<pre>Many of the world′s most important and critical software systems are<br>based on distributed object and middleware technologies. Middleware is<br>software that resides between the applications and the underlying<br>operating systems on every node of a distributed computing system. It<br>provides the ″glue″ that connects distributed objects and applications<br>and is at the heart of component–based systems, service–oriented<br>architectures, agent–based systems, or peer–to–peer infrastructures.<br>Distribution technologies have reached a high level of maturity.<br>Classical distributed object middleware (e.g., CORBA, .NET and<br>Java–based technologies) and message–oriented middleware (e.g.,<br>publish/subscribe systems) have been widely successful. We are now<br>witnessing a shift to coarser–grained component–based and<br>service–oriented architectures (e.g., Web services). Middleware for<br>mobile applications and peer–to–peer systems (e.g., JXTA) is also<br>gaining increasing popularity, as it allows bridging users without<br>reliance on centralized resources.<br>Common to all these approaches are goals such as openness, reliability,<br>scalability, awareness, distribution transparency, security, ease of<br>development, or support for heterogeneity between applications and<br>platforms. Also, of utmost importance today is the ability to integrate<br>distributed services and applications with other technologies such as<br>the Web, multimedia systems, databases, peer–to–peer systems, or Grids.<br>Along with the rapid evolution of these fields, continuous research and<br>development is required in distributed technologies to advance the state<br>of the art and broaden the scope of their applicability<br>Two Dimensions: Research & Practice<br>Research in distributed objects, components, services, and middleware<br>establishes new principles that open the way to solutions that can meet<br>the requirements of tomorrow′s applications. Conversely, practical<br>experience in real–world projects drives this same research by exposing<br>new ideas and unveiling new types of problems to be solved. DOA<br>explicitly intends to provide a forum to help trigger and foster this<br>mutual interaction. Submissions are therefore welcomed along both these<br>dimensions: research (fundamentals, concepts, principles, evaluations,<br>patterns, and algorithms) and practice (applications, experience, case<br>studies, and lessons). Contributions attempting to bridge the gap<br>between these two dimensions are particularly encouraged. As we are<br>fully aware of the differences between academic and industrial research<br>and development, submissions will be treated accordingly and judged by a<br>peer review not only for scientific rigor (in the case of ″academic<br>research″ papers), but also for originality and relevance (in the case<br>of ″case study″ papers).<br>About DOA<br>DOA 2008 is part of a joint event on the theme ″meaningful Internet<br>systems and ubiquitous computing″. This federated event co–locates five<br>related and complementary conferences in the areas of networked<br>information systems, covering key issues in distributed infrastructures<br>and enabling technologies (DOA), data and Web semantics (ODBASE),<br>cooperative information systems (CoopIS), Grid computing (GADA) and<br>Information Security (ISS). More details about this federated event can<br>be found at <a href=″http://www.cs.rmit.edu.au/fedconf″>http://www…; .</pre><br>
Abbrevation
DOA\'2008
City
Monterey
Country
United States
Deadline Paper
Start Date
End Date
Abstract