Google Print

Google just announced a new partnership with the libraries of Harvard, Stanford, the University of Michigan, the University of Oxford, and The New York Public Library to digitally scan library books and make them searchable online. In one sense they’re playing catch-up with Amazon, who started putting text online some time ago and is in a stronger position to turn that into more book sales. I’m speculating a bit here, but I expect Amazon is also in a better position to negotiate for the right to make more copyrighted text available than Google, given the easier read-it-to-buy-it pipeline.

One thing that really strikes me about Google’s project is this bit:

Users searching with Google will see links in their search results page when there are books relevant to their query. Clicking on a title delivers a Google Print page where users can browse the full text of public domain works and brief excerpts and/or bibliographic data of copyrighted material. Library content will be displayed in keeping with copyright law. For more information and examples, please visit http://print.google.com/ [URL corrected — ‘Bug].

I’m a little biased since my PhD Thesis was about this kind of application, but I can easily see this sort of show me information related to what I’m doing now app being the next big thing interface advancement. (At least once it’s integrated with good search, the right data, and most importantly a company that doesn’t try to integrate it with an all-too-helpful cartoon character.)

Google Print Read More »

History repeats itself…

Ignoring things like the wrist watch, the earliest wearable computer was built back in 1961 by Ed Thorp (father of the theory of card-counting in Blackjack) and Claude Shannon (father of information theory) to answer a question that had plagued mankind for generations: is there any way I can cheat reliably at roulette?

Now over 43 years later, history repeats itself yet again as a treo has walked away with more than $2.3 million, allegedly having used a cellphone rigged with a laser range-finder to up their odds of winning from 1 in 37 to about 1 in 6. Police have dropped the investigation after deciding there was no interference with the ball in play. (That wouldn’t fly in Vegas, where laws were put in place after wearables users in the ’70s spooked casinos.)

(Thanks to Steve Schwartz for the link!)

History repeats itself… Read More »

Walter Lewin’s halo revealed

Walter Lewin's ring picture

A couple months ago, MIT physics professor Walter Lewin posted a photo of an MIT construction site to the Astronomy Picture of the Day webpage with the challenge “explain the bright ring of colors.” Now after answering about 3000 answers (only 5 of them fully correct), Walter Lewin explains all.

(Note also that 75 of Prof. Lewin’s lectures are available online at MIT’s OpenCourseWare site, plus four more at MIT World).

Walter Lewin’s halo revealed Read More »

UbiComp going mainstream?

Man, I can think of all sorts of mischief I could get in with one of these things…

MyAy

From Personal Tech Pipeline (and thanks to Thad for the link):

Your favorite rodent has learned that Siemens is working on an all-purpose gadget that simply pays attention to what’s happening nearby, and notifies you by SMS when something is strange.

Called the MyAy, the experimental device has a keypad but no display. It monitors its environment with a microphone, an infrared sensor, a temperature sensor, and an acceleration sensor (to tell if the MyAy itself is being moved).

UbiComp going mainstream? Read More »

New Palm OS built on Linux

PalmSource just announced that their next version of Palm OS will be built with Linux at its core. To this end, they’re purchasing China MobileSoft (CMS), which has a phone platform already built on top of their own Linux variant. As the Register puts it:

Like Apple with Mac OS X, PalmSource will keep all the top-layer code proprietary, but it will release any changes it makes to the underlying Linux code — for faster boot times and battery life preservation systems, for example — available to the open source community.

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Quick one-handed keyboards survey…

Yesterday I did a quick scan of the one-handed keyboards that are available, and figured I’d post a quick summary:

Twiddler

Twiddler

  • Type: 16-button chording, straps to hand
  • Price: $219
  • Interfaces: USB, PS/2
  • Words Per Minute (avg): 10 after an hour practice, 30 after 10 hours, top speed in high 60s
  • Studies: Three by Kent Lyons at Georgia Tech (novices, experts and learning aids)
  • Notes: I like the Twiddler, though I’ve not a lot of experience with other one-handed keyboards. Biggest win for the Twiddler is I can touch-type on it (unlike any of the predictive-text systems like T-9 on a cellphone keypad), it has a good top speed and it attaches to my hand so it’s especially convenient for mobile typing. The Twiddler-2 improved on the older model by replacing the nigh-unusable mouse with a Trackpoint and acting like a real keyboard instead of requiring a serial interface, but unfortunately they removed one of the thumb keys, it requires Win98 to remap keys in batch and you can’t remap all the thumb keys anymore. Personally I like my Twiddler-1 better — I miss being able to do things map “NUM + ALT + any key” to be an arrow key in the appropriate direction.

