Finding an Optimal Keyboard Layout For Swype
New submitter Analog24 writes: The QWERTY keyboard was not designed with modern touchscreen usage in mind, especially when it comes to swype texting. A recent study attempted to optimize the standard keyboard layout to minimize the number of swype errors. The result was a new layout that reduces the rate of swipe interpretation mistakes by 50.1% compared to the QWERTY keyboard.
Back when I had a Palm Pilot I found that the Graffiti entry method was very effective, much more than trying to press tiny on-screen 'keys' with a fingertip almost ten times bigger.
Instead of a stylus, how about we make the area of the on-screen keyboard instead act as a finger-pad when the phone is held in-portrait? I think it'd be big enough to reproduce Graffiti strokes with one's finger so that a stylus wouldn't be necessary...
Do not look into laser with remaining eye.
the QWERTY layout was designed to SLOW down typists of the day,
Just so you know, that's a myth.
I want peace on earth and goodwill toward man.
We are the United States Government! We don't do that sort of thing.
The effectiveness of swyping depends quite a bit on the language. I find that it works fairly well in English, but not nearly as well in some other languages, where there may be many more ambiguous words. This also means that the optimal keyboard layout would depend on the language, which would be horrible to use for those of us who use two or more different languages.
reduces the rate of swipe interpretation mistakes by 50.1% compared to the QWERY keyboard.
I think you accidentally a letter.
systemd is Roko's Basilisk.
No, no it wasn't.
It was designed so that the hammers for successive key presses came from different areas of the typewriter, and hence reduce jamming (speeding up typing).
It happens that this is slower than the optimal layout if you ignore jamming, but much faster if you don't.
The result is that several layouts are better now for keyboards (which don't jam), but the design intention was not to slow typists down. It was to reduce jamming, and in doing so speed them up.
Just so you know, your myth is [possibly] a myth
Swyper, no swyping.
Zero chance of retraining people's brains. Any keyboard layout requires muscle memory. Doesn't matter which one you pick, you still have to use it a long time and develop the muscle memory.
This is where UI designers go horribly wrong. They don't realize that people have been using View / Source in Firefox, or File / Save As... in GIMP, etc for LONGER THAN THESE PEOPLE HAVE BEEN OUT OF COLLEGE and it's next to impossible to override years of muscle memory. Even if you know in your brain that View / Source has been moved, or that it's File / Export... now, you can't stop the muscle memory. That's why so many people hate UI designers who shuffle things around for no reason. It doesn't matter where View / Source is. What matters is that it's always where it is supposed to be.
You can text without one on a smartphone.
And on the basis of that you think that keyboards are becoming obsolete? I can get everywhere I need to go on foot, but that doesn't mean my car is going to become obsolete.
Keyboards will be around until something that's actually better comes along. Speech recognition certainly isn't it, no matter how good it gets.
systemd is Roko's Basilisk.
Just so you know, your myth of mythiness is a myth. The guy writing this blog post fails at reading comprehension.
His one sole piece of "evidence" for this being a myth is an academic paper saying [IF] you set out to design a slow keyboard layout, you would probably design qwerty.
That's not the same thing as the person designing qwerty set out to make a slow layout. It's in fact well documented that his goal was to reduce jamming, and in fact he filed a patent for the design (US 79868), stating that explicitly as his goal.
The fact that reducing jamming meant that the letters were laid out in a pretty weird way just happened to slow down typing on a non-jamming-keyboard as a coincidence.
Here is an image of the QWERTY keyboard with each letter highlighted by it's frequency of use. The Google Trillion Word database (refined to ignore typos and misspellings, so containing ~100,000 of the most commonly used words in the English language) was used as the input. http://sangaline.com/blog/opti...