15. Documents Considered

This page lists the documents that have been considered for the contents of this report, together with keywords characterizing the documents' contents. These keywords are also a way to retrieve methods for system family engineering.

ESAPS	CAFÉ	FAMILIES
Consortium-Wide Deliverables	Consortium-Wide Deliverables	Consortium-Wide Deliverables
Private Deliverables from German Partners	Private Deliverables from German Partners	Private Deliverables from German Partners

All ESAPS CWDs can be found in http://www.esi.es/en/Projects/esaps/esaps.html

All CAFÉ CWDs can be found in http://www.esi.es/en/Projects/Cafe/cafe.html

All FAMILIES CWDs can be found in http://www.esi.es/en/Projects/Families/

15.1 ESAPS Consortium-Wide Deliverables (ESAPS-CWDs)

ESAPS Work Packages:

Titles	Topics
Analysis of, and Modelling for System-Families	Architecture analysis, architecture assessment, architecture mismatch analysis, architecture metrics, EPOC, reverse architecting
Analysis of, and Modelling for System-Families	Aspect analysis, domain analysis, feature analysis, scoping
Definition and Description of System-families	Process frameworks, RSEB, RUP, SPICE, R-SPICE
	Requirements description, requirements engineering, reference requirements
	Glossary
	Commonality, variability, UML
	Platform, platform engineering, platform components, semantic interface annotations, interfaces, component behaviour, component description, real-time, configuration, platform assessment, service characterisation, OO-Frameworks, component-based, deployment, wrapping, COTS, Tool-chains
Derivation of Products and Evolution of System-Family Assets	Requirements Engineering, Traceability, Trace capture, Committment traceability
	Architecture evolution, Change management, change impact analysis, change costs, change integration, change propagation, software logistics
	Asset management, asset retrieval, variability resolution, variant configuration, derivation, variant derivation, derivation process, software logistics, parameterisation, constraint propagation, product instantiation, tools, tool requirements
Technology Validation	Validation, measurement, comparison
Technology Validation	Validation results

Workpackage 1: Analysis of, and Modelling for System-Families

CWD 1.1: Architecture Analysis and Modelling

CWD 1.2: Domain Analysis

CWD 1.3: Aspect Analysis and Modelling

CWD1.1 - Architecture Analysis and Modelling

Title	Partner	Author(s)
Assessing Software Architectures	Nokia, Ericsson	Tapio Tallgren, Joacim Halén
Assessment of System Family Architectures	Ericsson, Blekinge Institute of Technology, Nokia	Joacim Halén, Michael Mattson, Tapio Tallgren
EPOC Assessment Report	Nokia	Tapio Tallgren
Architectural Mismatches Analysis	Fraunhofer IESE	Cristina Gacek
Software Architecture Metrics	Blekinge Institute of Technology	PerOlof Bengtsson
Analyzing the Evolution of large OO-systems using metrics	Nokia	Lukas Steiger
Reverse Architecting	Nokia	Claudio Riva
A Method for Module Architecture Verification and its Application on a Large Component-Based System	Philips	André Postma, René Krikhaar, Marc Stroucken

CWD 1.2: Domain Analysis

Title	Partner	Author(s)
CWD1.2.1 - Introduction to Domain Analysis	Bosch, Nokia	Pierre America, Steffen Thiel, Stefan Ferber, Martin Mergel
CWD1.2.2 - Conceptual Domain Analysis (with a medical imaging systems case study)	Philips, Alcatel	Pierre America, Jan Willem van den Beukel, Fabien Boisbourdin, Christian Jacolot, Jan van Wijgerden
CWD1.2.3 - Feature Analysis: Introduction to Feature Analysis Feature-Based Scoping: How to Use Features to Identify and Describe Domains Feature Modeling Configuration of Features Feature Interaction	Fraunhofer IESE, Helsinki University of Technology, Nokia, Siemens	Juha Savolainen, Klaus Schmid, Siegfried Trosch, A.-P. Tuovinen, Tuomo Vehkomäki
CWD1.2.4 - Scoping: Scoping: An Introduction Scoping Domains Scoping Asset Bases Evolving the Product Line	Fraunhofer IESE, Bosch, University of Groningen, University of Karlskrona/ Ronneby, Siemens	Klaus Schmid, Steffen Thiel, Jan Bosch, Susanne Johnsson, Michel Jaring, Bernhard Thomé, Siegfried Trosch

CWD 1.3: Aspect Analysis and Modelling

Title	Partner	Author(s)
CWD1.3 - Aspect Analysis and Modelling: Air Supervision Systems: aspect analysis Switch Maintenance Systems: aspect analysis Aspect Driven Development Using Aspects to Scope the Product Line Aspect guided functional decomposition Formal Method to Evaluate Aspects (reliability, performance) by Simulation and Formal Analysis	Thales, Alcatel, FhG IESE, Nokia, Philips, Siemens	B. Berde, F. Boisbourdin, M. Coriat, S. Salicki, J. Xu, K. Schmid, J. G. Wijnstra, F. Harzenetter

Workpackage 2: Definition and Description of System-families

Title	Partner	Author(s)
CWD2.1.1 - System Family Process Framework Nokia Product Line Process Framework (PLPF) Fraunhofer IESE PuLSE Philips Research Product Family Process Framework (PRPFPF) Sainco&UPM "RUP and RSEB union" Alcatel SPLIT/WHEELS (in the LCAT context) The Incremental Development Process for Product Families at Siemens ESI R-SPICE Comparison Process Support for Product Family Engineers (Essen University)	University of Essen, Fraunhofer IESE, Sainco, Philips, Nokia, European Software Institute (ESI), Universidad Politécnica de Madrid (UPM), Siemens, Thomson-CSF/Alcatel LCAT	Andreas Reuys, Klaus Pohl, Cristina Gacek, Jesus Bermejo, Juan Manuel Martínez, William Van Der Sterren, Kari Känsälä, Tuomo Vehkomäki, Ramon Lerchundi, Rodrigo Alberto Cerón Martínez, Juan C. Dueñas, Sabine Mittrach, Frédéric Waeber, Bela Berde, Sophie Véret
CWD2.2.1 - Requirements Classification and Formalisms Reference requirements description techniques Requirements engineering for system families Case study & lessons learned: Philips - Reference requirements for product-lines: an example of the medical domain Alcatel - Reference requirements of switch maintenance Thomson-CSF - Reference requirements of air supervision systems	Alcatel, HUT, Philips, Thomson-CSF	F. Boisbourdin, J. Savolainen, B. Pronk, S. Salicki
CWD2.2.2 - System Family Software Architecture Glossary	Thomson-CSF	William El Kaim
CWD2.2.3 - System family architecture description and representation UML based techniques at IESE, Nokia, Philips, Thales, UPM, ADL-Darwin based techniques Architectural synthesis Case studies and lessons learned at Alcatel, Combitech (2), Philips, Sainco,	Alcatel, Combitech, EESI, HUT, IESE, Nokia, Philips, Sainco, Thales, UPM	Laurent Rioux, Dennis Selin, Peter Peters, Juha Savolainen, Oliver Flege, Cristina Gacek, Jianli Xu, Ben Pronk, Jesús Bermejo, Juan M. Martínez, William El Kaim, Juan C. Dueñas, Rodrigo Cerón
CWD 2.3 Platform and Components: Platform Engineering for the Medical Domain Product-Line Software Components Semantic Component and Interface Annotations Components, Interfaces, and Information Models Specification of functional and real-time behaviour of components Component Description and Configuration Deployment of a component-based system-family for SCADA systems requiring variability in their physical architecture Assessment of platforms for CBD and domain related services characterisation Problem Analysis of Component based development Object-Oriented Frameworks as Product Line Architecture Components - Integration Problems Configuration and deployment onto an execution platform Wrapping existing components of switch maintenance systems Development Support prototype for system families based on COTS Requirements and Techniques for Derivation Support in Tool-chains	Philips, Thales, Siemens, EESI, INRIA, SAINCO, Universidad Polytecnico Madrid, Nokia, University Karlskrona/Ronneby, Alcatel	Jesús Bermejo, Rodrigo Cerón, S. Cherki, Denis Conan, Charles Consel, Juan C. Dueñas, D. Exertier, Nicolas Farcet, L. Feijs, Peter Graubmann, W. El Kaim, Ronan Mac Laverty, Michael Mattsson, Anne-Françoise Le Meur, Joaquín Peña, Laurent Rioux, S. Salicki, Rainer Wasgint, Jan Gerben Wijnstra

