Catálogo de publicaciones - libros

Compartir en
redes sociales


HCI related papers of Interacción 2004

Raquel Navarro-Prieto ; Jesús Lorés Vidal (eds.)

Resumen/Descripción – provisto por la editorial

No disponible.

Palabras clave – provistas por la editorial

No disponibles.

Disponibilidad
Institución detectada Año de publicación Navegá Descargá Solicitá
No detectada 2006 SpringerLink

Información

Tipo de recurso:

libros

ISBN impreso

978-1-4020-4204-1

ISBN electrónico

978-1-4020-4205-8

Editor responsable

Springer Nature

País de edición

Reino Unido

Fecha de publicación

Información sobre derechos de publicación

© Springer 2006

Tabla de contenidos

User-Centered Adaptive Web Sites: A Proposal for the Near Future

Antonio Fernández-Caballero; Arturo Peñarrubia; Pascual González

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 257-265

Newspaper Archives on the Semantic Web

P. Castells; F. Perdrix; E. Pulido; M. Rico; J. M. Fuentes; R. Benjamins; J. Contreras; E. Piqué; J. Cal; J. Lorés; T. Granollers

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 267-276

Learning among equals: the use and analysis of KnowCat system to support group work

Cobos Ruth; Pifarré Manoli

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 277-287

Group Learning of Programming by means of Real Time Distributed Collaboration Techniques

Crescencio Bravo; Miguel á. Redondo; Antonio J. Mendes; Manuel Ortega

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 289-302

A Proposal of Design for a Collaborative Knowledge Management System by means of Semantic Information

Jaime Moreno Llorena; Xavier Alamán Roldán

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 303-315

Contextualized Argumentative Discussion for Design Learning in Group

Miguel A. Redondo; Crescencio Bravo; Manuel Ortega

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 317-327

A Mechanism For Developing User Interfaces

Francisco Montero; Víctor López-Jaquero; María Lozano; Pascual González

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 329-336

A notation for Goal Driven Interfaces Specification

A.L. Carrillo-León; J. Falgueras-Cano; A. Guevara-Plaza

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 337-344

Modelling Interactive Systems: an architecture guided by communication objects

Camila Cordero Mansilla; ángel de Miguel Artal; Eladio Domínguez Murillo; Ma Antonia Zapata Abad

The CDIO Initiative responds in an integrated and pragmatic way to the historical context in which engineering education finds itself and to the challenges that lie in the future. The Initiative began with four universities in two countries, and has expanded rapidly in terms of scope and participating universities. The initial programs were typically within the domains of mechanical, vehicular and electronic engineering, but the CDIO approach has now been implemented in programs in chemical engineering, material science and engineering, and bioengineering. The model has been applied to reform initiatives affecting all engineering programs at a university, and as a template for national initiatives and evaluation schemes. The number of universities has now expanded to more than 22 universities in 12 countries on nearly every continent. Development is underway at universities characterized as research-intensive or teaching-focused; large or small; private or public; or historically focused on minority and underrepresented populations. Regional CDIO Centers in North America, the Nordic countries, the United Kingdom and Ireland, and Southern Africa, have been established to provide opportunities for the exchange of ideas and support for implementation in local regions. A number of vehicles, tools, and forums for disseminating and developing the CDIO approach have been created, including the website and the annual international conferences.

Pp. 345-357