Sony’s new game allows users to interact with a small monkey-like-thing onscreen. The system also enables you to draw items on real paper which then pop out of it and turn into 3D objects for the monkey to interact with.
Here’s a look at that important, fundamental problem when implementing creativity. In easy digest format, no less.
Men complain that condoms often don’t fit. A German entrepreneur has a better idea: spray them on. There’s just one problem…
Too many meetings and increasing responsibilities mean I need to make the best use of my time as possible—without sacrificing quality. Saving bits of time can add up to a lot at the end of the day. I use the Tablet PC as my only computer and throughout the day it helps me work more efficiently and quickly.
For example, do you edit business documents—memos, presentations, manuals, or other documents? If so, the ability to mark up documents in digital ink with your Tablet PC, and send those marked documents electronically, is incredibly useful. I can type edits onto a document, but there are several reasons that I find using digital ink more helpful.
There are several programs you can use to mark up your documents. Word 2003 and 2007 come fully pen-enabled for marking up documents, as do Excel and PowerPoint.
Learn more great short-cuts to make with your tablet PC at the full article on At Work.
Above all, expect to make a few mistakes when starting a new printing process. I always buy extra materials to have on hand.
Most programs come with some sort of built-in card feature. Some popular programs include Microsoft Digital Image Suite and Microsoft Office Publisher, both of which include built-in templates for cards. All of the programs make it easy. To get started in Microsoft Digital Image Suite, for example, on the File menu click Create a Project and then choose Cards.
If you want to be more creative, you can create your own images and put them on standard card stock, which is made for printing. For example, these Avery note cards, which I like to use, are 4 1/4″ x 5 1/2″, which is half the size of a standard 8 1/2″ x 11″ page, and easily fit into a printer. I use my preferred method, which can be easily adapted to most programs. I call it “The Old-Fashioned Way,” as it’s really just onscreen page layout. Start by creating a standard 8 1/2″ tall by 11″ wide page in a landscape format using your imaging program.
Create and position your images and text on one half of the onscreen canvas. Refer to your program’s displayed rulers for placement. Most programs and printers initiate printing on the left side of an onscreen landscaped page. In that case, drop your Avery note card into the printer width-wise and print. Voila! You’re all set.
Of course, there’s a lot of room for creativity with these kinds of cards. Find complete directions, with pictures, for making beautiful custom cards on your computer here.
From: Tami Peterson Lewiski, author of Digital Decorating
Sleep expert Daniel Kripke reviews the research and says 8 hours is not necessarily best for all
With the the oncoming flood of powerful devices such as the iPhone, it’s almost certain that we’re about to make the leap into an augmented reality. I’ve predicted we’ll have common-place AR apps in early 2009. My guess is that Google will introduce a Maps-based application; possibly one that displays landmark-labels.
UPDATE, 2009: I was right [...]
Beta Blogliners,
We launched a new skin for Beta.bloglines.com. The revised skin comes after much review by Blogliners (Bloglinites?) who have been keeping us posted on their likes and dislikes of the redesign. Here’s a quick peek:
We’ve also launched display advertising in search results and an ad unit on the Classic Start Page. We’re in the process of developing monetization methods ($$) which work within a feed reader. We look forward to listening to Blogliners and working with 3rd parties to develop the next generation blog and feed networks. You’ll see more of the redesign soon.
Enjoy!
Eric Engleman and the Bloglines Team
It has often been said that change is the only constant in the 21st Century.
And there is little doubt that the restless tone of these times is something that the web has helped to accelerate.
But the only reason that the net and the web can cope with that punishing pace is thanks to work done four decades ago by British mathematician Donald Davies at the UK’s National Physical Laboratory (NPL).
On 5 August 1968 Dr Davies gave the first public presentation of work he had been doing on a method of moving data around computer networks called “packet switching”.
The idea may sound mundane but, said John Pethica, chief science advisor at the NPL, the modern world would be a lot slower without it.
The internet, mobile phone networks and fixed line phones now all use the principles Davies and his team established to cram as much data as they can down the cables and wires making up the world’s telecommunication networks.
Clogged pipes
Dr Pethica said the urge to find a better way to handle data emerged when computer networks were almost unheard of.
At that time making a phone call involved creating a dedicated circuit between the handset of a caller and the person they wanted to chat to.
“A lot of people realised that point-to-point was going to be a big problem, even for telephones even before they thought about computers,” said Dr Pethica. “The problem was how you turn it away from that.”
The problem with human speech is that most of it is made up of silence - be that the pauses between words, time taken to breathe or gaps when one person waits for another to speak.
Using most of a telephone network to transmit silence is not a very efficient use of that resource. Far better would be to find a way to fill the blank spots with the moments from others calls when those folk were speaking.
Dr Pethica said many in the computer world in the late 60s were thinking about how to solve this problem.
“There were other ideas around, like Paul Baran at Rand, but they were nowhere near as useful as what Donald Davies did in terms of size of packets and nodes,” said Dr Pethica.
“It was Donald who had the idea of making a set of nodes that you send packets of data to that find their own way through,” said Dr Pethica.
The insight of Dr Davies and his team was to slice data, be that a chat on the phone, an e-mail or a picture, into separate pieces or packets. These are then put on the network and rely on the intelligence of nodes in the network to help them wend their way to their destination. Once there they are re-assembled into the right order.
Future proof
Dr Pethica said Davies’ team worked out the mathematics that optimised such an approach - an idea that has proved its usefulness by still being in use today.
Error correction schemes included in the technology helped it cope with the poor quality of phone lines in use in the late 1960s, said Dr Pethica. In more modern times those schemes help ensure data makes it across the busy lanes of the internet.
Davies and his colleagues went further than just establishing the concept for packet switching - they also build the first computer networks and proved their ideas could work.
“They had a whole series of early computers at NPL that they turned in to a local area network (Lan),” said Dr Pethica. He pointed out that the NPL scientists built such a network far in advance of the day when such things would become the common way to link up machines in an office.
“The important breakthrough that he and his team made was to build the Lan and make it work,” he said.
Even before Dr Davies presented his work publicly, news of it had spread through the international computer science community.
As a result he was invited to talk about it to a team from the US Advanced Research Project Agency (Arpa) working on the fledgling internet. The principles he established were rolled in to the technology to make that network function.
Dr Pethica said packet switching idea was developed with an eye on the future and how a computer network might grow. Forty years on the scalability in the Dr Davies insight is still proving its worth, he said
This article is from the BBC News website. © British Broadcasting Corporation, The BBC is not responsible for the content of external internet sites.
Research points to learning-related genes as a contributor to autism and suggests that early intervention in children can help fix genetic defects
