Browsing by Author "Mutamar, Khozin"

Now showing 1 - 5 of 5
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    Kontrol Optimum Lqr Pada Model Love And Happiness Yang Melibatkan Pihak Ketiga
    (2016-04-22) Mutamar, Khozin; Putra, Supriadi; Deswita, Leli; Muhammad, Imran
    This article discusses about application of linear quadratic regulator in linear model of Love and Happiness with Affair. This paper focus on model with condition that make its unstable. Optimal control is used to control Romeo as treatment in order Romeo to release his affair. Simulation is given to illustrate design procedure and the result of treatment using LQR
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    METODE DEKOMPOSISI ADOMIAN UNTUK MENYELESAIKAN PERMASALAHAN NILAI BATAS PADA PERSAMAAN DIFERENSIAL PARSIAL NONLINEAR
    (2016-04-27) Birmansyah; Mutamar, Khozin; Natsir, Muhammad
    This article discusses the use Adomian decomposition method to solve the boundary value problem of nonlinear partial differential equations. Discussions focused on the boundary value problem of nonlinear partial differential equations of order two. From the application of this method to two examples of nonlinear partial differential equations, solution obtained by this method approaches the exact known solutions.
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    METODE NEWTON-COTES TERBUKA BERDASARKAN TURUNAN
    (2016-04-27) Siagian, Nurholilah; Samsudhuha; Mutamar, Khozin
    This nal project discusses Open Newton-Cotes methode based derivatives. Fur- thermore, in this discussion of numerical solution from Open Newton-Cotes method (ONC) and Open Newton-Cotes Based Derivatives method (ONC1) compared with solutions analytically. For some examples of cases it appears that the method ONC1 provide a better solution, with minimum error.
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    Penentuan Matriks Pembobot Pada Kontrol Optimal Menggunakan Adaptive Particle Swarm Optimization
    (2016-04-22) Mutamar, Khozin; Naiborhu, Janson
    This article present a new approach to determine weighting matrices in optimal control using adaptive particle swarm optimization. APSO is modified from standard PSO which have weighting and multi globalbest. APSO used to improve control performance by selecting appropriate weighting matrices. Simulation is given to illustrate the design procedure and to comparation of control performance between PSO and APSO using integral absolute error (IAE).
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    SOLUSI NUMERIK PERSAMAAN INTEGRO-DIFERENSIAL VOLTERRA-FREDHOLM NONLINEAR MENGGUNAKAN FUNGSI TRIANGULAR
    (2016-04-26) Anggraini, Suci Dini; Mutamar, Khozin
    This article discusses solutions of nonlinear Volterra-Fredholm integro-di erential equations using a new representation of triangular functions to transform the original equation into a system of nonlinear equation. The System of nonlinear equation is then solved using iterative methods for obtaining the approximated solutions of nonlinear Volterra-Fredholm integro-di erential equations. Some numerical examples are given to compare their accuracy with the exact solution