This paper introduces the notion of plasticity, a new property of interactive systems that denotes a particular type of user interface adaptation. It also presents a generic framework inspired from the model-based approach, for supporting the development of plastic user interfaces. This framework is illustrated with simple case studies. KEYSWORDS. User interface adaptation, plasticity. 1. Introduction: A Design Space for Adaptation In HCI, adaptation is modeled as two complementary system properties: adaptability and adaptivity. Adaptability is the capacity of the system to allow users to customize their system from a predefined set of parameters. Adaptivity is the capacity of the system to perform adaptation automatically with
Adaptivity is widely recognised as a major characteristic of Intelligent User Interfaces for improvi...
Mobility coupled with the development of a wide variety of computational devices, has engendered new...
This paper presents a design space for engineering adaptive user interfaces throughout the user inte...
International audienceThe adaptation of user interfaces (UI) is a problem that simultaneously demand...
The increasing proliferation of computational devices has introduced the need for applications to ru...
Developing many variants of a same User Interface (UI) on different platforms is costly, may result ...
The rapid development of information and communication technologies is opening a large variety of ne...
Abstract. Ubiquitous computing has amplified the need for interactive systems to be able to adapt to...
Adaptivity is widely recognised as a major characteristic of Intelligent User Interfaces for improvi...
Abstract. User Interface (UI) plasticity denotes UI adaptation to the context of use (user, platform...
For a long time standard desktop applications have ruled the market. Nevertheless, the availability ...
International audienceThe considerable and significant progress achieved in the design and developme...
This dissertation addresses the problem of run-time adaptation of user interfaces (UI) for ubiquitou...
In order to address challenges posed by different users conducting their interactive tasks on hetero...
Adapting the user interface of a software system to the requirements of the context of use continues...
Adaptivity is widely recognised as a major characteristic of Intelligent User Interfaces for improvi...
Mobility coupled with the development of a wide variety of computational devices, has engendered new...
This paper presents a design space for engineering adaptive user interfaces throughout the user inte...
International audienceThe adaptation of user interfaces (UI) is a problem that simultaneously demand...
The increasing proliferation of computational devices has introduced the need for applications to ru...
Developing many variants of a same User Interface (UI) on different platforms is costly, may result ...
The rapid development of information and communication technologies is opening a large variety of ne...
Abstract. Ubiquitous computing has amplified the need for interactive systems to be able to adapt to...
Adaptivity is widely recognised as a major characteristic of Intelligent User Interfaces for improvi...
Abstract. User Interface (UI) plasticity denotes UI adaptation to the context of use (user, platform...
For a long time standard desktop applications have ruled the market. Nevertheless, the availability ...
International audienceThe considerable and significant progress achieved in the design and developme...
This dissertation addresses the problem of run-time adaptation of user interfaces (UI) for ubiquitou...
In order to address challenges posed by different users conducting their interactive tasks on hetero...
Adapting the user interface of a software system to the requirements of the context of use continues...
Adaptivity is widely recognised as a major characteristic of Intelligent User Interfaces for improvi...
Mobility coupled with the development of a wide variety of computational devices, has engendered new...
This paper presents a design space for engineering adaptive user interfaces throughout the user inte...