: Situationally determined limitations in users' "resources" (e.g., time and working memory) constitute an increasingly important challenge to adaptive interfaces---one which does not yield easily to straightforward solutions. This article gives an overview of a research program that emphasizes empirically based understanding of this problem and the use of an explicit model of the relevant causal relationships. After introducing the challenge and comparing several possible approaches to it, we summarize related work on adaptive systems and the empirical research that forms the basis of the READY prototype. The structure and workings of this prototype are discussed and illustrated with examples. We conclude by summarizing how...
Adaptive automation is expected to reduce workload and increase situational awareness; however, thes...
Murray+ Computer systems which can automatically alter aspects of their functionality or interface t...
We address the problem of dynamically modeling and adapting to unknown users in resource-scarce doma...
. In this paper we examine the notion of adaptive user interfaces, interactive systems that invoke m...
One of the central questions addressed in the project Ready was that of how a system can automatical...
In human computer interaction,‘mental models’ are wonstructs that represent the end users’ understan...
The ability to adjust itself to users’ profile is imperative in modern system, given that many peopl...
We cast a design view on the interactions that occur when humans face (interconnected) adaptive syst...
Motivated by prior spoken dialogue system research in user modeling, we analyze interactions between...
Adaptive systems cover a broad range of interactive systems which adjust to new tasks, situations, u...
Current interactive systems are criticized for having complex interfaces that overload users with in...
Motivated by prior spoken dialogue system research in user modeling, we analyze interactions between...
. For reasonable application in critical domains dialogue systems not only have to pay attention to ...
As a priority-setting exercise, we compared interactions between users and a simple spoken dialog sy...
Computer systems which can automatically alter aspects of their functionality or interface to suit t...
Adaptive automation is expected to reduce workload and increase situational awareness; however, thes...
Murray+ Computer systems which can automatically alter aspects of their functionality or interface t...
We address the problem of dynamically modeling and adapting to unknown users in resource-scarce doma...
. In this paper we examine the notion of adaptive user interfaces, interactive systems that invoke m...
One of the central questions addressed in the project Ready was that of how a system can automatical...
In human computer interaction,‘mental models’ are wonstructs that represent the end users’ understan...
The ability to adjust itself to users’ profile is imperative in modern system, given that many peopl...
We cast a design view on the interactions that occur when humans face (interconnected) adaptive syst...
Motivated by prior spoken dialogue system research in user modeling, we analyze interactions between...
Adaptive systems cover a broad range of interactive systems which adjust to new tasks, situations, u...
Current interactive systems are criticized for having complex interfaces that overload users with in...
Motivated by prior spoken dialogue system research in user modeling, we analyze interactions between...
. For reasonable application in critical domains dialogue systems not only have to pay attention to ...
As a priority-setting exercise, we compared interactions between users and a simple spoken dialog sy...
Computer systems which can automatically alter aspects of their functionality or interface to suit t...
Adaptive automation is expected to reduce workload and increase situational awareness; however, thes...
Murray+ Computer systems which can automatically alter aspects of their functionality or interface t...
We address the problem of dynamically modeling and adapting to unknown users in resource-scarce doma...