1. A Development-Testing-Maintenance model for software evolution
Masterant: Galit Friedman
Superior advisor: DR. AmirTomer
Secondary advisor: Prof. Dov Dori

2. Research Goals Raising the significant of software testing process
Improving software testing methodology in the following aspects:
Quality
Efficiency
Costs
Aiming for a unified testing process

3. Origin Problem Solution for origin problem
Software testing is mostly referred as a stage in software development process. The outcomes:
Testing plans are done in late stages of development
Planning against development artifacts instead of user requirements
Software testing process parallel to development process in software construction model
Related work- Rational UP

4. New Problems
Changes in any stage of development can influence testing integrity
Testing artifacts to manage
Testing is more complicated and resources requirements as time, tools and testers qualification are intensified

5. Research Solution
A triple process model, reserving all connections between development-testing processes for evolution control
Attendant uses of model for testing process improvement
Automating traceability and uses of model for efficiency improvement

6. Solution Methods
Expanding an existing model for software maintenance - The Propagation Graph

7. Solution Methods- Con..
Using OPCAT for automation and OPM for formalization

8. Research evaluation Test Case- “ExamPal” Measurements for Quality:
Measurements for Efficiency:
Costs Evaluation

9. Summary
It started from testing point of view and expanded to complete life cycle
Shared points with some of the new researches
Status- after proposal approval
Next step- Building the test case