CHOReOS Dynamic Development Model Definition (D2.1)

Marco Autili; Davide Di Ruscio; Inverardi Paola; Tivoli Massimo; Dionysis Athanasopoulos; Apostolos Zarras; Panos Vassiliadis; James Lockerbie; Neil Maiden; Antonia Bertolino; Guglielmo De Angelis; Amira Ben Amida; Darius Silingas; Rokas Bartkevicius; Marco Aurelio Gerosa; Gustavo A Oliva; Leonardo Leite; Guilherme M Nogueira; Alfredo Goldman; Yanik Ngoko

hal-00664236, version 1

CHOReOS Dynamic Development Model Definition (D2.1)

Marco Autili ()^a^, 1, Davide Di Ruscio () ¹, Inverardi Paola () ¹, Tivoli Massimo () ¹, Dionysis Athanasopoulos () ², Apostolos Zarras ()^b^, 2, 3, Panos Vassiliadis ()^b^, 2, James Lockerbie () ⁴, Neil Maiden ⁴, Antonia Bertolino () ⁵, Guglielmo De Angelis ⁵, Amira Ben Amida ⁶, Darius Silingas ⁷, Rokas Bartkevicius ⁷, Marco Aurelio Gerosa ()^c^, 8, Gustavo A Oliva ()^c^, 8, Leonardo Leite () ⁸, Guilherme M Nogueira ⁹, Alfredo Goldman ^10, 11, Yanik Ngoko ¹¹

(2011-10-14)

Abstract: The Future Internet envisions a ubiquitous world where available services can be easily discovered and coordinated so as to fit users needs. Service choreographies will play a central role in this vision as an effective means to allow heterogeneous services to suitably collaborate. This deliverable defines the CHOReOS Dynamic Development Process Model by refining and completing the artefacts/ activities and the relationships among them already sketched into the DoW (under the WP2 description), and conceptualized by the the CHOReOS conceptual model [CHO11b]. The process model is an abstract and simplified description of what will be the actual CHOReOS software development process to be defined at M24. The process model describes the "strategy" to be used during the choreography life cycle from design, to development, to maintenance (and hence from static, to runtime, to evolution). The model is made up of activities, common to (almost) every process, but structured in a particular way (i.e., the "CHOReOS way"), hence distinguishing the CHOReOS development process from others.

a – University of L'Aquila
b – University of Ioannina
c – University of Sao Paulo
1: Dipartimento di Informatica [Italy] (DI)
Università degli Studi dell'Aquila
2: Department of Computer Science
University of Ioannina
3: ARLES (INRIA Rocquencourt)
INRIA
4: City University London
City University London
5: Istituto di Scienza e Tecnologie dell'Informazione “A. Faedo" (ISTI)
CNR
6: EBM WebSourcing / Petals Links
eBM WebSourcing
7: No Magic Europe (NME)
No Magic Europe
8: Department of Computer Science (IME-USP)
University of São Paulo
9: Department of Computer Science (USP)
University of São Paulo
10: Instituto de Matemática e Estatística (IME)
Universidade de São Paulo
11: Universidade de São Paulo (USP)
Universidade de São Paulo

hal-00664236, version 1
http://hal.inria.fr/hal-00664236
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From: Selvalakshmi Ramagopalan <>
Submitted on: Monday, 30 January 2012 10:32:32
Updated on: Friday, 23 March 2012 15:47:49

