioned them as the latest in computing.
The Raspberry took ... and so on.
I'm waiting for someone to reinvent the abacus.
| 6:56 am on Mar 1, 2012 (gmt 0)|
I am not sure what you mean by "Terminal took the old command-line interface and repositioned it as the newest, hottest idea", All desktops have some sort of command line?
The real reinvention of the command line are things like Quicksilver and Ubuntu Unity (and especially the new Ubuntu HUD). They add ease of use and integration into a GUI environment.
The Raspberry Pi is low powered but runs a modern OS. The main point is that its cheap enough that kids can be given one to tinker with.
| 8:41 am on Mar 1, 2012 (gmt 0)|
|The real reinvention of the command line are things like Quicksilver and Ubuntu Unity (and especially the new Ubuntu HUD). They add ease of use and integration into a GUI environment. |
I see it as the exact opposite. Kids don't need ease of use. They need to suffer through the basics of learning about electronic hardware, and how "it's all zeros and ones" that translate to electrical signal, then adding in a programming language, kids will be able to understand and feel how software controls hardware -- and how they can create software, (and/or new hardware), ...only then will they be able to innovate new technologies we haven't even dreamed of yet.
| 1:37 pm on Mar 1, 2012 (gmt 0)|
uh so you like ubuntu unity?
that single change couldn't have made me run away fast enough.
| 5:15 pm on Mar 1, 2012 (gmt 0)|
@lexipixel, I agree. My point was to disagree with Lucy over her choice of examples of old ideas revived.
I agree entirely that kids need to dig into the guts of computers, and think the Raspberry Pi is a brilliant idea.
@J_Rad, a matter of taste. It appeals to non-geeks, netbook users, screen space misers, and people who likes its choices (MacOS like dock and top of screen menu, text launcher. One of the many things the the Raspberry Pi will teach kids is how customisable computers can be!
| 12:11 pm on Mar 2, 2012 (gmt 0)|
I find this about the system launch discouraging:
|It had originally hoped to produce the devices in the UK - "we want to help bootstrap the UK electronics industry" the group wrote in a blog post - but that turned out not to be possible at the right price. |
| 7:34 pm on Mar 2, 2012 (gmt 0)|
Raspberry Pi will teach kids is how customisable computers can be!
Sad thing is, I don't think kids care about computers anymore.
| 10:26 pm on Mar 2, 2012 (gmt 0)|
They may not care about the thing sitting on your desk, but everything they use has a computer of some sort in it.
| 10:56 pm on Mar 2, 2012 (gmt 0)|
|Sad thing is, I don't think kids care about computers anymore. |
I've got a teen -- she is "connected" 24/7 via smartphone when she's out of the house, and on her laptop when she's home. She is a typical teen. (Tumbler, Facebook, websites, etc are not as user friendly on the smartphone -- they still need the bigger screen devices).
The Rasberry Pi is small enough that some smart kid (or one of us oldsters) could figure out how to glue a small phone's touchscreen to it and build a smartphone, tablet or other small format device... If I was 15-20 years old again, I'd be taking apart one of the half dozen broken phones I have and experimenting.
There will always be kids who like to engineer / experiement / invent and play with the electronics, (I can see the Pi being a possible interface/controller for robotic projects).
When I was in high school, (in the 70's), in one tech ed / shop class we built crystal sets from a kit that cost about $3.00 -- wrapping copper wire around the cardboard tube, soldering the tuner, various diodes and an earphone jack to it and making a radio... This isn't much different. I could see teachers ordering a few dozen of these for a similar tech project in school.
I actually think it will open a market for competing devices, (e.g.- some UK or US or other company will decide they CAN build a better, cheaper, faster, smaller unit and grow a new generation of hardware engineers.
Apple, Microsoft, Google, Facebook, etc. could all be potential sponsors pushing their own agenda's and making the devices and either giving them away or absorbing a loss as "(tax deductible) donations" to education systems...
Maybe Radio Shack will jump in and regain their once dominant position in small electronics... (Tandy Pi anyone?)
| 5:16 pm on Mar 3, 2012 (gmt 0)|
I didn't say they don't use... I just said it seems they could care less how it works.
Maybe Radio Shack will jump in and regain their once dominant position in small electronics..
hahaahaha, in the mid 90's I had to go in there and show them what a ceramic resister was, tried to hire me on the spot but I was well underage. No hope for the shack. The only small devices they are interested in are ones that come with a 2 year contract.
| 6:57 pm on Mar 3, 2012 (gmt 0)|
In the 70's half the store was components -- and there were always a couple meters on the counter you could use to test things.
| 10:40 pm on Mar 3, 2012 (gmt 0)|
Now its a very small wall tucked in the back, and you better know what you are looking for cause the people that work their won't.