|
|
Risk Perception and the Discovery Period
for Mobile Applications
Howard Gutowitz and Terry Jones
Why don't people use word-guessing text entry?
Because it's too complex and unreliable.
Published in
the proceedings of the 10th
World Wireless Research Forum
(WWRF), October 2003, New York, New York
|
|
Barriers to Adoption of Dictionary-Based
Text-Entry Methods: A Field Study
Howard Gutowitz
A field study comprising 230 man-in-the-street interviews shows that dictionary deficiencies
are a principal reason that dictionary-based word-guessing text
entry systems such as T9 are hard to learn as well as hard to use.
Published in
the proceedings of the 10th
Conference of the European Chapter of the Association
for Computational Linguistics (EACL), April 2003, Budapest, Hungary
|
|
LetterWise: Prefix-based Disambiguation for
Mobile Text Input.
I. Scott MacKenzie, Hedy Kober, Derek Smith, Terry Jones, and Eugene
Skepner.
We conducted a longitudinal study to compare LetterWise to MultiTap,
the conventional text entry method for mobile phones. The experiment
showed that the mean entry speed was 36% faster with LetterWise
than with Multitap.
Published in
the proceedings of the
The 14th Annual ACM Symposium on
User Interface Software and Technology
(UIST), November 2001, Orlando, Florida
|
|
Unpublished
|
Reviewer and User Identified problems
with T9 and eZi Text
Eatoni Staff
Reports by profesional phone reviewers,
as well as end users, which express negative reactions to AOL's
T9 and Zi Corporation's eZi Text predictive text entry software.
|
Unpublished
|
Linguistically Optimized Text Entry on a Cell
Phone.
Hedy Kober, Eugene Skepner, Terry Jones, Howard Gutowitz, and Scott
MacKenzie.
A mathematical model which shows why word-guessing methods can
be slower than multi-tap. If you make any kind of error
while entering a word, the word "blows up". Eatoni's LetterWise
and WordWise do not have this problem.
|
Unpublished
|
A Survey of Alternate Text-Entry Methods.
Eatoni Staff
Compares predictive text to other text-entry methods, notably voice and
handwriting recognition.
|