Yönet A. Eracar

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The goal of the research presented in this paper was to study a new software paradigm ± adaptive software ± in which the structure of an adaptive program is patterned upon the structure of an adaptive controller. Towards this aim, we implemented a domain-speci®c (object/target recognition) program (A Recon®gurable Architecture for Adapting to Changes in the(More)
This paper presents the self-controlling software paradigm and reports on its use to control the branch and bound based constraint satisfaction problem solving algorithm. In this paradigm, an algorithm is first conceptualized as a dynamical system and then a feedback control loop is added to control its behavior. The loop includes a Quality of Service(More)
This paper describes the results of a preliminary feasibility study of an approach to representing Multiobjective Combinatorial Optimization Problems in UML (structural constraints) and OCL (procedural constraints) and then automatically translating the representations to a Constraint Satisfaction solving language (Oz) for execution. The paper presents two(More)
This paper describes a graphical instrument-specific test development environment that generates standard-language test code or a test data file that can be used by virtually any Applications Development Environment (ADE). Examples demonstrate where code is appropriate, where pure data is appropriate, and how each is used by the various available commercial(More)
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