» » Software Product Line Engineering: Foundations, Principles and Techniques

Software Product Line Engineering: Foundations, Principles and Techniques epub download

by Günter Böckle,Frank J. van der Linden,Klaus Pohl


With more than 100 examples and about 150 illustrations, the authors describe in detail the essential foundations, principles and techniques of software product line engineering.

With more than 100 examples and about 150 illustrations, the authors describe in detail the essential foundations, principles and techniques of software product line engineering. They have structured this textbook around a comprehensive product line framework

Foundations, Principles and Techniques

Foundations, Principles and Techniques. Dr. Klaus Pohl is full professor for software systems engineering and director of the Institute for Computer Science and Business Information Systems at the University of Essen, Germany. He holds a degree in computer science (FH Karlsruhe, Germany) and a degree in information systems (Univ. Klaus Pohl received his PhD and his habilitation in Computer Science from the Technical University of Aachen, Germany.

Frank Van Der Linden. Variability modelling is a central technique required to put software product line engineering into practice

University of Duisburg-Essen. Frank Van Der Linden. Variability modelling is a central technique required to put software product line engineering into practice. The variability of a software product line is specified in a separate model consisting of variation points, variants, and their relationships. For software product line engineering to be successful, both engineering aspects and business aspects have to be considered thoroughly. The transition process for achieving fully working software product line engineering has to be planned and performed carefully.

Software Product Line Engineering: Foundations, Principles and Techniques. Klaus Pohl, Günter Böckle, Frank J. van der Linden. Frank J. van der Linden, Klaus Schmid, Eelco Rommes. 8 Mb. Software Product-Family Engineering, 5 conf. 1. 3 Mb. Development and Evolution of Software Architectures for Product Families: Second International Esprit Ares Workshop, Las Palmas De Gran Canaria,.

Software Product Line Engineering. Klaus Pohl · Günter Böckle Frank van der Linden. Software Product Line Engineering Foundations, Principles, and Techniques With 150 Figures and 10 Tables. 123. Klaus Pohl Institut für Informatik und k Universität Duisburg-Essen Schützenbahn 70 45127 Essen, Germany Günter Böckle Siemens AG Zentralabteilung Technik Otto-Hahn-Ring 6 81730 München, Germany Frank van der Linden Philips Medical Systems Veenpluis 4–6 5684 PC Best, The Netherlands.

Software Product Line Engineering book. Klaus Pohl, Frank J. I. Software Product Line Engineering Are you interested. Software Product Line Engineering Are you interested in producing software products or software-intensive systems at lower costs, in shorter time, and with higher quality? If so, you are holding the right book in your hands.

Klaus Pohl, Günter Böckle, Frank van der Linden. Software product line engineering has proven to be the methodology for developing a diversity of software products and software intensive systems at lower costs, in shorter time, and with higher quality. They do not only detail the technical aspect of the development, bu. ONTINUE READING.

Software Product Line Engineering : Foundations, Principles and Techniques.

Find many great new & used options and get the best deals for Software Product Line Engineering: Foundations, Principles and . Business, Economics & Industry Management Techniques Hardback Non-Fiction Books. Hardback L. Frank Baum Books.

Business, Economics & Industry Management Techniques Hardback Non-Fiction Books. Frank Baum Young Adults' Books. Business, Economics & Industry Management Techniques Hardback Non-Fiction Books in Japanese. L. Frank Baum Hardback Antiquarian & Collectable Books. Additional site navigation.

Klaus Pohl; Gunter Bockle; Frank J Van Der Linden. Software product line engineering has proven to be the methodology for Higher quality, lower developing a diversity of software products and software-intensive systems cost, and shorter at lower costs, in shorter time, and with higher quality.

Software product line engineering has proven to be the methodology for developing a diversity of software products and software intensive systems at lower costs, in shorter time, and with higher quality. In this book, Pohl and his co-authors present a framework for software product line engineering which they have developed based on their academic as well as industrial experience gained in projects over the last eight years. They do not only detail the technical aspect of the development, but also an integrated view of the business, organisation and process aspects are given. In addition, they explicitly point out the key differences of software product line engineering compared to traditional single software system development, as the need for two distinct development processes for domain and application engineering respectively, or the need to define and manage variability.

Software Product Line Engineering: Foundations, Principles and Techniques epub download

ISBN13: 978-3642063640

ISBN: 3642063640

Author: Günter Böckle,Frank J. van der Linden,Klaus Pohl

Category: Computers and Technology

Subcategory: Programming

Language: English

Publisher: Springer; Softcover reprint of hardcover 1st ed. 2005 edition (November 9, 2010)

Pages: 467 pages

ePUB size: 1724 kb

FB2 size: 1215 kb

Rating: 4.9

Votes: 561

Other Formats: mbr mobi txt lit

Related to Software Product Line Engineering: Foundations, Principles and Techniques ePub books

Alister
This book is an excellent classroom book, but not practical for PLE in the field. It does an excellent job of laying out a framework for a PLE process and it does an excellent job of teaching variability. The main problem with the book is that it uses the Orthogonal Variability Model to trace the variability in the project's artifacts, and there are no tools to support an Orthogonal Variability Model. It is a perfect way to teach variability, and the Orthogonal Variability Model works well in a text book context, but would not be practical on a real project.

