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Course: ECSE 361, Winter 2010
School: McGill
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Final Sample Exam Covering Chapters 10-17 (finals02) Sample Final Exam (finals02) Covering Chapters 10-17 of Fundamentals of Signals &amp; Systems Problem 1 (30 marks) Consider the system depicted below used for discrete-time processing of continuous-time signals. The sampling period is 100 milliseconds ( T = 0.1 s). x c (t ) xd [ n ] CT/DT y c (t ) yd [ n ] H d ( z) DT/CT The discrete-time filter...

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McGill - ECSE - 361
Sample Final Exam Covering Chapters 10-17 (finals03)Sample Final Exam (finals03)Covering Chapters 10-17 of Fundamentals of Signals &amp; SystemsProblem 1 (25 marks)Consider the discrete-time system shown below, where N represents decimation by N . Thissy
McGill - ECSE - 361
Sample Final Exam Covering Chapters 10-17 (finals00)Sample Final Exam (finals00)Covering Chapters 10-17 of Fundamentals of Signals &amp; SystemsProblem 1 (10 marks)Consider the causal FIR filter described by its impulse response11h[n] = [n] + [n 1] [n
McGill - ECSE - 361
ECSE-323 - Digital Systems DesignGeneral InformationCourse Credits: 5Course Hours: (3,6,6) (Lectures, Labs and tutorials, outside work)Instructors:Prof. James J. ClarkDepartment of Electrical and Computer EngineeringMcConnell Engineering Building,
McGill - ECSE - 361
Computer EngineeringECSE-322AFall 2008COURSE INFORMATION:MWF in ENGTR 1100, 11:35-12:25.INSTRUCTOR: Professor T. Arbel: email: Tal Arbel on the WebCT system.Office: McConnell Engineering Building, Room 425. Tel: 398-8204.Office hours: Starting on S
McGill - ECSE - 361
1McGill UniversityFaculty of EngineeringDIGITAL SYSTEM DESIGNECSE-323BFINAL EXAMINATIONWINTER 2004 (April 2004)STUDENT NAMEMcGILL I.D. NUMBERExaminer: Prof. J. ClarkAssociate Examiner: Prof. Tal ArbelSignature:Signature:Co-Examiner: Prof. M.
McGill - ECSE - 361
1McGill UniversityFaculty of EngineeringDIGITAL SYSTEM DESIGNECSE-323FINAL EXAMINATIONFALL 2004 (DECEMBER 2004)STUDENT NAMEMcGILL I.D. NUMBERExaminer: Prof. J. ClarkAssociate Examiner: Prof. Frank FerrieSignature:Signature:Co-Examiner: Prof.
McGill - ECSE - 361
1McGill UniversityFaculty of EngineeringDIGITAL SYSTEM DESIGNECSE-323FINAL EXAMINATIONFALL 2006 (DECEMBER 2006)STUDENT NAMEMcGILL I.D. NUMBERExaminer: Prof. J. ClarkAssociate Examiner: Prof. Miguel MarinSignature:Signature:Date: December 8, 2
McGill - ECSE - 361
McGill - ECSE - 361
1McGill UniversityFaculty of EngineeringDIGITAL SYSTEM DESIGNECSE-323FINAL EXAMINATIONFALL 2008 (December2008)STUDENT NAMEMcGILL I.D. NUMBERExaminer: Prof. J. ClarkAssociate Examiner: Prof. Miguel MarinSignature:Signature:Date: December 4, 20
McGill - ECSE - 361
1McGill UniversityFaculty of EngineeringDIGITAL SYSTEM DESIGNECSE-323AFINAL EXAMINATIONWINTER 2003 (April 2003)STUDENT NAMEMcGILL I.D. NUMBERExaminer: Prof. J. ClarkCo-Examiner: Prof. M. MarinSignature:Signature:Date: April 30, 2003Time: 2:0
