Modelling Autonomic Communication Environments [electronic resource] : 5th IEEE International Workshop, MACE 2010, Niagara Falls, Canada, October 28, 2010, Proceedings /
MACE 2010Corporate Author
MACE 2010(2010 :Niagara Falls, Ont.)
MACE 2010
Brennan, Rob.editor.
Fleck II, Joel.editor.
van der Meer, Sven.editor.
Wearedelightedtopresenttheproceedingsofthe5thInternationalWorkshopon Modeling Autonomic Communication Environments (MACE 2010). This wo- shopwasheldaspartofthe6thInternationalConferenceonNetworkandService Management (CNSM 2010), formerly known as and building on the success of the MANWEEK conference series. This year we met just a hundred yards away from Niagara Falls in Canada, a very exciting location. MACE started as an experiment and over the past years has created a small yet very active community that convened again this year to discuss and ev- uate new advances, innovative ideas, and solid developments. The main focus of MACE, combining modeling with communications, is certainly a hard topic that requires a lot of discussion, thus the work presented at the workshop is - trinsically debatable and might not be as practiced as in other well-established workshops, but this was the nature of MACE from the beginning. New ideas, sometimes more,sometimes less rougharoundthe edges (and someof them even inside) are submitted and provoke extensive discussions. The ?eld in which we areworkingreliesonthesediscussions,orevenadventures,andwehavethis year again strongly motivated and supported a variety of novel work in the technical program. This year, the submissions, while being closely related to the main themes, brought some new areas into the workshop. We still see architectural design and theapplicationofautonomicprinciplestonetworksandservices,butwealsonow have submissions looking into previously unexplored areas such as Home Area Networks,multimedia streaming,virtualization,federation,anduserexperience. This portrays a maturity in the domain, which has by now gone through several cycles, and improves its outputs by applying the lessons learned.
Bibliographic Level Mode of Issuance: Monograph
Includes bibliographical references and index.
Session A – Autonomics in Home Area Networks and Multimedia -- Design of a HAN Autonomic Control Loop -- Towards Automated Analysis and Optimization of Multimedia Streaming Services Using Clustering and Semantic Techniques -- The Design of a Quality of Experience Model for Providing High Quality Multimedia Services -- Session B – Ontologies, Experience, Adaptive Systems and Federation -- An Ontology-Driven Semantic Bus for Autonomic Communication Elements -- Towards a Service Delivery Based on Customer eXperience Ontology: Shift from Service to eXperience -- An Architecture for Affective Management of Systems of Adaptive Systems -- A Policy Authoring Process and DEN-ng Model Extension for Federation Governance -- Session C – Modelling for Virtualised Infrastructure -- An Introduction to Network Stack Design Using Software Design Patterns -- Towards a Context-Aware Information Model for Provisioning and Managing Virtual Resources and Services -- A Framework for Automated Fault Recovery Planning in Large-Scale Virtualized Infrastructures.
Wearedelightedtopresenttheproceedingsofthe5thInternationalWorkshopon Modeling Autonomic Communication Environments (MACE 2010). This wo- shopwasheldaspartofthe6thInternationalConferenceonNetworkandService Management (CNSM 2010), formerly known as and building on the success of the MANWEEK conference series. This year we met just a hundred yards away from Niagara Falls in Canada, a very exciting location. MACE started as an experiment and over the past years has created a small yet very active community that convened again this year to discuss and ev- uate new advances, innovative ideas, and solid developments. The main focus of MACE, combining modeling with communications, is certainly a hard topic that requires a lot of discussion, thus the work presented at the workshop is - trinsically debatable and might not be as practiced as in other well-established workshops, but this was the nature of MACE from the beginning. New ideas, sometimes more,sometimes less rougharoundthe edges (and someof them even inside) are submitted and provoke extensive discussions. The ?eld in which we areworkingreliesonthesediscussions,orevenadventures,andwehavethis year again strongly motivated and supported a variety of novel work in the technical program. This year, the submissions, while being closely related to the main themes, brought some new areas into the workshop. We still see architectural design and theapplicationofautonomicprinciplestonetworksandservices,butwealsonow have submissions looking into previously unexplored areas such as Home Area Networks,multimedia streaming,virtualization,federation,anduserexperience. This portrays a maturity in the domain, which has by now gone through several cycles, and improves its outputs by applying the lessons learned.
Software engineering.
Computer programming.
Management information systems.
Computer science.
Algorithms.
Programming languages (Electronic computers).
Computers.
Software Engineering.
Programming Techniques.
Management of Computing and Information Systems.
Algorithm Analysis and Problem Complexity.
Programming Languages, Compilers, Interpreters.
Theory of Computation.

Lecture Notes in Computer Science