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Department of Electrical and Computer Engineering - Oregon State UniversityECE 351: Signals and Systems IWinter Quarter 2009, MWF 10:00-10:50 pm, STAG 329 |
Larry Marple, 3011 Kelley Engineering Center (KEC), Phone: 737-3274, Email: marple@eecs.oregonstate.edu
Office Hours: Tu 1-2pm, We 1130am-1230pm, or by email appointment (48 hours minimum notice)
Sang Jun Kim, 3048 Kelley Engineering Center, Phone: 737-2349, Email: kim@eecs.oregonstate.edu
Office Hours in KEC3087: Tuesday 4-5pm, Thursday 4-5pm, or by email appointment
Homework help sessions every Monday evening 600-800pm in KEC 1003, effective 19 January 2009
This is an introductory course that develops time domain and frequency domain characterizations of and operations on signals and systems. Time domain characterizations and operations for continuous-time and discrete-time signals and systems are periodicity, linearity, time-invariance, causality, impulse response, and convolution operations. Frequency domain characterizations and operations are developed using the Fourier Transform and the Discrete-Time Fourier Transform (DTFT).
ENGR 203, MTH 256
S. Haykin and B. Van Veen, Signals and Systems, Second Edition, John Wiley & Sons, 2003. ISBN 0471-16474-7
Recommended: W. Palm, Introduction to Matlab 7 for Engineers, McGraw-Hill, 2006. ISBN 0-07-2548185
PDF files of chapter lecture notes will be e-mailed periodically to students enrolled in the class.
Exams are open book. No electronics or calculators may be used.
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Number
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Text Problems
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Due Date
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Solutions
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1
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Matlab Function and Script Exercise
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Jan 14
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2
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1.42(b,d,f,i), 1.45, 1.52(a,c), 1.56(a,e), 1.57(b,c,g), 1.64(a,d,g,j)
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Jan 21
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3
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2.32(b,c), 2.33(a,d,f,j), 2.34(a,c,e,k), 2.38(a,b), 2.39(a,h,j)
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Jan 28
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4
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2.40(a,c,d), 2.46a, 2.50(a,e,g); Matlab: 2.83 (for 2.34c only), 2.86
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Feb 4
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5
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2.52a, 2.53a, 2.54d, 2.55c(i,iii), 2.56a(i,iii), 2.57b
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Feb 11
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6
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3.48(a,c,e)&3.103(same cases), 3.49(a,c,d)&3.104(same cases), 3.50(a,c,f), 3.51(a,c,e), 3.52(a,c,f), 3.53(a,e,f), 3.54(a,f), 3.55(c,d)
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Feb 18
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7
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3.58(a,b,c,f), 3.59(a,b,c), 3.60(a,b,d), 3.61(a,c,d), 3.62(b,g), 3.63(a,e), 3.64(b,e), 3.65(b)
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Feb 27
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8
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3.67(b), 3.73(a), 3.74(a), 3.76(a), 3.77(c), 3.78(d), 3.113(a,d)
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Mar 6
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9
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4.16(c), 4.17(d), 4.18(e), 4.20(a), 4.22(c), 4.24(a,d), 4.25(a,b for i,iv)
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Mar 13
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See TA first for assistance.
Verbatim or plaguarized solutions from posted sources will receive a grade of 0.
Assignments are to be submitted only at beginning of class on the due date.
Late homework will not be graded.