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%% hal-00664236, version 1
%% http://hal.inria.fr/hal-00664236
@unpublished{autili:hal-00664236,
    hal_id = {hal-00664236},
    url = {http://hal.inria.fr/hal-00664236},
    title = {{CHOReOS Dynamic Development Model Definition (D2.1)}},
    author = {Autili, Marco and Di Ruscio, Davide and Paola, Inverardi and Massimo, Tivoli and Athanasopoulos, Dionysis and Zarras, Apostolos and Vassiliadis, Panos and Lockerbie, James and Maiden, Neil and Bertolino, Antonia and Angelis, Guglielmo De and Ben Amida, Amira and Silingas, Darius and Bartkevicius, Rokas and Gerosa, Marco Aurelio and Oliva, Gustavo A and Leite, Leonardo and M Nogueira, Guilherme and Goldman, Alfredo and Ngoko, Yanik},
    abstract = {{The Future Internet envisions a ubiquitous world where available services can be easily discovered and coordinated so as to fit users needs. Service choreographies will play a central role in this vision as an effective means to allow heterogeneous services to suitably collaborate. This deliverable defines the CHOReOS Dynamic Development Process Model by refining and completing the artefacts/ activities and the relationships among them already sketched into the DoW (under the WP2 description), and conceptualized by the the CHOReOS conceptual model [CHO11b]. The process model is an abstract and simplified description of what will be the actual CHOReOS software development process to be defined at M24. The process model describes the "strategy" to be used during the choreography life cycle from design, to development, to maintenance (and hence from static, to runtime, to evolution). The model is made up of activities, common to (almost) every process, but structured in a particular way (i.e., the "CHOReOS way"), hence distinguishing the CHOReOS development process from others.}},
    keywords = {Dynamic Software Development Process Model, Conceptual Model, Requirements Specification, Large-scale Service Base Management, Meta-modeling, Choreography-centric Service Oriented Computing and Architecture, Model-driven Engineering, BPMN2, Dependency Oriented Choreography Analysis},
    language = {English},
    affiliation = {Dipartimento di Informatica [Italy] - DI , Department of Computer Science , ARLES - INRIA Rocquencourt , City University London , Istituto di Scienza e Tecnologie dell'Informazione "A. Faedo" - ISTI , EBM WebSourcing / Petals Links , No Magic Europe - NME , Department of Computer Science - IME-USP , Department of Computer Science - USP , Instituto de Matem{\'a}tica e Estat{\'\i}stica - IME , Universidade de S{\\~a}o Paulo - USP},
    year = {2011},
    month = Oct,
    pdf = {http://hal.inria.fr/hal-00664236/PDF/CHOReOSWP02D2.1CHOReOSDynamicDevelopmentModelDefinitionVA.0.pdf},
}

%F hal-00664236, version 1
%0 Unpublished Work
%U http://hal.inria.fr/hal-00664236
%2 INFO:INFO_OH
%T CHOReOS Dynamic Development Model Definition (D2.1)
%A Autili, Marco
%A Di Ruscio, Davide
%A Paola, Inverardi
%A Massimo, Tivoli
%A Athanasopoulos, Dionysis
%A Zarras, Apostolos
%A Vassiliadis, Panos
%A Lockerbie, James
%A Maiden, Neil
%A Bertolino, Antonia
%A Angelis, Guglielmo De
%A Ben Amida, Amira
%A Silingas, Darius
%A Bartkevicius, Rokas
%A Gerosa, Marco Aurelio
%A Oliva, Gustavo A
%A Leite, Leonardo
%A M Nogueira, Guilherme
%A Goldman, Alfredo
%A Ngoko, Yanik
%+ Dipartimento di Informatica [Italy] - DI , Department of Computer Science , ARLES - INRIA Rocquencourt , City University London , Istituto di Scienza e Tecnologie dell'Informazione “A. Faedo" - ISTI , EBM WebSourcing / Petals Links , No Magic Europe - NME , Department of Computer Science - IME-USP , Department of Computer Science - USP , Instituto de Matemática e Estatística - IME , Universidade de São Paulo - USP
%X The Future Internet envisions a ubiquitous world where available services can be easily discovered and coordinated so as to fit users needs. Service choreographies will play a central role in this vision as an effective means to allow heterogeneous services to suitably collaborate. This deliverable defines the CHOReOS Dynamic Development Process Model by refining and completing the artefacts/ activities and the relationships among them already sketched into the DoW (under the WP2 description), and conceptualized by the the CHOReOS conceptual model [CHO11b]. The process model is an abstract and simplified description of what will be the actual CHOReOS software development process to be defined at M24. The process model describes the "strategy" to be used during the choreography life cycle from design, to development, to maintenance (and hence from static, to runtime, to evolution). The model is made up of activities, common to (almost) every process, but structured in a particular way (i.e., the "CHOReOS way"), hence distinguishing the CHOReOS development process from others.
%G English
%2 http://choreos.eu
%K Dynamic Software Development Process Model, Conceptual Model, Requirements Specification, Large-scale Service Base Management, Meta-modeling, Choreography-centric Service Oriented Computing and Architecture, Model-driven Engineering, BPMN2, Dependency Oriented Choreography Analysis
%2 2011-10-14
%2 84132

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CHOReOS Dynamic Development Model Definition (D2.1)

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