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    SINYAL DAN SISTEM

    TEKNOBIOMEDIK

    Fadli Ama 09 September 2015

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    Outline

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    PendahuluanKontrak, tujuan, komponen penilaian, daftar bacaan

    PengantarPengantar sinyal & sistem

    TugasTugas rumah

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    Tujuan Mata Kuliah

    Mahasiswa mampu memahami konsep-konsep sinyal dan sistem dalam kerangkapengembangan analisa dan perancangan .

    1

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    Komponen Penilaian

    Tugas : 15%

    Ujian Tengah Semester : 30%

    Ujian Akhir Semester : 30% Quiz : 15%

    Softskill : 10%

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    Daftar Pustaka

    Cowan, C.F.N. dan Grant, P.M.,AdaptiveFilters, Prentice-Hall,1985.

    Haykin, S., Adaptive Filter Theory, 3rdEd., Prentice-Hall, 1996.

    Ludemen, Lonnie C., Fundamental Of Digital Signal Processing,

    John Wiley & Son, 1987. McClellan, J.H., Schafer R. W., Yoder M.A.,DSP First A Multimedia

    Approach, Prentice-Hall, 1999.

    Mitra S.K.,DigitalSignal Processing A Computer-BasedApproach,McGraw-Hill, 2002.

    Nagrath I.J., Sharan S.N., Ranjan R., Kumar S.,SignalsAndSystems, McGraw-Hill, 2001.

    Oppenheim, V.A., Willsky, S.A, dan Nawab, B., Signals AndSystems. Second Edition.

    Lois F. Chaparro, Signal & Systems with MATLAB, Elsevier, 2011

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    Pengantar Sinyal & Sistem

    Cakupannya sangat luas sehingga prinsipmendasarnya adalah control the operation of the

    system.

    Pemahaman prinsip dasar ini, penting !! &bertujuan untuk Analisa, Perancangan dan

    Pengembangan sistem baru.

    2

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    1. Klasifikasi sinyal

    2. Sinyal dasar3. Operasi sinyal

    4. Aplikasi sinyal

    1. Contoh sistem

    2. Klasifikasi sistem3. Interkoneksi sistem

    Pengantar Sinyal & Sistem (2)

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    Pengantar Sinyal & Sistem (3)

    SinyalA signal represents a set of one or more variables andis used to convey the characteristic information (orthe attributes) of a physical phenomenon.

    Sistem

    Signals are always associated with one or moresystems. For example, a certain system may generatethe signal while another may operate on it in order to

    process it or to extract relevant information from it.The representation of a system with its associatedinput and output signals.

    .

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    Sinyal listrik, biasanya diungkapkan dalam bentukgelombang tegangan atau arus dan hal tersebut, palingmudah untuk membangkitkan dan memproses-nya.

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    Contoh Bio-Sinyal Suara

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    MATEMATIKA SINYAL

    Sinyal dimodelkan sebagai fungsi satu ataulebih vaiabel bebas yang

    Menggambarkan waktu, frekuansi ataukoordinat spasial/ruang.

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    Fig. 1.1 Exampel Signal & System

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    Pengantar Sinyal and Sistem (4)

    Time Domain

    Signal is represented as a function of time

    (as time moves forward, the amplitudechanges).

    Frequency Domain

    Signal is represented as a summation ofsinusoidal signals (each sinusoidal signalhas its own amplitude and frequency).

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    Waktu Vs Frekuensi Domain

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    Pengantar Sinyal & Sistem (5)

    Klasifikasi Sinyal :

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    Sinyal waktu kontinu

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    3

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