Workpackage 3: Derivation of Products and Evolution of System-Family Assets

Title	Partner	Author(s)
CWD3.1 Requirements Modelling and Traceability Definitions and Overview Modeling Concept for Product Families Traceability between System Variants and Reused Components Requirement Traceability Support Product and Project Specific Trace Capture Traceability from Domain Characteristics to Architectural Components Commitment Traceability Model for System Programs	Philips, Siemens, Alcatel, Nokia, University of Essen, Fraunhofer IESE	Paul Luttikhuizen (ed.), Josef Plankl, Günter Böckle, Fabien Boisbourdin, Laurent Rioux, Klaus Pohl, Mathias Brandenburg, Alexander Gülich, Joachim Bayer, Osmo Vikman
CWD3.2 Change Management and Evolution Support Architecture Evolution Architecture Transformations in an Evolving Software Product Line Evolution of system family architectures Managing Change Requests Change Impact Analysis and propagation techniques Change management for working in parallel projects Cost of Change Requests in a System Product Program Support for Change Integration Change Propagation and Work Amount Assessment Scenario-based Change Integration Logistic Issues in Change Management	Blekinge Institute of Technology, Helsinki University of Technology, Nokia, Philips, Siemens, Software Engineering Research Centre SERC, University of Essen	Mikael Svahnberg, Michael Mattsson, William van der Sterren, Josef Plankl, Annette Schreiber (ed.), Hans Mulder, Osmon Vikman, Juha Savolainen, Klaus Pohl, Mathias Brandenburg, Alexander Gülich, Gert Florijn, Danny Greefhorst
CWD3.3 System-Family Variant Configuration and Derivation Asset Management Product Line Asset Classification and Management Intelligent Retrieval of Domain Assets Variability Resolution Support Variant Configuration and Derivation Support Configuration Techniques for Product-Line Components On the Notion of Variability in Software Product Lines Derivation Process Support Feature-driven Software Logistics Selection, Derivation, and Parameterisation of Variants Decision Model and Constraint Propagation Support Product Instantiation in Software Product Lines A Generic Engineering Process for Derivation Requirements for Tools Tools Requirements and Prototype of Application Engineering Development Platform based on COTS	Alcatel, Bosch, INRIA, Ivorium Software, SERC, Siemens, THALES LCR, University of Groningen, University of Karlskrona/Ronneby,	Fabien Boisbourdin, Laurent Rioux, Armen Aghasaryan, Martin Mergel, Steffen Thiel, John MacGregor, Thomas Fischer, Stefan Ferber, Charles Consel, Anne-Françoise Le Meur, JM DeBaud, S. Lebaillif, G. Rams, X. Vaisson, Danny Greefhorst, Gert Florijn, Rainer Wasgint, Siegfried Trosch, N. Farcet, S. Cherki, W. El Kaim, M. Coriat, S. Salicki, Jilles van Gurp, Jan Bosch, Mattias Högström, Michael Mattsson

15.2 ESAPS Private Deliverables from German Partners

ESAPS General Topics and Practice Areas:

Requirements Management and Traceability

Decision Support for Architecture Definition and Product Composition
Component Description and Architecture Assessment for Component Selection

Basic Information Models

Validation

Schwerpunktthema 1: Requirements Management and Traceability

Title (English / German)	Partner	Author(s)	Number
Intentional and contextual process modelling language for defining method guidance / Kontextbasierte Modellierungssprache für die Definition der Methodenfragmente	Uni Essen	K. Pohl, A. Reuys, M. Strembeck	ESAPS E1.2a, ESAPS D2.1e
Product and Project specific trace capture / Anleitung für projekt- und produktspezifische Traceaufzeichnung	Uni Essen	Mathias Brandenburg, Klaus Pohl, Mark Strembeck	ESAPS E1.2b, ESAPS D3.1j
Goal-driven reuse of experience, Guide for traceability usage / Anleitung für Traceverwendung	Uni Essen	Mathias Brandenburg, Klaus Pohl, Mark Strembeck	ESAPS E1.2c, ESAPS D3.2g
Modelling concept for product families / Vorgehensweise zum Erstellen von Modellen für die Repräsentation von Requirements, Systemarchitekturen und daraus abgeleiteten Produkten einer Produktfamilie	Siemens ZT	Josef Plankl, Günter Böckle	ESAPS E1.2d, ESAPS D3.1a
Process Components in an Incremental Environment for Product Families / Prozeßbausteine für das Management paralleler Produktentwicklungen auf der Basis einer gemeinsamen Systemarchitektur	Siemens ZT	Sabine Mittrach	ESAPS E1.2e, ESAPS D2.1c
Change Impact Analysis and Propagation Techniques / Entwicklung von Verfahren zur Analyse und Verfolgung von Änderungen	Siemens ZT	Josef Plankl, Annette Schreiber	ESAPS E1.2f, ESAPS D3.2i
Validator for project- and product specific trace capture and goal oriented trace usage / Validator für projekt- und produktspezifische Traceaufzeichnung und zielorientierte Trace-Verwendung	Uni Essen	Mathias Brandenburg, Alexander Gülich, Klaus Pohl	ESAPS E1.3a, ESAPS D3.2c
Change Management Validator / Validator für Verfahren zur Analyse und Verfolgung von Änderungen	Siemens ZT	Günter Böckle, Annette Schreiber	ESAPS E1.3b, ESAPS D3.2h
Validator for a Requirements Engineering Model / Validator für ausgewähltes Anwendungsszenario auf Basis kommerzieller Requirements Engineering Tools	Siemens ZT	Günter Böckle, Siegfried Trosch	ESAPS E1.3c, ESAPS D3.1e

Schwerpunktthema 2: Decision Support for Architecture Definition and Product Composition

