Titlebook: Service-Oriented Computing - ICSOC 2008 Workshops; ICSOC 2008, Internat George Feuerlicht,Winfried Lamersdorf Conference proceedings 2009 S

寬宏大量

Automatic Test Case Generation for Interacting Servicess differ from traditional monolithic software systems, novel testing methods are required. Based on the specification of a service, we introduce an approach to automatically generate test cases for black-box testing to check for conformance between the specification and the implementation of a servi

愉快嗎

古代

On Supporting the Design of Human-Provided Services in SOAthe support of human interactions in SOA. Current collaboration tools do not support humans to specify different interaction interfaces (services), which can be reused in various collaborations. We focus on the design of Human-provided Services (HPS). Our contributions center around two main aspects

Ingenuity

Model Transformations to Leverage Service Networksvalue to more effectively and efficiently satisfy the ever-growing demands of mundane customers. The catalyst of this change is the happenstance of Service Oriented Computing, which provides a natural distributed computing technology paradigm for implementing and evolving such highly distributed net

蚊子

Monocle

祖?zhèn)?/a>

Innovation in the Programmable Web: Characterizing the Mashup Ecosystemg network analysis tools to visualize the growth of the ecosystem from December 2005 to 2007, we find that the APIs are organized into three tiers, and that mashups are often formed by combining APIs across tiers. Plotting the cumulative distribution of mashups to APIs reveals a power-law relationsh

松果

幻想

The Mashup Atelier. The goal of this experimental lecture is to make students realize that the Web is not only a medium for passively consuming information but it can be actively reprogrammed as they see fit. The atelier introduces the topic of Web 2.0 Mashups to students without any formal pre-existing computer scie

Gesture

The Reverse C10K Problem for Server-Side Mashupscall the following problem the reverse C10K problem, or RC10K — how to support 10,000 simultaneous outbound HTTP requests running on a web server. The RC10K problem can be found in scenarios like service orchestrations and server-side mashups. A server-side mashup needs to send several simultaneous