References

1
M. Schranz, J. Weidl, and S. Zechmeister. Using UML for the engineering of complex world wide web services. 8th International World Wide Web Conference (WWW '99) (Toronto, Canada), Mai 1999.

2
J. Weidl. Object Identification in CORET: Binding Object Models to Source Code. PhD thesis. Distributed Systems Group, Technical University of Vienna, November 1998.

3
J. Weidl and H. Gall. Binding object models to source code: an approach to object-oriented re-architecting. 22nd Computer Software and Applications Conference (COMPSAC '98) (Vienna, Austria). IEEE Computer Society Press, August 1998.

4
H. Gall, R. Klösch, and J. Weidl. Resolving uncertainties in object-oriented re-architecting of procedural code. 7th International Conference on Information Processing and Management of Uncertainty in Knowledge-Based Systems (IPMU '98) (Paris, France), July 1998.

5
H. Gall and J. Weidl. Object model folding and multivalent/multiple binding in the CORET binding process. Technical report TUV-1841-98-08. Distributed Systems Group, Technical University of Vienna, May 1998.

6
R. Knor, G. Trausmuth, and J. Weidl. Reengineering C/C++ source code by transforming state machines. 2nd International Workshop on Development and Evolution of Software Architectures for Product Families (Las Palmas de Gran Canaria, Spain), February 1998.

7
H. Gall, R. Klösch, and J. Weidl. Resolving uncertainties in object-oriented re-architecting of procedural code. Technical report TUV-1841-98-01. Distributed Systems Group, Technical University of Vienna, January 1998.

8
H. Gall and J. Weidl. Object-model driven abstraction-to-code mapping. Technical report TUV-1841-97-23. Distributed Systems Group, Technical University of Vienna, December 1997.

9
R. Knor, G. Trausmuth, and J. Weidl. Reengineering C/C++ source code by transforming state machines. Technical report TUV-1841-97-17. Distributed Systems Group, Technical University of Vienna, November 1997.

10
H. Gall and J. Weidl. Binding object models to source code: an approach to object-oriented re-architecting. Technical report TUV-1841-97-14. Distributed Systems Group, Technical University of Vienna, September 1997.

11
J. Weidl, R. Klösch, G. Trausmuth, and H. Gall. Facilitating program comprehension via generic components for state machines. 5th International Workshop on Program Comprehension (IWPC '97) (Dearborn, Michigan, USA), pages 118-27. IEEE Computer Society Press, May 1997.

12
J. Weidl, R. Klösch, G. Trausmuth, and H. Gall. Facilitating program comprehension via generic components for state machines. Technical report TUV-1841-96-06. Distributed Systems Department, Technical University of Vienna, December 1996.

13
J. Weidl. Generic components for state machines. Technical report TUV-1841-96-04. Distributed Systems Group, Technical University of Vienna, December 1996. Master's thesis.

14
J. Weidl. Raising the source code abstraction level by using generic components for state machines. International Workshop on Development and Evolution of Software Architectures for Product Families (Las Navas del Marques, Avila, Spain), November 1996.

15
J. Weidl. Raising the source code abstraction level by using generic components for state machines. Technical report TUV-1841-96-05. Distributed Systems Group, Technical University of Vienna, November 1996.



Weidl Johannes
Sun Apr 18 18:00:17 CEST 1999