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.25. MA6173 Matematika Lanjut<br />
Kode<br />
Kuliah<br />
MA6173<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: 1<br />
Kuliah<br />
MK Dasar Science<br />
Matematika Lanjut<br />
Advanced Mathematics<br />
KBK/Bidang<br />
Keahlian:<br />
Umum<br />
Sifat:<br />
Wajib<br />
Keilmuan kontrol atau kendali seringkali memodelkan sistem<br />
dalam bentuk sistem dinamik yang dinyatakan dalam sebuah<br />
sistem persamaan diferensial. Dengan dasar ini, kami<br />
berpendirian bahwa peserta <strong>program</strong> <strong>magister</strong> yang menggeluti<br />
bidang kontrol sudah selayaknya memahami dasar-dasar sistem<br />
persamaan diferensial. Pada saat yang sama, kami sadar bahwa<br />
pemahaman dalam sistem persamaan diferensial perlu didukung<br />
beberapa dasar matematika seperti aljabar linear dan kalkulus<br />
vektor. Oleh karenanya, dalam kuliah ini, peserta diharapkan<br />
mampu mengembangkan pemahamannya pada dasar-dasar<br />
matematika lanjut di atas serta mengaitkan pemahaman tersebut<br />
pada sistem kontrol. Khususnya, peserta dapat membekali<br />
dirinya dalam pengetahuan serta ketrampilan yang berkaitan<br />
dengan solusi sistem persamaan diferensial linear.<br />
References<br />
Acuan<br />
The knowledge of control often needs to model the system in the<br />
form of dynamical system represented in system of differential<br />
equation. Based on this, the students of the <strong>magister</strong> <strong>program</strong><br />
concentrating with the control subject have to understand the<br />
basic of system of differential equation. At the same time, the<br />
understanding on system of differential equation should be<br />
supported by some basic of mathematics such as linear algebra<br />
and vector of calculus. Therefore, in this subject, the students are<br />
expected to develop their understanding on the above basics of<br />
advanced mathematics and relate the understanding with the<br />
control system. In particular, the students should enhance<br />
themselves with the knowledge and skills related with the<br />
solution of system of linear differential equation<br />
1. Perko, L., Differential Equations and Dynamical Systems,<br />
Text in Applied Mathematics, 7, Springer-Verlag<br />
Silabus S2 PINK<br />
Tahun 2003/2004<br />
28
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