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Adaptive and Reconfigurable Service-oriented and Component-basedApplications and Architectures (AROSA 2013)
Khalil Drira
LAAS-CNRS, FranceUniversity of Toulouse, France
Email: [email protected]
Slim Kallel
ReDCADUniversity of Sfax, Tunisia
Email: slim.kallel@fsegs,rnu.tn
Ismael Bouassida Rodriguez
LAAS-CNRS, FranceUnivrsity of Toulouse, France
ReDCAD, University of Sfax, TunisiaEmail: [email protected]
I. INTRODUCTION
The goal of the AROSA track is to bring together re-
searchers and practitioners both from the Academia and from
the Industry working in the areas of Service-oriented and
component-based software applications and architectures
and addressing adaptation and reconfiguration issues. Dif-
ferent investigation topics are involved, such as: component-
based software engineering, seervice oriented architecture,
functional and non-functional (NF) requirements (e.g., Qual-
lity of Service, performance, resilience), monitoring, diagno-
sis, decision and execution of adaptation and reconfiguration.
Different research axes are covered: concepts, methods,
techniques, and tools to design, develop, deploy and manage
adaptive and reconfigurable software systems.
The development of composite services poses very in-
teresting challenges concerning their functional and NF
requirements. On the one hand, a composite software system
depends on the NF requirements of its constituting compo-
nents in order to provide a satisfactory service to the user.
On the other hand, the main issues for the fulfillment of
QoS and service level agreements are concerned with per-
formance variability. Indeed, the QoS may evolve frequently,
either because of internal changes or because of workload
fluctuations. The performance and the robustness of the
composite software system may be significantly improved by
monitoring the execution of the components and by flexibly
reacting to degradation and anomalies in a timely fashion.
The concept of adaptive and reconfigurable software sys-
tems has been introduced in order to describe architectures
which exhibit such properties. An adaptive and reconfig-
urable software system can repair itself if any execution
problems occur, in order to successfully complete its own
execution, while respecting functional and NF agreements.
In the design of an adaptive and reconfigurable software
system, several aspects have to be considered. For instance,
the system should be able to predict or to detect degradations
and failures as soon as possible and to enact suitable re-
covery actions. Moreover, different NF requirements service
levels might be considered in order to complete the execution
in case of failure.
II. TOPICS
For this track, contributions are devoted to functional and
non functional adaptability and reconfiguration management
in service-oriented and component-based software systems.
Specifically, the relevant topics include, but are not limited
to:
• Distributed and centralized collaborative solutions for
the diagnosis and repair of software systems
• Design for the diagnosability and repairability
• Collaborative Management of non-functional require-
ments (quality, security, robustness, availability)
• Monitoring simple and composite architectures, com-
ponents and services
• Semantic (or analytic) architectural and behavioral
models for monitoring of software systems
• Dynamic reconfiguration of component-based and ser-
vice oriented architectures
• Collaborative planning and decision making
• Collaborative technologies for ensuring autonomic
properties
• Predictive management of adaptability.
• Collaborative Management of autonomic properties
• Experiences in practical adaptive and reconfigurable
component-based and service oriented applications
• Tools and prototypes for managing adaptability of
component-based and service oriented applications
III. ACCEPTED PAPERS
From the 26 submissions received, the program committe
selected 13 papers for presentation and publication in the
WETICE proceedings on the basis of the originality, quality,
and relevance to the topics of the track. Each submission
received is reviewed at least by three reviewers. The list of
accepted papers is as follows:
• Enabling communication technologies for reconfig-
urable distributed systems
– A Flexible Wireless Body Sensor Network Systemfor Health Monitoring by Ahmed Harbouche, Mo-
hammed Erradi and Abdellatif Kobbane.
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2013 Workshops on Enabling Technologies: Infrastructure for Collaborative Enterprises
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2013 Workshops on Enabling Technologies: Infrastructure for Collaborative Enterprises
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2013 Workshops on Enabling Technologies: Infrastructure for Collaborative Enterprises
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– Mobility management in the HIP-based M2Moverlay network by Amine Dhraief and Abdelfet-
tah Belghith.
– A Delayed Checkpoint Approach forCommunication-induced Checkpointing inAutonomic Computing by Alberto Calixto
Simn, Saul E. Pomares Hernandez and Jose
Roberto Perez Cruz.
• Enabling modeling technologies for reconfigurable dis-
tributed systems
– Is self-expression useful? Evaluation by a casestudy by Mariachiara Puviani, Giacomo Cabri and
Letizia Leonardi.
– Towards an Aspect Oriented Language Compliantwith Real Time Constraints by Wafa Gabsi, Rahma
Bouaziz and Bechir Zalila.
– Graph-based formalism for M2M self-managedcommunications by Cdric Eichler, Ghada Gharbi,
Nawal Guermouche and Thierry Monteil.
– Formal Modelling of Reconfigurable Manufactur-ing Systems: Reconfigurable Object Nets Formal-ism by Laid Kahloul and Karim Djouani.
– A Decentralized Mediation-as-a-Service Archi-tecture for Web Service Composition by Michael
Mrissa, Pierre De Vettor, Mohamed Sellami, Dja-
mal Benslimane and Bruno Defude.
• Enabling development technologies for implementing
reconfigurable distributed systems
– Towards Context-aware Deployment and Recon-figuration by Amir Hammami.
– Developing Adapters for Structural Adaptation ofComponent-based Applications by Imen Ben Lah-
mar and Djamel Belad.
– Fault Tolerance for Distributed Real Time Dynam-ically Reconfigurable Systems from Modeling toImplementation by Wafa Gabsi and Bechir Zalila.
– From Event-B Specifications to Programs forDistributed Algorithms by Mohamed Tounsi, Mo-
hamed Mosbah and Dominique Mery.
– A Privacy Manager for Collaborative WorkingEnvironments by David Allison, Miriam A. M.
Capretz and Said Tazi.
ACKNOWLEDGMENT
We are grateful to all program committe members and
the external reviewers for their effort to read and discuss
the papers in their area of expertise. We would also like to
thank the authors for their submissions and for ensuring the
success of this track.
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