Crnkovic cbse-impact.pptx

15 Years of CBSE Symposium: Impact on the Research Community

Josip Maras, University of Split, Croa5a

Luka Lednicki, University of Zagreb, Croa5a Ivica Crnkovic, Mälardalen University, Sweden

www.idt.mdh.se/~icc

ACM/SigSoG Component-‐based SoGware Engineering Symposium @ CompArch 2012 Ber5noro 2012, June 25-‐28

hQp://comparch2012.dei.polimi.it/

h;p://cbse-‐conferences.org/ h;p://www.comparch-‐events.org

15 years of CBSE 1998 – Tokyo 1999 – Los Angeles 2000 – Limerick 2001 – Toronto 2002 – Orlando 2003 – Portland 2004 – Edinburgh 2005 – St. Louis 2006 – Västerås 2007 – Boston 2008 – Karlsruhe 2009 – E. Stroudsburg 2010 – Prague 2011 – Boulder 2012 -‐ Ber5noro

2012-‐07-‐02 CBSE 2012 -‐ Ber5noro, Italy 2

1998 – Tokyo 1999 – Los Angeles 2000 – Limerick 2001 – Toronto 2002 – Orlando 2003 – Portland 2004 – Edinburgh 2005 – St. Louis 2006 – Västerås 2007 – Boston 2008 – Karlsruhe 2009 – E. Stroudsburg 2010 – Prague 2011 – Boulder 2012 -‐ Ber5noro

CBSE phases


1998 – Tokyo 1999 – Los Angeles 2000 – Limerick 2001 – Toronto 2002 – Orlando 2003 – Portland 2004 – Edinburgh 2005 – St. Louis 2006 – Västerås 2007 – Boston 2008 – Karlsruhe 2009 – E. Stroudsburg 2010 – Prague 2011 – Boulder 2012 -‐ Ber5noro Ini5a5on

Focus Broadening Scope Collabora5on phase

QoSA

CompArch

ISARCS

Workshop@ICSE

Symposium@ICSE

Symposium!@ICSE

(WICSA)

WCOP

CBSE Characteris5cs

•  What topics were in focus of CBSE events? •  What is the impact of the CBSE publica5ons? •  Which topics characterize the CBSE publica5ons?

•  What type of ques5ons and results have CBSE events presented?

•  Through which research lifecycle has CBSE passed?


CBSE Themes


98 Component-management infrastructures- the software technology 99 Principles of CBSE, Practice, Technologies and research issues 00 The case studies: The technologies and engineering practices 01 Component Certification and System Prediction 02 Benchmarks for Predictable Assembly 03 Automated Reasoning and Prediction 04 In-depth treatment of topics pertaining to predictability 05 Software Components at Work 06 Future Directions for CBSE 07 CBSE influence to software and global enterprise technology 08 CBSE in MDE, grid technologies, GSE, information systems 09 Components for Large-Scale and Ultra-Large Systems 10 Components beyond Reuse 11 Components In and For Dynamic Environments 12 Components for Achieving Long-Lived Systems

Ini5a5on Focus

Broadening Scope Collabora5on phase

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60%

1 2 3 4 5 6 7 8 9

Published and submiQed papers


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# submiQed # published

98 99 00 01 02 03 04 05 06 07 08 09 10 11 12

Acceptance ra5o Short + long papers 2004-‐2012 ~40% (~30% long) 32% (23% long)

Total submiQed: ~800 Total published: 318

Cita5ons


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#citaNons -‐ total: 3405 – (measured 2012-‐02-‐12)

98 99 00 01 02 03 04 05 06 07 08 09 10 11 12

Google scholar

MicrosoG (total 1520)

H-‐index 30


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# citaNons per year

98 99 00 01 02 03 04 05 06 07 08 09 10 11

Cita5on per year

Cita5on CBSE vs. WICSA


CBSE 229 papers ~2000 cita5ons. Cita5on/paper 8.55

WICSA 425 papers ~3400 cita5ons. Cita5on/paper 7.89

Top 10 cited CBSE papers (April 2012)


Ref Study #citations

S04-02 Bruneton, Eric; Coupaye, Thierry; Leclercq, Matthieu; Quema, Vivien; Stefani, Jean-Bernard; An Open Component Model and its Support in Java, 2004 306

S99-1 PORE Procurement-Oriented Requirements Engineering Method for the Component-Based Systems Engineering Development Paradigm,1999 118

S98-18 Aoyama, Mikio; New Age of Software Development: How Component-Based Software Engineering Changes the Way of Software Development ? 1998 115

S03-3 Cervantes, Humberto; Hall, Richard S; Automating Service Dependency Management in a Service-Oriented Component Model; 2003 103

S02-0 Chen, Shiping; Liu, Yan; Gorton, Ian; Performance Prediction of Component-based Applications, 2002 77

S05-13 Lau, Kung-kiu; Elizondo, Velasco, Perla; Wang, Zheng; Exogenous Connectors for Software Components, 2005 68

S06-25 Sentilles, Severine; Vulgarakis, Aneta; Bures, Tomas; Carlson, Jan; Crnkovic, Ivica; A Component Model for Control-Intensive Embedded Systems; 2008 65

S08-16 Seinturier, Lionel; Pessemier, Nicolas; Duchien, Laurence; Coupaye, Thierry; A Component Model Engineered with Components and Aspects, 2006 65

S98-10 Kruchten, Philippe; Modeling Component Systems with the Unified Modeling Language, 1998 63