Title (English / German)	Partner	Author(s)	Number
Product Line Development Process*	FhG IESE	Tanya Widen	ESAPS E2.1a, ESAPS D2.1a
Concepts for the Adaptation of MoVE for Product Family Engineering / Konzept für die Adaption des Ansatzes MoVE für Produktfamilienentwicklung	Siemens ZT	Bernhard Thomé	ESAPS E2.1b
Concept for the adaptation of QuESt for Product Family Engineering / Konzept für die Adaption des Ansatzes MoVE für Produktfamilienentwicklung	Siemens ZT	Florian Harzenetter	ESAPS E2.1c
Domain Engineering Problem Analysis: An Overview of Methods Supporting Product Line Development / Domain Engineering - Problemanalyse	Bosch	Steffen Thiel, Steffen Ferber, Martin Mergel	ESAPS E2.1d, ESAPS D1.2b
Assessment Guidelines for Detecting Architectural Mismatches / Methode für die Analyse der Konsistenz von Architekturen	FhG IESE	Cristina Gacek	ESAPS E2.2a, ESAPS D1.1a
A Method for Scoping Software Product Lines From a Functional Point of View / Methode für das Scoping von Softwarefamilien unter funktionalen Aspekten	FhG IESE	Klaus Schmid	ESAPS E2.2b, ESAPS D1.2c
Methode für das Scoping von Softwarefamilien unter Qualitätsaspekten**	FhG IESE		ESAPS E2.2c, ESAPS D1.3d
System Family Architecture Description and Representation / Methode zur Ableitung konkreter Produktarchitekturen aus einer Referenzarchitektur	FhG IESE	Oliver Flege	ESAPS E2.2d, ESAPS D2.2.3
Traceability from Domain Characteristics to Architectural Components / Methode für die Verfolgbarkeit von Domänencharakteristika zu Architekturkomponenten	FhG IESE	Joachim Bayer	ESAPS E2.2e, ESAPS D3.1a
Methode für die Bewertung von Familienarchitekturen	Siemens ZT	Florian Harzenetter	ESAPS E2.2f
System Architecture Identification / Methode für die Definition von Familienarchitekturen	Siemens ZT	Florian Harzenetter	ESAPS E2.2g, ESAPS D1.2b
Selection, Derivation and Parameterisation of Variants / Methode für die Entscheidungsunterstützung für die Definition von Produktfamilien	Siemens ZT	Siegfried Trosch	ESAPS E2.2h, ESAPS D3.3b
Analysis Concepts and Techniques Supporting Product Family Engineering / Entwicklung von Beschreibungsmodellen und Guidelines zur Unterstützung der Architekturdefinition Abstract only!	Bosch	Steffen Thiel, Andreas Hein	ESAPS E2.2i, ESAPS D2.1c
Validierungsinstrumentarium für den PuLSE-Architektur Entwicklungsprozeß**	FhG IESE		ESAPS E2.3a
Selection, Derivation and Parameterisation of Variants, Part 2 / Validierungsinstrumentarium für die Entscheidungsunterstützung für die Definition von Produktfamilien	Siemens	Siegfried Trosch	ESAPS E2.3b, ESAPS D3.3b
Validation Results from Applying a Product-Family Approach for Car Periphery Supervision Systems / Validierungsinstrumentarium und Validierungsresultate zur Methodenanwendung am Beispiel einer Produktfamilie für Fahrerassistenzsysteme	Bosch	Steffen Thiel, Stefan Ferber, Thomas Fischer, Andreas Hein	ESAPS E2.3c, ESAPS D4.5

*: only title sheet available

**: not available

Schwerpunktthema 3: Component Description and Architecture Assessment for Component Selection

Title (English / German)	Partner	Author(s)	Number
Requirements and Techniques for Component Description and Design Management Methods Problemcharakterisierung und Anforderungsspezifikation für die Methodik	Siemens	Peter Graubmann, Axel Klein	ESAPS E3.1a, ESAPS D2.3e
Product Line Asset Classification and Dependency Specification / Kategorisierung von Asset-Typen innerhalb des Produktlinien-Entstehungsprozesses sowie Definition und Evaluierung typspezifischer Klassifikationen	Bosch	Martin Mergel, Steffen Thiel, Stefan Ferber	ESAPS E3.1b, ESAPS D3.3a
Requirements and Techniques for Component Interface Description and Component Selection / Komponentenbeschreibung und bewertungsgestützte Auswahl	Siemens ZT	Peter Graubmann, Axel Klein	ESAPS E3.2a, ESAPS D2.3e
Methods for Component Description and Selection / Komponentenbeschreibung und Architekturbewertung zur Komponentenauswahl	Siemens ZT	Peter Graubmann, Rainer Wasgint	ESAPS E3.2b
On the Definition of Requirements for Managing Product Line Asset Repositories / Anforderungen an die Verwaltung und analyse von Produktlinien-Assets	Bosch	Martin Mergel, John MacGregor, Thomas Fischer, Steffen Thiel	ESAPS E3.2c, ESAPS D3.3a
Methods for Component Description and Selection / Komponentenbeschreibung und Architekturbewertung zur Komponentenauswahl	Siemens ZT	Peter Graubmann, Rainer Wasgint	ESAPS E3.3a, ESAPS D2.3e
Component Description and Selection. Validation Instruments / Komponentenbeschreibung und Architekturbewertung zur Komponentenauswahl	Siemens ZT	Peter Graubmann, Rainer Wasgint	ESAPS E3.3b

Schwerpunktthema 4: Basic Information Models

Title (English / German)	Partner	Author(s)	Number
D-ESAPS Information Models: E4.1: Metamodell für Anforderungsbeschreibungen E4.2: Metamodell für Produktfamilienarchitekturen E4.3: Metamodell für Komponentenbeschreibungen E4.4: Metamodell für Beziehungen zwischen den Modellen E4.5: Metamodell für entscheidungsrelevantes Domänenwissen	Siemens ZT	Günter Böckle, Peter Knauber, Josef Plankl, Klaus Pohl, Steffen Thiel	ESAPS E4

Schwerpunktthema 5: Validation

Title (English / German)	Partner	Author(s)	Number
Applying the COTS Acquisition Process (CAP) to Requirement Engineering Methodologies	SHS	Michael Wullenweber	ESAPS E5.1, ESAPS D4.2b
Applying the COTS Acquisition Process (CAP) to evaluate the MoRE Methodology	SHS	Michael Wullenweber	ESAPS E5.1, ESAPS D4.2b
Definition of validation scenarios / Definition von Validierungsszenarien	SHS	Josef Weingärtner	ESAPS E5.2
Validation Results for PACS / Validierung der Ergebnisse für PACS	SHS	Josef Weingärtner	ESAPS E5.3
Validation Results from Applying a Product-Family Approach for Car Periphery Supervision Systems / Validierungsinstrumentarium und Validierungsresultate zur Methodenanwendung am Beispiel einer Produktfamilie für Fahrerassistenzsysteme	Bosch	Steffen Thiel, Stefan Ferber, Thomas Fischer, Andreas Hein	ESAPS E5.4, ESAPS D4.5, ESAPS E2.3c

15.3 CAFÉ Consortium-Wide Deliverables (CAFÉ -CWDs)

CAFÉ Work Packages:

Titles	Topics
System Family Adoption	Planning process, metrics, business, market analysis, economic analysis, cost model
	Scoping, platform, multi-domain, product population
	Transition, adoption, institutionalisation, assessment, action plan, agile, methods catalogue
Asset Building	Requirements Engineering, use cases, scenarios, feature analysis, MDRE, dynamic markets
	Platform, architecture, evolution, architecture recovery, MDA, features, recovery, variation, PIM, PSM
	Design for Quality, quality models, styles, architecture evaluation, views, domain-specific languages
	Document generation, code generation, traceability, tools, process, model management, MDE
Asset Usage	Change management, traceability, XML, feature change, life cycle, commitment traceability
	Configuration management, version management, feature logic, parallel development
	Asset Bases, Asset Selection, Components, Constraints, COTS, Decisions, Design Assets, Interfaces, MDA/MDE, Patterns, Performance, Product Derivation, System Family Architecture, System Family Evolution, System-level Features, Variation
Validation and testing	Test, test planning, test cases, CMMI-SFE, V-model, RITA, competence management, test derivation, test evolution
	Test modelling, test tools, test generation, test patterns, state charts, test case derivation, testability, test patterns
	Validation, architecture validation, simulation, reliability, safety

Workpackage 1: System Family Adoption

CWD 1.1: Business and Market Analysis

CWD 1.2: Product Line Scoping

CWD 1.3: Product Line Transition & Adoption

CWD1.1 Business and Market Analysis

Title	Partner	Author(s)
Planning process for product families	Siemens	Doris Rauh
Integrated cost and investment model for product family development	Fraunhofer IESE	Klaus Schmid
Specification for an integrated Product Family economic model	Ivorium	Jean-Marc Debaud, Sebastien Lebaillif
Measuring product lines in place	ESI	Jason Xabier Mansell
Estimating (Future) Product Viability: A platform Development reasoning Model	Philips	William van der Sterren

