Eric G. Stephan
Expertise
Eric G. Stephan
Eric Stephan has over 14 years experience in the field of data modeling and database architecture. His repertoire of experience includes:
- Modeling, architecting, integrating and deploying distributed heterogeneous data systems.
- Discovering innovative approaches for scientific data management.
- Developing and administering databases.
- Project management.
Mr. Stephan has extensive modeling experience using the entity relationship, object modeling technique (OMT), and the universal modeling language (UML) to develop concept, logical, and physical data models for scientific and engineering projects.
He developed a way to use an Apache server with a mod_dav module as a lightweight scientific data management server using the WebDAV protocol. The WebDAV protocol offered a unique way to provide scientists an open context schema to manage objects, collections and metadata in a problem-solving environment.
He also has extensive experience managing databases, including:
- 9 years experience with relational databases (Oracle, Sybase, PostgresSQL, MySQL).
- 3 years experience with object oriented databases (Excelon (formally ObjectDesign) ObjectStore).
- 2 years experience with WebDAV data storage systems (Apache/mod_dav and Jakarta/Slide).
Mr. Stephan also has experience in the following programming languages and protocols:
- 5 years experience C++
- 14 years experience SQL
- 5 years experience Java
- 4 years experience with WebDAV and HTTP.
Education
- B.A., Mathematics and Computer Science, Eastern Washington University, 1986
Selected Publications
Schuchardt KL, JD Myers, EG Stephan. 2002. "A Web-Based Data Architecture for Problem-Solving Environments: Application of Distributed Authoring and Versioning to the Extensible Computational Chemistry Environment." Cluster Computing 5(3):287-296.
Schuchardt KL, JD Myers, and EG Stephan. 2001. "Open Data Management Solutions for Problem Solving Environments: Application of Distributed Authoring and Versioning to the Extensible Computational Chemistry Environment." In Proceedings of the 10th IEEE International Symposium on High Performance Distributed Computing, ed. IEEE Computer Society, pp. 228-238. IEEE Computer Society Press, Piscataway, NJ.