Indirect Impact


#ID S04-2 S00-9 S03-1 S04-9 S99-1 S04-26 S03-3 S02-0 S04-19 S06-25 S98-18 S02-08 S04-5 S06-13 S05-13

#ref 2294 1984 909 899 840 832 817 810 646 555 543 455 454 450 447

Top papers by the number of backward references ~13 000 citaNons

CBSE references outside CBSE events from CBSE authors #Citatio

ns C Szyperski, Component software: beyond object-oriented programming, 1998, 2002 6594

GT. Heineman, WT. Councill, Component-based software engineering: putting the pieces together, 2001 924

I Crnkovic, M Larsson, Building reliable component-based systems, 2002 623

T Coupaye et al, The fractal component model and its support in Java, Software: Practice, 2006 443

RH Reussner et al, Reliability prediction for component-based software architectures, Journal of Systems and Software 66 (3), 241-252 189

CBSE TOPICS/CATEGORIES


24%

7%

13%

8% 6%

15%

12%

15% Component models

Component technologies

Extra‑funcNonal properNes

ComposiNon & predictability

So\ware Architecture

Lifecycle

Domains

Methodology

Component models (24%) •  Component CharacterizaNon

–  Component Communica5on, Cer5fica5on, Specifica5on Languages, Interoperability, Component specifica5on, Messaging Protocols, Data Encapsula5on, Specifica5on, Conformance Checking, Compa5bility, Component Hierarchie Genera5on

•  Interfaces and services –  Interfaces, Component Services, Services

•  Behavior –  Data‑flow analysis, Behavior Analysis, Behavior Adapta5on, Behavior Specifica5on, Behavior Models, Informa5on flow


Component technologies (7%)

•  JavaBeans •  COTS •  OSGi •  CCM •  EJB •  Robocop •  ASP.NET

•  Fractal •  J2EE (Java EE) •  ProCom •  Palladio •  (“no name”)


Extra-‐func5onal proper5es (13%) •  Dependability

–  Reliability, Availability, Reliable Systems, Safety, Scheduling, Reliability analysis, Security, Safety‑Cri5cal Systems

•  Performance –  Performance predic5on, Performance Analysis, Performance Evalua5on, Performance Models, Performance Engineering

•  Maintainability, Adaptability •  Resource Constraints

–  Resource Consump5on, Resource Op5miza5on, Energy Consump5on


ComposiNon & predictability (8%)

•  Architectural Components, Design Pa;erns – Connectors, Exogenous Connectors – Architectural stlyes

•  Containers, Dependency Management – Dependency analysis, Dependencies, Dependency resolu5on

•  ADLs


Lifecycle (15%) •  Component Management

–  Reconfigura5on, Package management

•  Requirements Engineering –  Consistency, Constraints

•  Component selecNon –  Component Broker, Component Matching, Component lookup, Component

iden5fica5on

•  Modeling and design –  End‑user modeling, Modelling, Design, Early analysis, Feature models

•  Synthesis, Component adaptaNon –  Adapta5on frameworks, Component adapters, Adapta5on Techniques

•  Deployment, So\ware Release –  Integra5on, Predictable deployment

•  RunNme –  Memory Profiling, Memory Managers, Execu5on Environment, Run5me monitoring,

Control Encapsula5on, Run5me Evolu5on •  Dynamic ReconfiguraNon

–  Dynamic update, Update, Dynamic Adapta5on, Update Management, Self‑healing 2012-‐07-‐02 CBSE 2012 -‐ Ber5noro, Italy 17

Domains (12%) •  Financial Systems, Enterprise systems

–  large‑scale enterprise systems, ERP •  Service Oriented Systems

– Web Services, Service policy •  Embedded and Real Time

–  Pervasive Compu5ng, Controllers, Control systems •  TelecommunicaNon •  Grid, Games, Workflows •  Product Line •  Legacy applicaNons


Methodology (15%)

•  Reuse –  Component reuse, Opportunis5c Reuse

•  EvoluNon –  Evolu5on Management

•  Repositories •  EducaNon •  Empirical methods •  Model-‐based Development

– Model Transforma5on, Model Checking


CBSE Maturity Level (Mary Shaw’s classification)

•  Basic research & Concept formula3on -‐ basic ideas and concepts, ini5al structure on the problem, cri5cal research ques5ons, developing a research community

•  Development and extension ‑ preliminary use of the technology, clarifica5on, generaliza5on, formaliza5on.

•  Internal enhancement and explora3on ‑ using technology for real problems, enhancing technology, showing value in results.

•  External enhancement and explora3on ‑ involving a broader community, extending the principles and technologies

•  Populariza3on ‑ developing produc5on‑quality, suppor5ng different versions of the technology, using technologies in prac5ce.


CBSE maturity level


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Concept Formula5on 22%

Development & Extension 58%

Internal enhancement 18%

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CBSE result types


Procedure / technique

QualitaNve models

AnalyNc models

Tools

Experience reports

Types of validaNon CBSE


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Not presented

Academic Case study

Simple Examples

Types of validaNon CBSE 2004-‐2011


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Academic Case study

Simple Examples

Experiments

Industrial case studies


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Geographical distribu5on

Geographical distribu5on

Individual Contribu5ons

•  See the paperJ


Conclusion and some (provoca5ve) ques5ons

•  15 years… 300+ authors, 318 papers •  CBSE became mature •  CBSE is integrated in major SE conferences

•  Is CBSE s5ll a novel, aQrac5ve topic?§ •  Do we need specialized conferences in CBSE? •  Does the CBSE symposium need changes?


2012-‐07-‐02 28 CBSE & QoSA 2006, Västerås, Sweden

Crnkovic cbse-impact.pptx

Education

Transcript of Crnkovic cbse-impact.pptx