CWD1.2 Product Line Scoping

Title	Partner	Author(s)
Scoping in the Presence of Multiple Domains and Product Populations	Philips	Eelco Rommes
Specification for a Product Family Scoping approach and its integration in a tool workbench	Ivorium	Jean-Marc DeBaud, Xavier Vaisson
Scoping SPL for the business context -- Agility	Nokia	Tuomo Kähkönen

CWD1.3 Product Line Transition & Adoption

Title	Partner	Author(s)
Transition Process for Switching to Product-Family Engineering	Siemens	Annette Schreiber
Product Line Action Plan Specification	ESI	Jason Xabier Mansell
The Stage Growth Framework for a Software Product Business	University of Jyväskylä	Rauli Käppi, Jonna Kalermo, Timo Käkölä
Lightweight, incremental transition process for PF adoption	Ivorium	Jean-Marc DeBaud, Sebastien Lebaillif
Transition path from products to PL case study	Telvent	Jesus Gonzalez, David Benavides
Experience with the adoption of system family engineering in DNV Software and EDB 4tel	ICT / Sintef	Bjørn Egil Hansen, DNV Software Svein Hallsteinsen, SINTEF
Component-based platform: Development and adoption experiences	Philips	Jan-Willem van den Beukel
Process Specific Catalogue of Methods and Processes for Product-Family Engineering ()	Siemens	Günter Böckle
3.2 Organization Structures for Product-Family Engineering ()	Siemens	Günter Böckle
3.3 Guidelines for the process of SW development conforming PLs ()	Market Maker	Martin Verlage
3.4 Product Management Assessment wrt. Product-Family Engineering ()	Siemens	Franz Kudorfer, Tilo Fritzhanns
3.5 Agile approach to PL Engineering	Nokia	Tuomo Kähkönen

Workpackage 2: Asset Building

CWD 2.1: Requirements Engineering

CWD 2.2: Platforms

CWD 2.3: Design for Quality

CWD 2.4: Assets Development Support

CWD2.1 Requirements Engineering

Title	Partner	Author(s)
NL techniques for Product Families Software Requirements	IEI/Omega	A. Fantechi, S. Gnesi: IEI-CNR, M. Carenini, P. Moreschini, M. Ranocchi: Omega Generation
Building domain models based on legacy system descriptions	Fraunhofer IESE	Isabel John, Jörg Dörr
Use case driven feature analysis and modelling	Nokia	Juha Savolainen
Considering Product Family Variability when Defining Product Family Applications	Univ. of Duisburg-Essen	Günter Halmans, Klaus Pohl
Model Driven Requirements Engineering	Thales	Daniel Exertier
Objecteering/Requirements –a tool for Requirement Engineering	Softeam	Michel Brisset
Requirements Management Improvements	Philips	Alef Schippers, Marcel Boosten
Adapting RE Processes to Systems Families Development by Means of Scenarios	Telvent	A. Durán, D. Benavides
Requirements Engineering for Dynamic Markets	Siemens	Simon Pfeiffer

CWD2.2 Platforms

Title	Partner	Author(s)
Analysis of Product Family Evolution	Nokia, TU Vienna	Harald Gall, TU Vienna Claudio Riva, Nokia
Architecture Recovery and Reference Architecture	Philips, Nokia, Fraunhofer IESE, TU Vienna	Wim Pasman, Philips Claudio Riva, Nokia Jean-François Girard, Fraunhofer IESE Harald Gall, TU Vienna
Platform Independent and Platform Specific Modelling	Thales, INRIA, Softeam, edb4tel, Sintef	Dominique Sueur, Audun Jensvoll, Arnor Solberg, Jon Oldevick, Frédéric Fondement

CWD2.3 Design for Quality

Title	Partner	Author(s)
Architectural Styles and Patterns	Fraunhofer IESE, DNV, Nokia, Sintef, Thales, TU Vienna
Quality Models	DNV, Fraunhofer IESE, Nokia, Sintef, Thales, TU Vienna
Views	Fraunhofer IESE MARKET MAKER
Reference Architecture for a Class of Product Families with similar Characteristics	ICT-Norway, DNV, edb4tel	T. E. Faegri, S. Halsteinsen, D. H. Loras
Supporting “Design for Quality” by Architecture Recovery	TU Vienna	M. Pinzger
Using Patterns to Support the Design of Product Family Architectures	Fraunhofer IESE	J. Bayer, M. Anastasopoulos, R. Kolb
Extension of the common metamodel	Thales	L. Rioux

CWD2.4 Assets Development Support

Title	Partner	Author(s)
Product Family Requirements Support	Thales, Softeam
Thales best practice and experiment: Production of Domain Requirements (PIM) and Derivation of Product Requirements (PSM)	Thales	E. Jouenne
Softeam best practice and experiment: Requirements management and Expression of variability in requirements	Softeam	M. Brisset
Product Family Architecture Support	Siemens, Telvent, Nokia, INRIA
Good practices for PF architectures	Siemens	Florian Harzenetter
Production of PF Reference Architecture and Derivation of Specific Product Architecture	Telvent	M. A. Oltra, J. Bermejo
Concurrency design in PF Reference and Specific Product Architecture	Nokia	J. O. Ziegler, C. Riva
Modeling of PF Reference behaviour and Derivation of Specific Product behaviour models	INRIA	T. Ziadi, L. Hélouët
Reverse engineering of Specific Product Architecture and Abstraction of PF Reference Architecture	Nokia	J. O. Ziegler, C. Riva
Generation of Specific Product code - Code generation	Philips	W. den Dekker, F. Jacobs, C. Boerse
Document generation and document access	Philips	W. den Dekker, F. Jacobs, C. Boerse
Document consistency	Philips	W. den Dekker, F. Jacobs, C. Boerse

Workpackage 3: Asset Usage

CWD 3.1: Change management and traceability

CWD 3.2: Configuration and Version Management

CWD 3.3: Product Derivation and Family Evolution

CWD3.1 Change management and traceability

Title	Partner	Author(s)
Change Management	Philips	Hans Buurman, Paul Luttikhuizen, Maarten Haasnoot
Change Management and System Family Engineering: a XML Technology Based Solution	ESI	Jason Xabier Mansell, David Sellier
Traceability core metamodel as UML extension in Objecteering/UML modelling tool	Softeam	Michel Brisset
System feature (change) management in a MultiX environment	Nokia	Osmo Vikman

CWD3.2 Configuration and Version Management

Title	Partner	Author(s)
Feature Logic based CM Models	Roland Laqua	Fraunhofer IESE
Open Source Process support & Tools for process support	Telvent	D. Benavides, M. A. Oltra, M.Toscano
Component based product families	Philips	Maarten Haasnoot, Jan Willem Dijkstra
Domain – oriented software asset management	Nokia	Jari A Lehto
Migration of existing system assets to families	Philips	Maarten Haasnoot, Jan Willem Dijkstra

CWD3.3 Product Derivation and Family Evolution

Title	Partner	Author(s)
Configuration and Derivation of Product Architectures	Bosch	Andreas Hein Martin Mergel Steffen Thiel
Decision Model Modelling and Automatic Derivation Process Using XML Technology	ESI	David Sellier
Design Patterns for Configuring a Product as a Specialisation of a Product Line	Irisa	Jean-Marc Jézéquel, Laurent Monestel, Tewfik Ziadi, Frédéric Fondement
A Derivation Tool Chain based on Mapping Techniques & Variability Mechanisms	Thales	Daniel Exertier
Evolving of System Families Interfaces	Philips	Gerard Schouten
Semantic Component Interface Annotations for Realisation Support	Siemens	Peter Graubmann
A Laboratory Experiment to Study Component Functionality in a MetaCase Environment	University of Jyväskylä	Zheying Zhang, Timo Käkölä
Requirements-driven COTS-selection Method for Product Families	University of Essen	Erik Kamsties, Klaus Pohl, Andreas Reuys
Automated Retrieval of Design Assets in a System Family Design Approach	University of Linz	Alexander Fried, Herbert Prähofer
Models for Performance Analysis	Philips	Jan van Zoest
System Performance Modelling in UML with Properties and Metrics for Asset Selection	Siemens	Rainer Wasgint
Managing System-Level Asset Bases	Nokia	Jari A. Lehto, Osmo Vikman
Derivation of Applications from Web Services	Telvent	David Benavides

