Catálogo de publicaciones - libros
The Biofilm Primer
J. William Costerton (eds.)
Resumen/Descripción – provisto por la editorial
No disponible.
Palabras clave – provistas por la editorial
Bacteriology; Microbiology; Microbial Ecology; Medical Microbiology; Infectious Diseases
Disponibilidad
| Institución detectada | Año de publicación | Navegá | Descargá | Solicitá |
|---|---|---|---|---|
| No detectada | 2007 | SpringerLink |
Información
Tipo de recurso:
libros
ISBN impreso
978-3-540-68021-5
ISBN electrónico
978-3-540-68022-2
Editor responsable
Springer Nature
País de edición
Reino Unido
Fecha de publicación
2007
Información sobre derechos de publicación
© Springer-Verlag Berlin Heidelberg 2007
Cobertura temática
Tabla de contenidos
Introduction
J. William Costerton (eds.)
Many of the more sophisticated techniques and algorithms to process spatial data in spatial models are currently not or hardly available in GISystems. This raises the question of how spatial models should be integrated with GISystems. This chapter discusses possibilities and problems of interfacing spatial interaction models and GISystems from a conceptual rather than a technical point of view. The contribution illustrates that the integration between spatial analysis/modelling and GIS opens up tremendous opportunities for the development of new, highly visual, interactive and computational techniques for the analysis of spatial flow data. Using the Spatial Interaction Modelling [SIM] software package as an example, the chapter suggests that in spatial interaction modelling GIS functionalities are especially useful in three steps of the modelling process: zone design, matrix building and visualisation.
Pp. 1-2
Direct Observations
J. William Costerton (eds.)
Many of the more sophisticated techniques and algorithms to process spatial data in spatial models are currently not or hardly available in GISystems. This raises the question of how spatial models should be integrated with GISystems. This chapter discusses possibilities and problems of interfacing spatial interaction models and GISystems from a conceptual rather than a technical point of view. The contribution illustrates that the integration between spatial analysis/modelling and GIS opens up tremendous opportunities for the development of new, highly visual, interactive and computational techniques for the analysis of spatial flow data. Using the Spatial Interaction Modelling [SIM] software package as an example, the chapter suggests that in spatial interaction modelling GIS functionalities are especially useful in three steps of the modelling process: zone design, matrix building and visualisation.
Pp. 3-84
Control of all Biofilm Strategies and Behaviours
J. William Costerton (eds.)
Many of the more sophisticated techniques and algorithms to process spatial data in spatial models are currently not or hardly available in GISystems. This raises the question of how spatial models should be integrated with GISystems. This chapter discusses possibilities and problems of interfacing spatial interaction models and GISystems from a conceptual rather than a technical point of view. The contribution illustrates that the integration between spatial analysis/modelling and GIS opens up tremendous opportunities for the development of new, highly visual, interactive and computational techniques for the analysis of spatial flow data. Using the Spatial Interaction Modelling [SIM] software package as an example, the chapter suggests that in spatial interaction modelling GIS functionalities are especially useful in three steps of the modelling process: zone design, matrix building and visualisation.
Pp. 85-105
The Microbiology of the Healthy Human Body
J. William Costerton (eds.)
Many of the more sophisticated techniques and algorithms to process spatial data in spatial models are currently not or hardly available in GISystems. This raises the question of how spatial models should be integrated with GISystems. This chapter discusses possibilities and problems of interfacing spatial interaction models and GISystems from a conceptual rather than a technical point of view. The contribution illustrates that the integration between spatial analysis/modelling and GIS opens up tremendous opportunities for the development of new, highly visual, interactive and computational techniques for the analysis of spatial flow data. Using the Spatial Interaction Modelling [SIM] software package as an example, the chapter suggests that in spatial interaction modelling GIS functionalities are especially useful in three steps of the modelling process: zone design, matrix building and visualisation.
Pp. 107-128
Replacement of Acute Planctonic by Chronic Biofilm Diseases
J. William Costerton (eds.)
Many of the more sophisticated techniques and algorithms to process spatial data in spatial models are currently not or hardly available in GISystems. This raises the question of how spatial models should be integrated with GISystems. This chapter discusses possibilities and problems of interfacing spatial interaction models and GISystems from a conceptual rather than a technical point of view. The contribution illustrates that the integration between spatial analysis/modelling and GIS opens up tremendous opportunities for the development of new, highly visual, interactive and computational techniques for the analysis of spatial flow data. Using the Spatial Interaction Modelling [SIM] software package as an example, the chapter suggests that in spatial interaction modelling GIS functionalities are especially useful in three steps of the modelling process: zone design, matrix building and visualisation.
Pp. 129-168
Toward a Unified Biofilm Theory
J. William Costerton (eds.)
Many of the more sophisticated techniques and algorithms to process spatial data in spatial models are currently not or hardly available in GISystems. This raises the question of how spatial models should be integrated with GISystems. This chapter discusses possibilities and problems of interfacing spatial interaction models and GISystems from a conceptual rather than a technical point of view. The contribution illustrates that the integration between spatial analysis/modelling and GIS opens up tremendous opportunities for the development of new, highly visual, interactive and computational techniques for the analysis of spatial flow data. Using the Spatial Interaction Modelling [SIM] software package as an example, the chapter suggests that in spatial interaction modelling GIS functionalities are especially useful in three steps of the modelling process: zone design, matrix building and visualisation.
Pp. 169-180
References
J. William Costerton (eds.)
Many of the more sophisticated techniques and algorithms to process spatial data in spatial models are currently not or hardly available in GISystems. This raises the question of how spatial models should be integrated with GISystems. This chapter discusses possibilities and problems of interfacing spatial interaction models and GISystems from a conceptual rather than a technical point of view. The contribution illustrates that the integration between spatial analysis/modelling and GIS opens up tremendous opportunities for the development of new, highly visual, interactive and computational techniques for the analysis of spatial flow data. Using the Spatial Interaction Modelling [SIM] software package as an example, the chapter suggests that in spatial interaction modelling GIS functionalities are especially useful in three steps of the modelling process: zone design, matrix building and visualisation.
Pp. 181-195