Titlebook: Universal Access in Human-Computer Interaction. Users Diversity; 6th International Co Constantine Stephanidis Conference proceedings 2011 S

Oratory

Trabeculoplasty

Accessible UI Design and Multimodal Interaction through Hybrid TV Platforms: Towards a Virtual-User and accessible user interfaces (UI) for users with mild impairments. We especially address interaction constraints for elderly people, both during application design time and at run time, targeting on hybrid TV platforms. The functional principle of our architecture is twofold: At runtime, it lets u

Texture

Modelling Cognitive Impairment to Improve Universal Accesse living with such impairment. A series of interviews with experts of cognitive impairment was conducted to describe and assess the links between specific medical conditions, including learning disability, specific learning difficulties, autistic spectrum disorders, traumatic brain injury and schizo

潛伏期

飲料

Console

Supporting Inclusive Design of User Interfaces with a Virtual User Modelrgest possible group of users. In order to meet this challenge, the involvement of human users has so far been an efficient approach. Yet, such ergonomics evaluation experiments that employ a versatility of user groups can be very time and cost-intensive. Therefore, . (VUM) have been proposed for su

Ostrich

Virtual User Concept for Inclusive Design of Consumer Products and User Interfaces suppliers, technical feasibility and commercial viability. Mainstream manufactures do not have a detailed understanding of the needs of people with disabilities. This paper presents an approach to use standards-based Virtual User Models that covers mild and moderate disabilities to support designer

dowagers-hump

Modeling Users for Adaptive Semantics Visualizationsfrom both disciplines try to face this phenomenon. The modeling of user is an essential part of a user-centered adaptation of visualization. In this paper we introduce a new approach for modeling users especially for semantic visualization systems. The approach consists of a three dimensional model,

JOT

Coma704

Numerical Analysis of Geometrical Features of 3D Biological Objects, for Three-Dimensional Biometricmetrical features. Traditional anthropometric database contains information only about some characteristic points recorded as linear or angular dimensions. The current face recognition systems are also based on the two-dimensional information. Such biometric systems are used obviously during passeng