The book makes reference to SEGOS-VM Tool, which is being developed to support the authors Orthogonal Variability Model, but it is no where to be found on the web.

So I would suggest this book only if you are interested in becoming "book smart" about PLE, it does do an excellent job of teaching the topic, but it's process holds little value for real projects.
Alister
This book is an excellent classroom book, but not practical for PLE in the field. It does an excellent job of laying out a framework for a PLE process and it does an excellent job of teaching variability. The main problem with the book is that it uses the Orthogonal Variability Model to trace the variability in the project's artifacts, and there are no tools to support an Orthogonal Variability Model. It is a perfect way to teach variability, and the Orthogonal Variability Model works well in a text book context, but would not be practical on a real project.

The book makes reference to SEGOS-VM Tool, which is being developed to support the authors Orthogonal Variability Model, but it is no where to be found on the web.

So I would suggest this book only if you are interested in becoming "book smart" about PLE, it does do an excellent job of teaching the topic, but it's process holds little value for real projects.
Conjuril
This is a really good book. One of the challenges with PLE is whether it's really a methodology or if it's just a bunch of design principles. These guys don't really settle that issue. They seem to come down in a place where they are saying that PLE is layered in with established methodological approaches (e.g. component-based development, etc.). The additional layer that PLE advances is the idea that before you get down to individual components, you ought to design a variant strategy that will allow for families of products developed from the core base.

The one gripe I have with this book is one I have with a lot of books: their choice of example is unsatisfying. The whole book is built around the idea of a home automation system. This is really pretty loopy: if I get a fingerprint reader to open the door and someone else gets a keypad, those are not different products, in a family.. ?? It's not like it would be hard to think up some really good examples.

I would encourage everyone to read this book because product thinking is really important, even if you are just developing a solution now (not a product).

In 2012, it's probably time for some new thinking in this direction. Meantime, though, this is the only methodology that really deals with this question of how do you design for product evolution. Also, this should be of interest in general to people who have a process background: the core idea in PLE on the process front is that product companies should develop their software using an approach where each new variation is made from components, and hopefully, those are different characters in the company. This strengthens the product. It's a variant on 'eat your own dog food' and it's timely these days: the Amazon v. Google rant that went nuts in the developer community is essentially making this same argument.
Conjuril
This is a really good book. One of the challenges with PLE is whether it's really a methodology or if it's just a bunch of design principles. These guys don't really settle that issue. They seem to come down in a place where they are saying that PLE is layered in with established methodological approaches (e.g. component-based development, etc.). The additional layer that PLE advances is the idea that before you get down to individual components, you ought to design a variant strategy that will allow for families of products developed from the core base.

The one gripe I have with this book is one I have with a lot of books: their choice of example is unsatisfying. The whole book is built around the idea of a home automation system. This is really pretty loopy: if I get a fingerprint reader to open the door and someone else gets a keypad, those are not different products, in a family.. ?? It's not like it would be hard to think up some really good examples.

I would encourage everyone to read this book because product thinking is really important, even if you are just developing a solution now (not a product).

In 2012, it's probably time for some new thinking in this direction. Meantime, though, this is the only methodology that really deals with this question of how do you design for product evolution. Also, this should be of interest in general to people who have a process background: the core idea in PLE on the process front is that product companies should develop their software using an approach where each new variation is made from components, and hopefully, those are different characters in the company. This strengthens the product. It's a variant on 'eat your own dog food' and it's timely these days: the Amazon v. Google rant that went nuts in the developer community is essentially making this same argument.
Androrim
a good book, the best if you wanna learns SPL
Androrim
a good book, the best if you wanna learns SPL
YSOP
This book gives a good introduction to product line engineering (PLE). It highlights many of the problems and possibilities with PLE. The orthogonal variability model gives a "clean" view of variation points and variants.

The book is on a too high level for me and it does not go deeper into the subject of PLE. The orthogonal variability model works with the simple examples in the book but in real life applications it will soon be very hard to realize the model.

I can still recommend this book to anyone that wants a good introduction to PLE.
YSOP
This book gives a good introduction to product line engineering (PLE). It highlights many of the problems and possibilities with PLE. The orthogonal variability model gives a "clean" view of variation points and variants.

The book is on a too high level for me and it does not go deeper into the subject of PLE. The orthogonal variability model works with the simple examples in the book but in real life applications it will soon be very hard to realize the model.

I can still recommend this book to anyone that wants a good introduction to PLE.