Catálogo de publicaciones - libros
Visualizing Information Using SVG and X3D
Vladimir Geroimenko ; Chaomei Chen (eds.)
Resumen/Descripción – provisto por la editorial
No disponible.
Palabras clave – provistas por la editorial
User Interfaces and Human Computer Interaction; Multimedia Information Systems; Computer Graphics; Information Systems Applications (incl. Internet); Pattern Recognition
Disponibilidad
| Institución detectada | Año de publicación | Navegá | Descargá | Solicitá |
|---|---|---|---|---|
| No detectada | 2005 | SpringerLink |
Información
Tipo de recurso:
libros
ISBN impreso
978-1-85233-790-2
ISBN electrónico
978-1-84628-084-9
Editor responsable
Springer Nature
País de edición
Reino Unido
Fecha de publicación
2005
Información sobre derechos de publicación
© Springer-Verlag London Limited 2005
Cobertura temática
Tabla de contenidos
SVG and X3D in the Context of the XML Family and the Semantic Web
Vladimir Geroimenko
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part I - Using SVG and X3D in Generic Web Applications | Pp. 3-20
The Foundations of SVG
Kurt Cagle
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part I - Using SVG and X3D in Generic Web Applications | Pp. 21-62
X3D Fundamentals
Don Brutzman; James Harney; Curt Blais
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part I - Using SVG and X3D in Generic Web Applications | Pp. 63-84
SVG as the Visual Interface to Web Services
Shane Aulenback
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part I - Using SVG and X3D in Generic Web Applications | Pp. 85-98
X3D Graphics, Java and the Semantic Web
James Harney; Curt Blais; Alan Hudson; Don Brutzman
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part I - Using SVG and X3D in Generic Web Applications | Pp. 99-118
Distributed User Interfaces: Toward SVG 1.2
Kurt Cagle
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part I - Using SVG and X3D in Generic Web Applications | Pp. 119-152
Publishing Paradigms for X3D
Nicholas F. Polys
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part I - Using SVG and X3D in Generic Web Applications | Pp. 153-180
Visualizing Complex Networks
Chaomei Chen; Natasha Lobo
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part 2 - Applying SVG and X3D to Specific Problems | Pp. 183-201
Applying SVG to Visualization of Chemical Structures and Reactions
John Leaver
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part 2 - Applying SVG and X3D to Specific Problems | Pp. 202-224
Using Metadata-based SVG and X3D Graphics in Interactive TV
Artur Lugmayr; Seppo Kalli
In this paper, an intelligent power management scheme for embedded systems with wireless applications is proposed to reduce the power consumption of the overall system. The proposed method is based on the feedback of the extreme channel state indicator that is designed to detect the extremely bad channel condition. The considerable power reduction is achieved by turning off modules within the embedded system related to the information transmissions under such an unreliable channel condition. A simple extreme channel state detector is also proposed.
Part 2 - Applying SVG and X3D to Specific Problems | Pp. 225-244