Workpackage 4: Validation and Testing

CWD 4.1: Test strategy, methodology & process

CWD 4.2: Test modelling and tooling

CWD 4.3: Validation

CWD4.1 Test strategy, methodology & process

Title	Partner	Author(s)
CMMI-SFE (V&V) for Nokia	Nokia	Kari Känsälä
Extending the development V for the family test process framework	Philips	Erwin Engelsma
Certifying and releasing software components for use in product lines	Philips	Rick Everaerts
Nokia’s Product Line Testing Practices	Nokia	Quan Young
Testing framework-based software product families	University of Helsinki	Raine Kauppinen, Juha Taina, Jukka Paakki
Tester competence management	Philips	Erwin Engelsma
Configuration Management for System Family Testing Assets	Telvent	Miguel Ángel Oltra
Test Evolution	Philips	Erwin Engelsma
Scenario-based test case derivation and evolution	University of Essen	Erik Kamsties, Klaus Pohl, Sacha Reis, Andreas Reuys

CWD4.2 Test modelling and tooling

Title	Partner	Author(s)
Automatic test synthesis from high level scenarios	INRIA	Clémentine Nebut, Yves Le Traon
Test case derivation from State charts	DIT - UPM	Rodrigo Cerón, Juan Dueñas, Jose Ruiz Julio Mellado
Testing from natural language requirements	IEI	Antonia Bertolino, Stefania Gnesi, Alessandro Fantechi
Testing of non-functional requirements	Nokia	Erkki Pöyhönen
Testing patterns in Product Line context	Nokia	Erkki Pöyhönen
Test Process and Implementation	Siemens	Doris Rauh, Helmut Goetz, Josef Weingärtner
Scenario Based Test Case Derivation	Siemens, University of Essen	Josef Weingärtner, Andreas Reuys
Testability analysis of PL architectures	INRIA	Benoit Baudry, Yves Le Traon

CWD4.3 Validation

Title	Partner	Author(s)
Validating Architectural Concepts with Modelling and Simulation	Nokia	Antti-Pekka Tuovinen
UML model simulation based on the UMLAUT framework	INRIA	Frédéric Fondement, Laurent Monestel, Clementine Nebut, Loïc Helouët, Jean-Marc Jézéquel
Validation of dynamic properties of architectures with respect to reliability and safety	Bosch	Stefan Kowalewski, Marko Auerswald
Summary of UML model validation techniques	NOKIA	Arto Stenberg, Erkki Pöyhönen
Design patterns for testability	INRIA	Benoit Baudry, Yves Le Traon
Annotated catalogue of patterns for reliability and safety	Bosch	Marko Auerswald, Stefan Kowalewski

15.4 CAFÉ Private Deliverables from German Partners

CAFÉ General Topics and Practice Areas:

Einführung von Produktfamilien
Erstellung von Assets
Nutzung von Assets
Bewertung und Testen
Validierung

Schwerpunktthema 1: Einführung von Produktfamilien

Title (English / German)	Partner	Author(s)	Number
Integrated Cost- and Investmentmodels for Product Family Development / Integrierte Kosten- und Investitionsmodelle zur Produktfamilienentwicklung	Fraunhofer IESE	Klaus Schmid	CAFÈ E1.1.1
Planning Process for Product Families / Planungsprozess für Produktfamilien	Siemens	Doris Rauh	CAFÈ E1.1.2
Organisation Structures for Product Family Engineering / Organisationsformen für Produktfamilien-Engineering	Siemens, SHS	Günter Böckle	CAFÈ E1.2
Product Line Engineering Transition / Transitionsprozess für den Übergang zum Produktfamilien-Engineering, Version 1	Siemens	Annette Schreiber	CAFÈ E1.3.1
Catalogue of Methods and Processes for System Family Engineering / Prozessspezifischer Katalog der Verfahren, Methoden und Prozesse für Produktfamilien-Engineering	Siemens	Günter Böckle	CAFÈ E1.4
Product Management Assessment / Assessmentverfahren für das Produktmanagement im Hinblick auf Produktfamilien	Siemens	Franz Kudorfer	CAFÈ E1.5

Schwerpunktthema 2: Erstellung von Assets

Title (English / German)	Partner	Author(s)	Number
Considering Product Family Assets when Defining Customer Requirements Software Product Family Variability; Essential Capabilities and Realization Aspects, Communicating the Variability of a Software Product Family to Customers / Szenariobasierte Methodik zur Identifikation von Anforderungen an kundenspezifische, produktfamilienbasierte Anwendungen	Uni Essen	Günter Halmans, Klaus Pohl	CAFÈ E2.2.1
Requirements Engineering for Dynamic Markets / Requirements Engineering für dynamische Märkte, Version 1	Siemens	Simon Pfeiffer	CAFÈ E2.3.1.1
Good Practices for Product Family Architectures / Good Practices zur Entwicklung von Produktfamilien-Architekturen	Siemens	Florian Harzenetter	CAFÈ E2.4.1
Product Family Specific Quality Attributes / Produktfamilien-spezifische Qualitätsmerkmale	Fraunhofer IESE	Michalis Anastasopoulos, Joachim Bayer	CAFÈ E2.4.2.1
Architecture Patterns for Product Families / Architekturpattern für Produktfamilien, initiale Version	Fraunhofer IESE	Joachim Bayer, Ronny Kolb	CAFÈ E2.4.2.2
Architecture Recovery of Existing Systems for Product Families / Architektur-Recovery existierender Systeme im Hinblick auf Produktfamilien	Fraunhofer IESE	Jean-François Girard, Klaus Schmid, Joachim Bayer	CAFÈ E2.5.1
Definition of Reference Architectures based on Existing Systems / Methode zur Definition von Referenzarchitekturen auf Basis existierender Architekturen (Initiale Version)	Fraunhofer IESE	Joachim Bayer, Dharmalingam Ganesan, Jean-François Girard, Jens Knodel, Ronny Kolb, Klaus Schmid	CAFÈ E2.5.2

