- 著者
- J. J. Darragh, I. H. Witten
- タイトル
- Adaptive predictive text generation and the reactive keyboard
- ページ
- 27-50
- 日時
- April 1991
- 概要
- The paper explores the application of predictive text
generation to the human-computer interface. Predictive
techniques exploit the statistical redundancy of language
to accelerate and amplify user inputs. Acceleration is
achieved by making more likely language elements faster
to select, while amplification is accomplished by
selection of concatenated elements. The language models
used are created adaptively, decoupling the prediction
mechanism from the application domain and user's
vocabulary, and conforming automatically to whatever kind
of text is entered. A device called the 'reactive
keyboard' is described along with two user interface
implementations, one for keyboard entry and the other for
a mouse/window environment. A clear separation is made
between the system's user interface and the underlying
model it employs, and the two versions share the same
prediction technique and adaptive modelling mechanism.
The basic idea is to order context- conditioned candidate
strings, which are predicted by the model, according to
frequency and display them for selection.
- カテゴリ
- UI,
AUI
Category: UI AUI
Journal: Interact. Comput.
Abstract: The paper explores the application of predictive text
generation to the human-computer interface. Predictive
techniques exploit the statistical redundancy of language
to accelerate and amplify user inputs. Acceleration is
achieved by making more likely language elements faster
to select, while amplification is accomplished by
selection of concatenated elements. The language models
used are created adaptively, decoupling the prediction
mechanism from the application domain and user's
vocabulary, and conforming automatically to whatever kind
of text is entered. A device called the 'reactive
keyboard' is described along with two user interface
implementations, one for keyboard entry and the other for
a mouse/window environment. A clear separation is made
between the system's user interface and the underlying
model it employs, and the two versions share the same
prediction technique and adaptive modelling mechanism.
The basic idea is to order context- conditioned candidate
strings, which are predicted by the model, according to
frequency and display them for selection.
Number: 1
ShortComment: \cite{Darragh:ReactiveKeyboard}と同じ?
Bibtype: Article
Pages: 27-50
Month: apr
Author: J. J. Darragh
I. H. Witten
Affiliation: Dept. of Comput. Sci., Calgary Univ.
Alta., Canada
Title: Adaptive predictive text generation and the reactive keyboard
Year: 1991
Volume: 3