Educacion | Maestria | Dr. Vicente cursos | Investigación |
EE 3220: Software Applications for EE
Dr. Luis M. Vicente
Departamento de Ingeniería Eléctrica, Computadoras y Ciencias de Computadoras
Universidad Politécnica de Puerto Rico
| Prontuario | Reglas | Objetivos | Contenido |Trimestres pasados | |
Trimestre Fa11 | |
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Notas de clase | |
ficheros de ayuda | | mSound |mSynthesis | mDESymbolic | mODESolver | mOdeWithInput | salva_a_var | gButtonOK.fig | gButtonOKm | gMoveSlider.fig | gMoveSlider.m | gPlotSine.fig | gPlotSine.m | |
Simulink | | sClassp1c5_01.mdl | sClassp1c5_02.mdl | sClassp1c5_03.mdl | sClassp1c5_04.mdl | |
Semana fecha |
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S1: 14 agosto |
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S2: 21 agosto |
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S4: 4 septiembre |
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S5: 11 septiembre |
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S6: 18 septiembre |
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S7: 25 septiembre |
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S8: 2 octubre |
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S9:9 octubre |
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S10: 16 octubre |
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S11: 23 octubre |
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S12: 29 octubre |
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Profesor | |
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Libro de Texto | Notas de clase |
Referencias bibliográficas |
R. Pratap, Getting Started with MATLAB 5, a Quick Introduction for Scientists and Engineers, Oxford University Press, 1999. MATLAB Student Version, and the Signal Processing Toolbox. (Check availability with our local bookstore). |
Formato de examen | Libro cerrado. Debido al contenído esencial de este curso, deben memorizar todas las fórmulas y teoremas. |
Reglas de evaluación |
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Reglas del curso |
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Objetivos (relacionados con los resultados del programa y critérios de IEEE) |
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Contenido del curso |
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Trimestre Fa11 | |
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Notas de clase | |
Videos de clase | | Clase11 | Clase12 | Clase13 | Clase14 | Clase15 | |
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Trimestre Sp11 | |
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Notas de clase | |08Marzop1c1 |15Marzop1c2 |17Marzop1c3 |2224Marzop1c4 |29Marzop1c5 |31Marzop1c6 | |
Videos de clase | | 08Marzop1c1 | 15Marzop1c2 | 17Marzop1c3| 24Marzop1c4 | 29Marzop1c5 | 31Marzop1c6 | |
http://projecteuler.net/index.php?section=problems |
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TrimestreWi10 | |
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Notas de clase (necesita Word o PPT para abrirlos) |
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Videos de clase | | vp1c1| vp1c2| vp1c3| vp1c4| vp1c5| vp1c6| |
Examenes resueltos |
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Trimestre FA10 | |
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Notas de clase (necesita Word o PPT para abrirlos) |
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Videos de clase | |Videop1c1||Videop1c2|Videop1c3_1|Videop1c3_2|Videop1c4|Videop1c5| |
Examenes resueltos |
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Project 03 Spring 2004 : Files for project 03 Spring 2004 Project 02 Spring 2004 : Files for project 02 Spring 2004 Project 01 Spring 2004 : Files for project 01 Spring 2004 Project 03 Winter 2003 : Files for project 03 Winter 2003 |
Examples Class 1 mc1sinewave.m : m file to plot a sinewave mcreatesinewave.m : m file to plot a sum of two sinewaves |
Examples Class 2 mc2modulation.m : m file to plot a modulation of sinewaves (uses ) fmysinewave.m : function to calculate a sinewave |
Examples Class 3 c3close.fig : gui file to plot sinewave (uses mc1sinewave.m) c3close.m : m file of c3close.fig |
Examples Class 4 gshowfig.fig : gui file to plot sinewave inside the GUI (uses mc1sinewave.m) gshowfig.m : m file of gshowfig.fig gshowfigwithtime.fig : gui file to plot sinewave of any length inside the GUI (uses mc1sinewave2.m) gshowfigwithtime.m : m file of gshowfigwithtime.fig |
Examples Class 5 gshowfigwithdropdownbox.fig : gui file to plot sinewave using an edit box and a popup list (uses mc1sinewave3.m) gshowfigwithdropdownbox.m : m file of gshowfigwithdropdownbox.fig
gclass5.fig : gui file to plot powers of t using edit and a popup list. gclass5.m : m file of gclass5.fig |
Z transform and zero pole plot. This example uses gzplot.fig gui file to draw a zero-pole plot of any function the user enters. It is very instructive to see the surface of the Z function with respect the unit circle. (uses mzplott.m to do the calculations) gzplot.m m file of gzplot.fig |
Differential Equations using Kutta method. This example uses gmykuta.fig gui file to the state drawing of any function the user enters. It is very instructive to see the variation of the state variable vs time, and vs the derivative. (uses mykuta.m to do the calculations) gmykuta.m m file of gmykuta.fig |
OLD EXAMPLES |
mexample45 : m file to plot two sinewaves and their sum (uses fplot) fplot : function to plot a sinewave |
maskinput : m file to ask the user for an input mcallramp : m file to plot a ramp (uses framp) framp : function to call a ramp, (needs input parameter) |
SIMULINK ARCHIVES Version 5 |
c5_modulationofsinewaves.zip : AM Modulation with sinewaves c6highpassfiltertranferfunction.zip : High Pass Filter Transfer Function c6lowpassfiltertranferfunction.zip : Low Pass Filter Transfer Functions c6srationalfunction.zipp : Rational Function with blocks c6sfeedbackexample.zip : Feedback system for Controls |
SIMULINK ARCHIVES Version 4 |
c5_modulationofsinewavesV4.zip : AM Modulation with sinewaves c6highpassfiltertranferfunctionV4.zip : High Pass Filter Transfer Function c6lowpassfiltertranferfunctionV4.zip : Low Pass Filter Transfer Functions c6srationalfunctionV4.zip : Rational Function with blocks c6sfeedbackexampleV4.zip : Feedback system for Controls |
PSPICE ARCHIVES |
c2 : To test the bias point of a simple R circuit c2new : To test DC Sweep of a simple R circuit c2vsin : To test a LR circuit transient with a sine generator LRcircuit LRcircuit2 : To test a LR circuit transient with a step generator RCcircuitsin: To test a RC circuit transient with a sine generator RCfiltertransient: To test a RC circuit transient with a step generator c3Transformer: Whole wave rectifier c4regpowersupply: Regulated power supplyr |
Notas obsoletas
Notas de clase P1 | Notas de clase P2 | Notas de clase P3
OBSOLETE PSPICE FILES |
CLASS 1 lcircuit : pspice project to view the bias point of a RL circuit visource : pspice project to test a VI circuit using sweep. |
CLASS 2 wholewaverectifier : pspice project to test a whole wave rectifier unregulatedpowersupply : pspice project to test an unregulated power supply |
CLASS 3 regulatedpowersupply : pspice project to test a regulated power supply |
Luis M Vicente
López
Profesor Asociado
Departamento de Ingeniería Eléctrica, Computadoras y Ciencias de Computadoras
Universidad Politécnica de Puerto Rico
Avenida Ponce de León 377
Hato Rey, 00919, Puerto Rico
Officina: L 308B (DSP Lab)
Tel:787 662 8000
Fax: 787 760 7815
© Luis M Vicente.