3rd International IEEE Workshop on Service Oriented Architectures in Converging Networked Environments, GinoWan, Okinawa, Japan

Abbrevation

SOCNE

Link

http://jerry.c-lab.de/rls/SOCNE08/

City

GinoWan, Okinawa

Country

Japan

Deadline Paper

2007-11-21

Start Date

2008-03-25

End Date

2008-03-28

Abstract

<SPAN lang=EN–US style=″FONT–SIZE: 9pt; FONT–FAMILY: Verdana; mso–bidi–font–family: ′Times New Roman′; mso–font–kerning: 1.0pt; mso–fareast–font–family: 宋体; mso–ansi–language: EN–US; mso–fareast–language: ZH–CN; mso–bidi–language: AR–SA; mso–bidi–font–weight: bold″>With the Internet Protocol (IP) that has grown to become a quasi de–facto standard for communication in various application domains, domains are converging and hence build the foundation for many new application scenarios. These applications are increasingly designed as and supported by modular and orchestrated services that are distributed across heterogemeous platforms and network environments. Besides an intelligent service creation environment and tool support that allow to dynamically compose new services on top of existing ones, the service orchestration requires smart and reliable service management and coordination that ensures that requirements imposed by the application or the customer are matched against quantitative system parameters. Quality of Service is an important challange for the service managment in order to to ensure a smart and reliable service access. Due to the growing complexity in these environments, the trend for self–configuration and self–management of these services is inevitable. This IEEE workshop encourages communication and exchange of ideas between industrial and academic researchers and developers in the field of service–oriented architectures, their design and engineering process as well as their deployment in application prototypes. Important knowledge about future emerging directions for middleware, network infrastructures and self–organizing software/service architectures will be adressed. Keywords: <TABLE class=MsoNormalTable style=″BORDER–COLLAPSE: collapse″ height=271 cellSpacing=0 cellPadding=0 border=0> <TBODY> <TR style=″HEIGHT: 147.15pt″> <TD style=″PADDING–RIGHT: 5.4pt; PADDING–LEFT: 5.4pt; PADDING–BOTTOM: 0in; WIDTH: 280.7pt; PADDING–TOP: 0in; HEIGHT: 271px″ vAlign=top width=374> Track 1: Service Oriented Architectures Service infrastructures for real–time embedded networked applications and systems Web services and Middleware for embedded environments Interoperability of heterogeneous systems Semantic Web Services & Web Service Ontologies Event–driven SOAs & Device–centric SO Track 2: Quality of Service QoS for Middleware and Web Services QoS for access networks QoS Management QoS Negotiation and Resource Allocation </TD> <TD style=″PADDING–RIGHT: 5.4pt; PADDING–LEFT: 5.4pt; PADDING–BOTTOM: 0in; WIDTH: 280.75pt; PADDING–TOP: 0in; HEIGHT: 271px″ vAlign=top width=374> Track 3: Service Platforms & Frameworks Service creation, deployment, life cycle management Tool support for service creation Service validation and testing Track 4: Autonomic Service Management Service Support, Configuration & Management Service Delivery & Service Level Management Resource Capacity & Service Capacity Management Track 5: Services, Applications & Prototypes SOA deployment in commercial prototypes SOA deployment for local mobile services Enterprise application integration</TD></TR></TBODY></TABLE>