Schwerpunktthema 3: Nutzung von Assets

Title (English / German)	Partner	Author(s)	Number
The Annotation Framework with derived Implementation Templates and the Derivation of QoS-Evaluation mod-els from UML-Annotations / Konkrete Ableitungen von Implementierungs-Templates aus aus-gewählten Annotationen und ihre Einbettung in UML Ableitung von QoS-Bewertungsmodellen aus UML-Annotationen	Siemens	Peter Graubmann, Andreas Hennig, Rainer Wasgint	CAFÈ E3.1.1, CAFÈ E3.2.1
Annotations for Component-based Re-alisation Support and the Exploitation of QoS-Properties & -Metrics for the System Family Asset Selection / E3.2.1: Methodik zur Erzeugung von Implementierungs-Templates; MSC-Beschreibung von ausgewählten SW-Konnektoren. 3.2.2: Beschreibung von QoS-Eigenschaften und -Metriken für die Se-lektion von Assets.	Siemens	Peter Graubmann, Andreas Hennig, Ekkart Rudolph, Rainer Wasgint	CAFÈ E3.2.1, CAFÈ E3.2.2
Mapping SW-Connectors onto Interface Descriptions & Aggregation of QoSEvaluation Models and their Back- Propagation into the UML Design / E3.1.3: Methodik zur Abbildung von SW-Konnektoren auf Schnittstellenbeschreibungen. E3.2.3: Methodik zur Aggregation von QoS-Bewertungsmodellen und Rückkopplung der Ergebnisse in das UML-Designmodell.	Siemens	P. Graubmann, A. Hennig, M. Pönitsch, S. Wagner, R. Wasgint	CAFÈ E3.1.3, CAFÈ E3.2.3
Requirements-based COTS Selection for Product Families / Anforderungsbasierte Selektion von COTS für Produktfamilien	Uni Essen	Andreas Reuys, Klaus Pohl	CAFÈ E3.3.1
Aspects of Change Management in COTS Selection Processes / Aspekte des Änderungsmanagements bei COTS-Auswahlprozessen	Uni Essen	Erik Kamsties, Klaus Pohl, Andreas Reuys, Nelufar Ulfat	CAFÈ E3.3.2
Modeling Variability to Support a Systematic and Effective Product Derivation / Methoden zum Management der Variabilität in Assets	Bosch	Andreas Hein, Martin Mergel, Steffen Thiel	CAFÈ E3.4.1
Methodology for Product Configuration in the Context of Product Lines / Methodik zur Produktkonfiguration im Rahmen eines Produktfamilienprozesses	Bosch	Andreas Hein, Martin Mergel, Steffen Thiel	CAFÈ E3.4.2
Feature Logic-oriented Configuration Management for SPL / Methodik zur Erstellung Feature-Logic-basierender Metamodelle	Fraunhofer IESE	Roland Laqua	CAFÈ E3.5.1
Feature Logic oriented Configuration Management System (FLoCS) Impact Analysis / Verfahren zur Berechnung der Auswirkungen von Ände-rungen in einem Feature-Logic-basierenden Metamodell	Fraunhofer IESE	Roland Laqua	CAFÈ E3.5.2

Schwerpunktthema 4: Bewertung und Testen

Title (English / German)	Partner	Author(s)	Number
Validation of Dynamic Properties of Architectures with Respect to Reliability and Safety / Dynamische Evaluierung von Architekturen	Bosch	Marko Auerswald, Stefan Kowalewski	CAFÈ E4.1.1
Architectural Styles and Software Design Patterns for Safe and Relaible Real-Time Embedded Systems / Sammlung von Architekturstilen für sichere und zuverlässige Systeme	Bosch	Marko Auerswald	CAFÈ E4.1.2
Use Case- and Architecture-based Derivation of Generic Test Cases for System and Integration Tests for Software Product Families / Use Case und Architektur-basierte Ableitung generischer Testfälle für System- und Integrationstests für Produktfamilien	Uni Essen	Erik Kamsties, Klaus Pohl, Andreas Reuys, Sacha Reis	CAFÈ E4.2.1, CAFÈ E4.2.2
An Initial Technique for Deriving Test Cases for System and Integration Testing of Software Product Families / Initiale Methodik zur Erstellung von System- und Integrationstestfällen im Produktfamilienkontext	Uni Essen	Erik Kamsties, Klaus Pohl, Sacha Reis, Andreas Reuys	CAFÈ E4.2.3, CAFÈ E4.2.4
Test Process and Implementation / Testprozess und -Implementierung	Siemens	H. Goetz, D. Rauh, J. Weingärtner	CAFÈ E4.3

Schwerpunktthema 5: Validierung

Title (English / German)	Partner	Author(s)	Number
Definition von Validierungskonzepten und -szenarien	Siemens MED HS	Josef Weingärtner	CAFÈ E5.1.2
Validation of Organisation Structures for Product Family Engineering / Validierung von Organisationsformen für Produktfamilien-Engineering	Siemens MED HS	Josef Weingärtner	CAFÈ E5.2.1
Erprobung und Anpassung der Good Practices für den Architekturprozess in einem konkreten Entwicklungsumfeld	Siemens CT and MED HS	Florian Harzenetter, Josef Weingärtner	CAFÈ E5.2.3
Test Process Validation / Validierung der Testmodelle	Siemens MED HS	Helmut Goetz, Josef Weingärtner	CAFÈ E5.4.1

15.5 FAMILIES Consortium-Wide Deliverables (FAMILIES -CWDs)

FAMILIES Work Packages:

Workpackage 1: Reuse Economics and Family Transition

CWD 1.1: A Reuse Economics Framework

CWD 1.2: System Family Transition Economy

CWD 1.3: Family Marketing, Domain and Scoping Economics

CWD1.1 A Reuse Economics Framework

Title	Partner	Author(s)
Methods Catalogue for Product Family Engineering	Siemens	Günter Böckle, Marion Wittmann
Existing Assets Integration in Scoping and Economics – Intent™	Ivorium	JM. DeBaud, G. Durieu, Y. Legennic, T. Petit
Road Map Integration in Scoping and Economics – Intent™	Ivorium	JM. DeBaud, Y. Legennic, C. Toyas, G. Windels
A Model for Product Family Economics in the Automotive Context	Bosch	Martin Mergel

CWD1.2 System Family Transition Economy

Title	Partner	Author(s)
System Family Engineering Transition	Siemens	Annette Schreiber
Systematic System Family Introduction and Improvement Based on Investment Models	Fraunhofer IESE	Klaus Schmid, Thomas Olsson
Reuse-Invest model applicability in the BAPO model	ESI	Piergiorgio Di Giacomo
Practical SFE strategies for SMEs	VTT	Eila Niemelä
A Cost Model for Software System Families	Fraunhofer IESE, Siemens	Klaus Schmid, Günter Böckle
PLE and CMMI: Relationship and Adoption Scenarios	Bosch	Stefan Voget
Innovation Management and Technology Strategy	Siemens	Nicolas Arnold, Günter Böckle, Mark Engelfried
A method to put a priority plan from Scoping Analysis in place	Ivorium	Damien Bouard, Jean-Marc DeBaud, Sebastien Lebaillif, Xavier Vaisson
Families Product Cost Model Evaluation	University of Jyväskylä	Kai Vuolajärvi, Rauli Käppi

CWD1.3 Family Marketing, Domain and Scoping Economics

Title	Partner	Author(s)
Organizational maturity - assessment and incremental development	University of Jyväskylä	Kai Vuolajärvi
Reuse Action Plan Impact in the FEF-A-Dimension	ESI	Piergiorgio Di Giacomo
A Rational Product Family Architecture Roadmapping Process	Philips	Jacco Wesselius
Linking Business Strategy to Architectural Decisions	Philips	Pierre America, Eelco Rommes

Workpackage 2: System Family Maturity

CWD2.1 System family maturity framework

CWD2.2 System family maturity specific practices

CWD2.3 Tool support framework

CWD2.1 System family maturity framework

Title	Partner	Author(s)
System Family Maturity Framework	Nokia, ESI, Siemens	Kari Känsälä, Piergiorgio Di Giacomo, Jason Mansell, Piero Gutierrez, Guenter Boeckle, Annette Schreiber

CWD2.2 System family maturity specific practices

Title	Partner	Author(s)
CMMI-SFE	ESI, Nokia, Siemens, University Duisburg-Essen, Fraunhofer IESE	Piergiorgio Di Giacomo, Kari Känsälä, Günter Boeckle, Nelufar Ulfat-Bunyadi, Martin Becker

CWD2.3 Tool support framework

Title	Partner	Author(s)
Requirements Management Tool Support Experiences	Philips	W. den Dekker
Selection of requirements development methods	U. Jyväskylä	Z. Zhang
Requirements management metamodels	Telvent-UPM	F. Valsera, R. Cerón, J. Bermejo, J. C. Dueñas
ENAGER: a family requirements management tool	UPM, Telvent	F. Valsera, R. Cerón, J. Bermejo, J. C. Dueñas
SFE REQM, RD with CMMI ® : ENAGER evaluation	UPM, Telvent	E. Serrano, J. C. Dueñas,M. A. Oltra, R. Cerón
Architecture management in PFE: Use of Object Models in Rational Rose	Philips	Frits Jacobs
CMMI-TS architectural process	UPM, Telvent	Rodrigo Cerón, Jesús Bermejo, Juan C. Dueñas
A survey on SFE architecture tools	UPM, Telvent	José L. Arciniegas, Juan C.Dueñas, Miguel A. Oltra

