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Software Product Line Engineering: Foundations, Principles, and Techniques
Klaus Pohl Günter Böckle Frank van der Linden
Resumen/Descripción – provisto por la editorial
No disponible.
Palabras clave – provistas por la editorial
Theory of Computation; Software Engineering/Programming and Operating Systems; Software Engineering; Management of Computing and Information Systems; IT in Business; Innovation/Technology Management
Disponibilidad
Institución detectada | Año de publicación | Navegá | Descargá | Solicitá |
---|---|---|---|---|
No detectada | 2005 | SpringerLink |
Información
Tipo de recurso:
libros
ISBN impreso
978-3-540-24372-4
ISBN electrónico
978-3-540-28901-2
Editor responsable
Springer Nature
País de edición
Reino Unido
Fecha de publicación
2005
Información sobre derechos de publicación
© Springer-Verlag Berlin Heidelberg 2005
Cobertura temática
Tabla de contenidos
Introduction to Software Product Line Engineering
Günter Böckle
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part I - Introduction | Pp. 3-18
A Framework for Software Product Line Engineering
Günter Böckle; Klaus Pohl; Frank van der Linden
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part I - Introduction | Pp. 19-38
Overview of the Example Domain: Home Automation
Klaus Pohl; Ernst Sikora
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part I - Introduction | Pp. 39-52
Principles of Variability
Kim Lauenroth; Klaus Pohl
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part II - Product Line Variability | Pp. 57-88
Documenting Variability in Requirements Artefacts
Klaus Pohl; Thorsten Weyer
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part II - Product Line Variability | Pp. 89-113
Documenting Variability in Design Artefacts
Frank van der Linden
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part II - Product Line Variability | Pp. 115-134
Documenting Variability in Realisation Artefacts
Frank van der Linden
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part II - Product Line Variability | Pp. 135-148
Documenting Variability in Test Artefacts
Klaus Pohl; Ernst Sikora
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part II - Product Line Variability | Pp. 149-157
Product Management
Elisabeth Niehaus; Klaus Pohl; Günter Böckle
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part III - Domain Engineering | Pp. 163-192
Domain Requirements Engineering
Stan Bühne; Klaus Pohl
The Sun is at the origin of the energy we receive, the very origin of life. We believe we know it well and yet it has only been a short time since we first became fully aware of its behavior! The first spectral studies to determine its chemical composition were carried out during the nineteenth century. In 1945, the appendix to the Manhattan project concerning the first atom bomb provided an explanation for the internal source of the Sun's energy. Finally, in 1995, the SOHO satellite (SOlar Heliospheric Observatory, ESA/NASA) was launched. Since then, findings have accumulated. So where do we go from here?
Part III - Domain Engineering | Pp. 193-216