The Challenge of Getting a Usable QWERTY Keyboard Onto a Dime-sized Screen
An anonymous reader writes: Researchers from Spain and Germany are building on Carnegie Mellon's work to attempt to create workable text-input interfaces for wearables, smartwatches and a new breed of IoT devices too small to accomodate even the truncated soft keyboards familiar to phone users. In certain cases, the screen area in which the keyboard must be made usable is no bigger than a dime. Of all the commercial input systems I've used, Graffiti seems like it might be the most suited to such tiny surfaces.
My fingertip is the size of a dime. It can't be done. Stop trying to do it, it's not going to happen.
I think Morse needs to come back for data entry. Only one button needed. Ya just gotta take the time to learn it. It also allows text messages to be "felt" while in vibrate mode.
...would dictate we look to other methods of input rather than re-engineering the wheel to fit inside a thimble.
Care to tell me why my IoT device wouldn't simply report into a web server, where another device would serve as the input mechanism?
Frankly I find it laughable that we assume any IoT device would not be reporting all of it's data to a central server. It's kind of the whole point of IoT, for vendors to sell you back your own data and tie it to online alerting systems that can easily be interfaced through a browser or phone app.
Typing is so 20th century. Though voice-commands may be an interim method, the ultimate solution will involve implanting the thing into the user's body. Not necessarily the brain, but somewhere, where a nerve can affect it — and be affected by it.
In Soviet Washington the swamp drains you.
Take out your smartphone and type it there. If you're trying to do something that takes more than a couple clicks on a smartwatch, you're doing it wrong.
Might I suggest Morse code. Fast people with Morse can exceed the fastest texters. Seems extremely plausible.
It is no longer uncommon to be uncommon.