Workpackage 3: Family Quality

CWD3.1 Needs Fulfilment Qualities

CWD3.2 Execution Qualities

CWD3.3 Evolution, Adaptation and Maintenance Qualities

CWD3.1 Needs Fulfilment Qualities

Title	Partner	Author(s)
Scenario-based Requirements Engineering for Customer-Specific Products based on PF Requirements ()	Univ Duisburg/Essen	Stan Bühne, Günter Halmans, Klaus Pohl
Requirements Engineering for Dynamic Markets	Siemens	Franz Kudorfer, Simon Pfeiffer
Requirements Analysis for MIP releases	Philips	Tineke de Bunje
Testing Framework-based Product Families	University of Helsinki	Raine Kauppinen, Juha Taina, and Antti Tevanlinna
Regression Testing of Product Families	Technical University of Vienna	Pascal Fenkam
Cost-Benefit Optimized Quality Assurance Strategies	Fraunhofer IESE	Ronny Kolb
Develop Approach for Risk-Based Testing	Philips	Jaap Boumans
Test Case Derivation for System and Integration Testing	Univ. Duisburg-Essen	Erik Kamsties, Klaus Pohl, Sacha Reis, Andreas Reuys
Adaptation and Evolution of Scenario Based Test Case Derivation	Siemens Medical Solutions HS	Frank Rometsch, Helmut Götz
Automatic Testing of Product Family Members Based on Use Cases	Philips Medical Systems	Frits Jacobs
Test Synthesis from UML Use Cases	INRIA	FC. Nebut, E. Drezen, F. Fleurey, J.Ph. Thibault, Y. Le Traon, J.M. Jézéquel

CWD3.2 Execution Qualities

Title	Partner	Author(s)
Quality determination and documentation techniques	Nokia	Juha Savolainen
System family security	UPM	José Luis Arciniegas, José Luis Ruíz, Juan Carlos Dueñas, Rodrigo Cerón
Security Reference Architecture	ICT-Norway	Tor Erlend Fægri , Svein Hallsteinsen, Ivar Sandstad, Jens Glattetre
Security issues in dynamically deployable SFs (for distributed systems)	Telvent	Miguel A. Oltra
Improving security quality	Philips	Chris Broerse
Quality of Service for Real-time and Embedded Systems	Thales & CEA	Laurent Rioux (Thales), Sebastien Gerard (CEA), Hubert Dubois (CEA)
Resource usage	Philips	Marcel Weijenborg
Predicting Reliability and Availability at the Architectural Level	VTT	Anne Immonen

CWD3.3 Evolution, Adaptation and Maintenance Qualities

Title	Partner	Author(s)
Interface Definition & Interface Management for System Families	Philips	F. Jacobs, M. Loos, W. Pasman
Evolution of Interfaces in System Families	Siemens	M. V. Cengarle, P. Graubmann, S. Wagner
Service Evolution	TU Vienna	S. Dustar, M. Jazayeri
Introducing New Technologies in Existing System Families	Philips	Hans Buurman
SW Migration Aspects with Respect to Resource Usage	Philips	J. v. Zoest
Self-Configuring Component Interfaces	Siemens	P. Graubmann, M. Roshchin
Evolutional Performance Engineering	Siemens	A. Hennig, R. Wasgint
Quality Variability Techniques for Dynamic Derivation	Telvent	D. Benavides
Dealing with Mismatches in Component and Architecture Lifecycles	Philips	A. Postma, E. Rommes
Evaluation of Integrability & Extensibility from System Family Architecture Models	VTT	E. Niemelä
COTS Evaluation for System Families under Consideration of Constant Changes	UDE	E. Kamsties, K. Pohl, T. Rinke, N. Ulfat-Bunyadi
Evolution Support based on Release Information	TU Vienna	M. Fischer
Domain Architecture Tool Support for Evolution Management and Variability Traceability	ESI	J. Mansell, D. Sellier

Workpackage 4: Model driven family engineering

CWD4.1 Domain and application modelling practices and techniques

CWD4.2 MDFE methodological components creation

CWD4.3 Model transformation for MDFE

CWD4.4 Model Driven Family Engineering supporting practices

CWD4.1 Domain and application modelling practices

Title	Partner	Author(s)
PIM and PSM modelling	Thales	Dominique Sueur
Model-driven, business goal-oriented product family architectures	Fraunhofer IESE	Joachim Bayer
Guidelines for Variability Modeling	Nokia, Philips, FhG IESE, MetaCase, ESI, CEA	Tanya Widen, Rob Roddeman, Joachim Bayer, Janne Luoma, Sebastien Gerard

CWD4.2 MDFE methodological components creation

Title	Partner	Author(s)
Specification of MDE components	SOFTEAM, THALES	Philippe Desfray, Michel Brisset, Laurent Rioux
Techniques for modelling metamodels and profiles	SOFTEAM, UPM	Philippe Desfray, Michel Brisset, C Duenas, Miguel A. de Miguel
Methodology for modelling MDE components	SOFTEAM	Philippe Desfray, Michel Brisset
Connection of MDE component definition and software development methodology	THALES, ESI	Laurent Rioux, Jason Xabier Mansell

CWD4.3 Model transformation for MDFE

Title	Partner	Author(s)
Concepts and language for model transformation	Thales, INRIA/Irisa, Softeam, CEA	Madeleine Faugère, Jean-Marc Jézéquel, Philippe Desfray, Sebastien Gerard
Techniques for Quality-driven model transformation	VTT	Mari Matinlassi
Survey and Requirements for quality-aware model transformation	ICT Norway	Arnor Solberg
DSL for Model to Code Generation	SuperOffice / ICT Norway	Marek Vokác, Jens M. Glattetre
Evaluation Framework for Model-Driven System Family Engineering Tools	ICT Norway / SINTEF	Jon Oldevik
Model weaver prototype	INRIA	Jean-Philippe Thibault
Model Transformation for System Families prototype	ICT Norway / SINTEF	Jon Oldevik
A Tool for Quality-Driven Model Transformation	VTT	Janne Merilinna
Philips case study	Philips	Rob Roddeman
Nokia case study	Nokia	Jianli Xu
ICT Norway case study	ICT Norway	Audun Jensvoll

CWD4.4 Model Driven Family Engineering supporting practices

Title	Partner	Author(s)
Model Configuration Requirements for Model Driven Development	PHILIPS	Rob Roddeman
Techniques and mechanisms for managing evolution in a MDE&SFE context	ESI	Jason Mansell
Evaluation of a variability management tool in MDA context	UPM, Telvent, ESI	Jose L. Arciniegas, Juan C. Dueñas, Rodrigo Cerón, José M. Márquez, Jason Mansell
Using MDA for Automotive Product Line Engineering	BOSCH	Andreas Hein
Towards the model-driven engineering of large scale systems in THALES. A case study in the Air-Traffic Management field	Thales	Daniel Exertier, Véronique Normand, Pascal Bizien

Workpackage 5: FAMILIES Integration

CWD5.1 Architecture consequences of integration

CWD5.2 Lifecycle and process for family integration

CWD5.1 Architecture consequences of integration

Title	Partner	Author(s)
Dealing with Architectural Variation in Product Populations	ICT-Norway/SINTEF,Philips	Svein Hallsteinsen, Tor E. Fægri, Gerard Schouten, Gert Jan Boot
The BRIX Open Platform	ICT-Norway/DNVS	Bjørn E. Hansen
The Akvasmart Plugin Architecture	ICT-Norway/Akvasmart, ICT-Norway/NTNU/SINTEF	Magne Johnsen, Magne Syrstad
Equipment Control Platform	Philips	Gert Jan Boot, Hans Spitshuis
Component Adoption and Merging Families	Philips	Clemy van Gogh, Alex Visser
Strategic Product Architectures	Philips	Bas Wolfs
Architecture Evaluation Framework	Nokia	Lari Lehto

