Speaker
Description
Wider impact and conclusions
Solution in hand is designed primarily to meet the needs of small and medium enterprises in the modern toolkit design of complex technical objects and technological processes, as well as the small research laboratories to perform complex computational experiments. A long-term strategy for the Engineering Design is to create flexible networked simulation and modelling tools for “bottom-up” or “top-down/ bottom-up”.
References
[1]. Petrenko A.I., V.Ladogubets, O. Finogenov, B. Bulakh. WebALLTED: Interdisciplinary Modelling in Grid and Cloud .-// Computer Science, AGH, Krakow, 14(2),2013, ISSN 1508-2806, pages 295-306.
URL(s) for further info
http://grid.kpi.ua/files/egi.petrenko.pdf
Description of work
To accelerate the process of applications porting the following research and development activities had to be conducted:
1). Investigating Engineering Design procedures as possible services in distributed environments instead of present attempts to migrate monolithic large CAE/CAD software systems into the grid/ cloud infrastructure as it is done in [1]. To get this it is necessary:
▪ to implement novel service-oriented design paradigm in Engineering according to which all levels of design including components, circuit and system levels are divided into separate loosely coupled stages and procedures for their subsequent transfer to the form of standardized web-services;
▪ to analyze the existing mathematical modeling and optimal design software for the possible re-use of the best algorithms and design procedures implementations in the creating the depository of applied web services;
▪ to develop a container with interfaces for standardized individual web-services based on international standards and protocols which allow building compositions from these web-services as design (calculations) workflows.
2). Comparing and integrating the procedure-oriented and resource-oriented services taking account their advantages and constraints and using Linked Data technology for combining Web services, RESTful services and Semantic Web-Services on the base of known SPARQL, RDF and other standards.
3). Re-engineering the existing service workflow tools for composition and orchestration of heterogeneous web-services into a user defined computing scenario or a Design route, which comprises a set of ontology, domain-specific heuristics, and a knowledge base to support the semi-automatic workflow composition.
4) Developing a distributed web-services repository which provides the access to autonomous, platform-independent Design procedures of CAE / CAD tools.
