Introduction to the 11th International Workshop on Engineering Service-Oriented Applications (WESOA'15)

摘要

The Workshop on Engineering Service Oriented Applications (WESOA) focuses on core service software engineering issues and at the same time keeps pace with new developments such as methods for engineering of cloud services. Our aim has been to facilitate evolution of new concepts in service engineering research across multiple disciplines and to encourage participation of researchers from academia and industry, providing a common platform for exchange of ideas between these groups. Over the past eleven years WESOA has been able to attract high-quality contributions across a range of service engineering topics. The 11th Workshop on Engineering Service Oriented Applications (WESOA'15) was held at the Goa University, in Goa, India on 16 November 2015. The ICSOC workshop day at the Goa University included keynotes by Richard Hull from IBM Research, Aditya Ghose from University of Wol-longong and Guido Governatori from NICTA. The WESOA technical sessions included six research papers. Each paper submission was reviewed by at least three reviewers with the following papers accepted for presentation at the workshop and publication in the ICSOC'2015 Workshop Proceedings: All the Services Large and Micro: Revisiting Industrial Practice in Services Computing by Gerald Schermann, Jurgen Cito, and Philipp Leitner, From Choreography Diagrams to RESTful Interactions by Adriatik Nikaj, Sankalita Mandal, Cesare Pautasso, and Mathias Weske, A Web Services Infrastructure for the Management of Mashup Interfaces by Jesus Vallecillos Ruiz, Javier Criado, Antonio Jesus Fenandez-Garcia, Nicolas Padilla, and Luis Iribarne, Establishing Distributed Governance Infrastructures for Enacting Cross-Organization Collaborations by Alex Norta, Distributed Service Co-evolution based on Domain Objects by Martina De Sanctis, Kurt Geihs, Antonio Bucchiarone, Giuseppe Valetto, Annapaola Marconi, Marco Pistore, and Fondazione Bruno Kessler, and Estimating the Complexity of Software Services using an Entropy based Metric by George Feuerlicht and David Hartman.