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    Cauchy solver
    (Selcuk University Research Center of Applied Mathematics, 2003) Bulgak, Ayşe; Eminov, Diliaver
    This article presents a dialogue program "Cauchy Solver 2.1" that has been elaborated for computing the Cauchy problem for discrete-time and differential linear equations. The program features are: plotting graphical representation of components and Euclidean norm of solution of the Cauchy problem for any chosen vectors; checking practical stability of coefficient matrices; finding certain numerical characteristics of solutions of the Cauchy problems; finding extremal initial vectors in case if coefficient matrix is practically stable; plotting graphical representation of components and Euclidean norm of solution of the Cauchy problem for such vectors.
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    Graphics Constructor 2.0
    (Selcuk University Research Center of Applied Mathematics, 2003) Bulgak, Ayşe; Eminov, Diliaver
    An experimental version of computer-aided methods of teaching mathematical analysis has been elaborated in the Research Centre of Applied Mathematics of the Selk University. The main part of this version is a textbook "Analysis"[1]. It is supported by the computer dialogue program Graphics Constructor [4] and its extended version Graphics Constructor 2.0.
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    Interval Matrix Vector Calculator - The Imvc 1.0
    (SPRINGER-VERLAG BERLIN, 2002) Bulgak, Ayşe; Eminov, Diliaver
    The article presents a computer dialogue system for calculating intervals elementary arithmetic operations. In particular, it has a set of functions for checking practical regularity and practical stability of a square interval matrix. This software is a part of an active learning approach.
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    Interval Matrix Vector Calculator – The iMVC 1.0
    (Springer Verlag, 2002) Bulgak, Ayşe; Eminov, Diliaver
    The article presents a computer dialogue system for calculating intervals elementary arithmetic operations. In particular, it has a set of functions for checking practical regularity and practical stability of a square interval matrix. This software is a part of an active learning approach.