CWD5.2 Lifecycle and process for family integration

Title	Partner	Author(s)
Process for integration of third party assets	Telvent	Manuel Muñoz Marín, David Benavides
Integration of process and SCM	Philips	Rene Krikhaar
System/Product Asset Lifecycle Management	Nokia	Osmo Vikman
Managing Assets in Product Populations	Philips	Egbert Algra
Systems Engineering Repository	Nokia	Osmo Vikman
Assets Recovery in System Family	UPM	José L. Arciniegas, Juan C. Dueñas, Rodrigo Cerón, José L. Ruiz
Integrated Architecture Reconstruction	Fraunhofer IESE	Dharmalingam Ganesan, Jean François Girard, Isabel John, Jens Knodel
The Architect’s Assistant	Nokia	Claudio Riva
Recovery of Open Source 3rd party Assets	Telvent	Fernando Usero
Integrated Views of Implementation and Change Dependencies	TU Vienna	Martin Pinzger

Workpackage 6: Dissemination

Klaus Pohl, Günter Böckle, Frank J. van der Linden: "Software Product Line Engineering - Foundations, Principles and Techniques", Springer, 2005 ISBN: 3-540-24372-0

Frank van der Linden, Jan Bosch, Erik Kamsties, Kari Känsälä, Henk Obbink: "Software Product Family Evaluation", Third International Conference, SPLC 2004, Boston, MA, USA, Proc. SPLC 2004, Springer LNCS 3154, pp. 110-129

Further books will be published at Springer.

15.6 FAMILIES Private Deliverables from German Partners

Title (English / German)	Partner	Author(s)	Number
Dynamic Architecture Evaluation in an Industrial Setting / Fallstudie zur dynamischen Architekturevaluierung	Bosch	Marko Auerswald	FAMILIES E5.6
PLA and CMMI: Relationships and Adoption Scenarios / PLA und CMMI - Zusammenhänge und Einführungsszenarien	Bosch	Stefan Voget, Sven Braun, Eberhard Hübner	FAMILIES E1.6e
Modelling and Using Variability in an Industrial Setting / Validierung der Vorgehensweise zur Variabilitätsmodellierung und Produktkonfiguration	Bosch	Andreas Hein	FAMILIES E5.5
Maturity Assessment of Configuration Management for System-Family Engineering / Bewertung der Reife einer Organisation bezüglich des Produktfamilien-Engineerings für das Prozessgebiet Configuration Management	Fraunhofer IESE	Danilo Assmann, Martin Becker	FAMILIES E1.6d
User Documentation Based Product Line Modeling / Erstellen von Produktfamilienanforderungen unter Berücksichtigung individueller Systembeschreibungen	Fraunhofer IESE	Isabel John, Jörg Dörr, Klaus Schmid	FAMILIES E2.1
Architecture Patterns for Product Families / Architekturpattern für Produktfamilien	Fraunhofer IESE	Joachim Bayer, Ronny Kolb	FAMILIES E2.4.2.2
Definition of Reference Architectures based on Existing Systems / Methode zur Definition von Referenzarchitekturen auf Basis existierender Architekturen	Fraunhofer IESE	Joachim Bayer, Thomas Forster, Dharmalingam Ganesan, Jean-François Girard, Isabel John, Jens Knodel, Ronny Kolb, Dirk Muthig	FAMILIES E2.5.3
Mapping of Architectural Properties on Quality Attributes of the Product Family / Abbildung von Architekturmerkmalen auf Qualitätseigenschaften der Produktfamilie	Fraunhofer IESE/ MARKET MAKER	Joachim Bayer, Dharmalingam Ganesan, Jean-François Girard, Guido W. Schmidt, Martin Verlage	FAMILIES E5.7.2
Transformation of Existing Components into a Reuse Repository / Transformation existierender Komponenten in ein Wiederverwendungsrepository	Fraunhofer IESE/ MARKET MAKER	Jean-Francois Girard, Jens Knodel, Thomas Willger	FAMILIES E5.7.5
Handbuch Organisationsgestaltung	MARKET MAKER	Martin Verlage	FAMILIES E5.7.3
Handbuch produktfamilienkonformer Softwareentwicklungsprozeß	MARKET MAKER	Oliver Flege, Thomas Kiesgen, Martin Verlage	FAMILIES E5.7.4
Validation of Methods for Scenario-Based Requirements-Analysis and Test-Design / Validierung der Methoden zur szenariobasierten Anforderungsgewinnung und Testerstellung	SHS	Helmut Goetz, Josef Weingärtner	FAMILIES E5.4.2
Validation of Organisation Structures for Product Family Engineering / Validierung von Organisationsformen für Produktfamilien-Engineering	SHS	Josef Weingärtner	FAMILIES E5.2.2
Validation of Evolutionary Performance Prototyping Methodology with Domain-specific Models / Validierung an Hand konkreter Domänen-Modelle	Siemens	Andreas Hennig, Rainer Wasgint	FAMILIES E5.3
Product Family Engineering Transition / Transitionsprozess für den Übergang zum Produktfamilien-Engineering, Teil 2	Siemens	Annette Schreiber	FAMILIES E 1.3.2
Innovation Management and Technology Strategy / Innovationsfähigkeit und Technologiestrategie	Siemens	Nic Arnold, Mark Engelfried	FAMILIES
Maturity Assessment w.r.t. System-Family Engineering for the Process Area Quantitative Project Management / Bewertung der Reife einer Organisation bezüglich des Produktfamilien-Engineerings für das Prozessgebiet Quantitative Project Management	Siemens	Günter Böckle, Annette Schreiber, Marion Wittmann	FAMILIES E1.6b
Requirements Engineering for Dynamic Markets /	Siemens	Simon Pfeiffer, Franz Kudorfer	FAMILIES E2.31b
Evolution of Interfaces in System Families, Self-Configuring Component Interfaces / Selbstkonfigurierende Komponentenschnittstellen	Siemens	M. V. Cengarle, P. Graubmann, M. Roshchin, S. Wagner	FAMILIES E3.1a
Evolutional Performance Engineering	Siemens	A. Hennig, R. Wasgint	FAMILIES E3.2a
Methodik zur anforderungsbasierten und änderungsunterstützenden Auswahl von COTS für Produktfamilien / COTS Evaluation for System Families under Consideration of Constant Changes	University Duisburg Essen	Nelufar Ulfat, Erik Kamsties, Klaus Pohl	FAMILIES E3.3.3
Maturity Assessment w.r.t. System Family Engineering for the Process Areas Requirements Development and Requirements Management / Bewertung der Reife einer Organisation bzgl. des Produktfamilien-Engineerings für die Prozessgebiete Requirements Development und Requirements Management	University Duisburg Essen	Nelufar Ulfat-Bunyadi, Erik Kamsties, Klaus Pohl	FAMILIES E1.6c
An extended and partially validated method to identify customer specific requirements for product family based applications / Erweiterte und teilweise validierte szenariobasierte Methodik zur Identifikation von Anforderungen an kundenspezifische, produktfamilienbasierte Anwendungen	University Duisburg Essen	Stan Bühne, Günter Halmans, Kim Lauenroth, Klaus Pohl	FAMILIES E2.2.2
Integrated and Extended Method for the Scenario-Based Derivation of Test Cases in the Context of Software Product Families / Integrierte und erweiterte Methodik zur szenariobasierten Ableitung von Testfällen im Produktfamilienkontext	University Duisburg Essen	Sacha Reis, Erik Kamsties, Andreas Reuys, Klaus Pohl	FAMILIES E4.2.5