Add to ORKG\u3cp\u3eEvaluating ubiquitous systems with users can be a challenge, and the goal of this workshop was to take stock of current issues and novel approaches to address this challenge. In this paper, we report on the discussions we had during several plenary and small-group sessions. We first briefly review those evaluation methods that we identified as being used in ubiquitous computing, and then discuss several issues and research questions that emerged during the discussion. These issues include: data sources used for evaluation, comparing ubiquitous systems, interdisciplinary evaluation, multi-method evaluation, factoring in context and disengaged users.\u3c/p\u3
This position paper presents experiences based on some scenario evaluations of ubiquitous applicatio...
It is recognised that the traditional methods of requirements capture are not suitable when applied ...
Abstract This paper is composed of two parts. The first one gives a review of the design iterations ...
Evaluating ubiquitous systems with users can be a challenge, and the goal of this workshop was to ta...
Evaluating ubiquitous systems with users can be a challenge, and the goal of this workshop was to ta...
Abstract. In this paper we describe, how the evaluation of ubiquitous computing systems can be probl...
We present a reflection on a series of studies of ubiquitous computing systems in which the process ...
Abstract. Though evaluations are being performed on ubicomp applications, it is difficult for resear...
As more evaluations of ubiquitous computing (ubicomp) applications are being undertaken, researchers...
International audienceOver the past decades, a plethora of innovative ubiquitous computing (ubicomp)...
Over the past decades, a plethora of innovative ubiquitous computing (ubicomp) systems have been con...
Evaluating ubiquitous systems is hard, and has attracted the attention of others in the research com...
It is recognised that the traditional methods of requirements capture are not suitable when applied ...
Even though research in the area of technologically embedded intelligent environments is expanding v...
Human activity is very dynamic and subtle, and most physical environments are also highly dynamic an...
This position paper presents experiences based on some scenario evaluations of ubiquitous applicatio...
It is recognised that the traditional methods of requirements capture are not suitable when applied ...
Abstract This paper is composed of two parts. The first one gives a review of the design iterations ...
Evaluating ubiquitous systems with users can be a challenge, and the goal of this workshop was to ta...
Evaluating ubiquitous systems with users can be a challenge, and the goal of this workshop was to ta...
Abstract. In this paper we describe, how the evaluation of ubiquitous computing systems can be probl...
We present a reflection on a series of studies of ubiquitous computing systems in which the process ...
Abstract. Though evaluations are being performed on ubicomp applications, it is difficult for resear...
As more evaluations of ubiquitous computing (ubicomp) applications are being undertaken, researchers...
International audienceOver the past decades, a plethora of innovative ubiquitous computing (ubicomp)...
Over the past decades, a plethora of innovative ubiquitous computing (ubicomp) systems have been con...
Evaluating ubiquitous systems is hard, and has attracted the attention of others in the research com...
It is recognised that the traditional methods of requirements capture are not suitable when applied ...
Even though research in the area of technologically embedded intelligent environments is expanding v...
Human activity is very dynamic and subtle, and most physical environments are also highly dynamic an...
This position paper presents experiences based on some scenario evaluations of ubiquitous applicatio...
It is recognised that the traditional methods of requirements capture are not suitable when applied ...
Abstract This paper is composed of two parts. The first one gives a review of the design iterations ...