Abstract. We present an approach to a coherent program synthesis system which integrates a variety of interactively controlled and automated techniques from theorem proving and algorithm design at different levels of abstraction. Besides providing an overall view we summarize the individual research results achieved in the course of this development.

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Abstract. This paper provides an overall view of an approach to developing a coherent ATP-system which can deal with a variety of logics and with different applications in a tailored way. The paper also summarizes research results achieved in the course of this development.

Abstract. The purpose of this paper is twofold. On the one hand, we review the basic problems one has to cope with in order to achieve adequate proof systems, and summarize important techniques which have been proposed so far to overcome these problems. On the other hand, we present a concrete theorem prover, KoMeT, to illustrate the importance of our considerations.