silabus singkat matakuliah program magister instrumentasi - ITB
silabus singkat matakuliah program magister instrumentasi - ITB
silabus singkat matakuliah program magister instrumentasi - ITB
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I.22. TF8115 Pemodelan dan Simulasi<br />
Kode<br />
Kuliah<br />
TF8115<br />
Sifat kuliah<br />
Kelompok Kuliah<br />
Course Title<br />
(Indonesian)<br />
Nama Matakuliah<br />
Course Title<br />
(English)<br />
Nama Matakuliah<br />
Short Description<br />
Silabus ringkas<br />
Kredit :<br />
2 SKS<br />
Semester: 3<br />
Kuliah<br />
Matakuliah Keahlian<br />
Pemodelan dan Simulasi<br />
Modeling and Simulation<br />
KBK/Bidang<br />
Keahlian:<br />
Instrumentasi dan<br />
Kontrol<br />
Sifat:<br />
Pilihan<br />
Dasar pemodelan dan simulasi. Macam model matematis system<br />
: diskrit dan kontinu. Pemodelan dan simulasi sistem diskrit :<br />
sistem antrean, pemilihan distribusi probabilitas, generator<br />
random number, analisis data untuk sistem tunggal, studi kasus.<br />
Pemodelan dan simulasi sistem kontinu : representasi matematis<br />
untuk sistem fisika kontinu, model matematis sistem enjinering<br />
kimiawi, simulasi komputer, identifikasi proses. Formulasi<br />
persamaan keadaan diskrit dari persamaan keadaan kontinu,<br />
integrator diskrit sebagai elemen transfer. Metoda operasional<br />
untuk mensimulasikan sistem linier stasioner. Aplikasi metoda<br />
operasional pada sistem nonlinier dan sistem yang time varying.<br />
Basic modeling and simulation. Mathematical model of system :<br />
discrete and continous. Modeling and simulation of discrete<br />
systems : queuing system, probability distribution, random<br />
number generatir, data analysis for single systems, case studies.<br />
Modeling and simulation of continous syetms : mathematical<br />
representation of continous physical systems, mathematical<br />
model of chemical systems; computer simulation, process<br />
identification. Formulation of discrete-time equation from<br />
continous time equation, discrete-time integrator as transfer<br />
element. Operational method for simulation stationary linear<br />
system. Application of operational method to the nonlinear<br />
system and time-varying systems<br />
Silabus S2 PINK<br />
Tahun 2003/2004<br />
24
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