Half-QWERTY

Half-QWERTY

  • Type: literally half a QWERTY keyboard where you hold down a modifier key to type the “mirror-side” keys
  • $295
  • Interfaces: USB, PS/2
  • Words Per Minute (avg): between 24-43 wpm after 10 hours practice, top speed around 60 wpm
  • Studies: Three by Edgar Matias (Transfer from QWERTY, CHI’94, CHI’96)
  • Notes: Never used it myself, though it looks like you can get good speed out of it and it’s quick to learn if you already know QWERTY. Edgar also sells a wearable version that straps to your arm, though unlike the Twiddler that means your other arm is also tied up when you type.

FrogPad

FrogPad

  • Type: Similar to Half-QWERTY, but with common letters mapped to the home-row.
  • Price: $100 to $196 depending on type
  • Interfaces: USB or Bluetooth
  • Words Per Minute (avg): Sales lit claims 40 wpm after 10 hours practice
  • Studies: Their webpage says studies were conducted at Rice University, but I haven’t found the links yet.

CyKey

CyKey

  • Type: 9-button Chording based on the Microwriter Agenda’s chord system
  • Price: £57 – £90 depending on interface
  • Interfaces: Palm IR (IrDA half-duplex) or USB
  • Words Per Minute: Sales lit claims 25-50 wpm
  • Notes: MegaSharp has a “wearability kit” that attaches your PDA and CyKey to your belt, but based on the picture I wouldn’t want to use it unless I was standing still. I also see that Computer Shopper in the UK dinged the CyKey, not for the typing method so much as the fact that the IR is incompatible with a lot of Palm devices. Caveat emptor.

Others

And of course there’s the plethora of cellphone / PDA keyboards like the one-thumbed “chicklet keyboards” on the Treo-600/650 and Blackberry or using Multitap or T-9 on a standard 12-button cellphone keyboard. I’m not a big fan of Multitap or predictive systems like T-9, but I’ve liked the Treo keyboard even for one-handed typing. I expect I’d have more trouble using it eyes-free than I do with the Twiddler, but then again I don’t have years of experience using the Treo to type SMSs under the table when the teacher isn’t looking either…

A couple non-commercial things of interest:

The Data Egg was an integrated PDA & five-button chording keyboard designed and prototyped back in the early ’90s, but it got black-holed after the inventor lost control of his IP. Never tried one myself, but I’ve always liked the idea as a sort of chording-keyboard sleeve over a PDA.

Something else I like the look of is Chordite, which interests me mostly because of its unique hand-fit. Prototype only, researcher claims about 33 wpm.

Quick one-handed keyboards survey… Read More »

RFID for patients in hospitals

Via the SJ Mercury News (sub. req.), the FDA has approved an RFID chip that you place on (not in) a body part that’s to be operated on to identify the proceedure and other info:

The system works like this: At an initial visit, the information on the operation is placed in the computer. The patient sees it on a monitor and verifies that it’s correct. The data is then printed out on the chip and then re-read by the computer. Again, the patient verifies the data.

On the day of the procedure, the patient once again verifies the chip is correct, and it is then placed on the area to be operated.

At the suggestion of the FDA, the chip will have a notice on it that it should be removed before the procedure.

This would presumably replace the current technique of using a sharpie and writing stuff on the patient like “no, the other leg!” I’m curious but a bit sceptical — on the one hand the RFID tag can hold a lot more info than you can fit on a body part (allergies, etc.), but I don’t see that making up for the immediacy of reading what’s written on the body part you’re about to operate on. Why would an RFID tag be any more likely to be read than the patient’s chart?

RFID for patients in hospitals Read More »