McGill - ECSE - 361
1McGill UniversityFaculty of EngineeringDIGITAL SYSTEM DESIGNECSE-323AFINAL EXAMINATIONFALL 2003 (December 2003)STUDENT NAMEMcGILL I.D. NUMBERExaminer: Prof. J. ClarkCo-Examiner: Prof. M. MarinSignature:Signature:Date: December 16, 2003Time:
McGill - ECSE - 361
1McGill UniversityFaculty of EngineeringDIGITAL SYSTEM DESIGNECSE-323AFINAL EXAMINATIONFALL 2002 (December 2002)STUDENT NAMEMcGILL I.D.NUMBERExaminer: Prof. J. ClarkCo-Examiner: Prof. M.MarinSignature:Signature:Date: December 17, 2002Time:
McGill - ECSE - 361
McGill UniversityFaculty of EngineeringFINAL EXAMINATIONFALL 2006 (DECEMBER 2005)VERSION ACOMPUTER ENGINEERINGECSE-322A6 December 2005, 0900 - 1200Examiner: Professor D.A.LowtherCo-Examiner: Professor T.ArbelSignature:Signature:STUDENT NAME AN
McGill - ECSE - 361
McGill UniversityFaculty of EngineeringFINAL EXAMINATIONFALL 2006 (DECEMBER 2005)VERSION ACOMPUTER ENGINEERINGECSE-322A6 December 2005, 0900 - 1200Examiner: Professor D.A.LowtherCo-Examiner: Professor T.ArbelSignature:Signature:STUDENT NAME AN
McGill - ECSE - 361
PSYC 215 September 2009Room: Leacock BuildingRm. No. l32Monday, Wednesday &amp; Fridayl3:30 - l4:30PSYC 215 (FALL)Introduction to Social PsychologyCourse OutlineInstructor:Dr. Donald M. TaylorRoom:W8/30A - Stewart Biological Sciences BuildingTelep
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ECSE-303 Signals and Systems IWinter 2009Instructor:Prof. Martin RochetteTel.:(514) 398-3037Office:McConnell Engineering Building, Rm-638Office hours:Tue 10:30-11:30Email:Use martin.rochette@mcgill.ca and I will respond ASAPClass schedule:Mon
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McGill - ECSE - 361
14:00, Thursday, April 13, 2006Page 1 of 11McGill UniversityFaculty of EngineeringFINAL EXAMAPRIL 2006COURSE ECSE 451EM TRANSMISSION AND RADIATIONExaminer:J. P. WebbCo-Examiner: D. GiannacopoulosSignature:_Signature:_Date:Thursday, April 1
McGill - ECSE - 361
Final exam, 2006SolutionsFinal_2006_solutions: 1Final_2006_solutions: 2ECSE 451/Webb/Winter 20061Final_2006_solutions: 3Final_2006_solutions: 4ECSE 451/Webb/Winter 20062Final_2006_solutions: 5Final_2006_solutions: 6ECSE 451/Webb/Winter 20063
McGill - ECSE - 361
14:00, Thursday, April 24, 2008Page 1 of 6McGill UniversityFaculty of EngineeringFINAL EXAMCOURSE ECSE 451EM TRANSMISSION AND RADIATIONExaminer:J. P. WebbCo-Examiner: S. McFeeSignature:_Signature:_Date:Thursday, April 24, 2008Time:14:00T
McGill - ECSE - 361
Final exam, 2008SolutionsFinal_2008_solutions: 11.[5] A uniform guide consists of two perfect conductors separated by air. Thereare no other materials. What kind of mode is the dominant mode, at lowfrequencies?A TE or TMB TEMC hybrid, but quasi-T
McGill - ECSE - 361
09:00, Thursday, April 23, 2009Page 1 of 5McGill UniversityFaculty of EngineeringFINAL EXAMCOURSE ECSE 451EM TRANSMISSION AND RADIATIONExaminer:J. P. WebbCo-Examiner: S. McFeeSignature:_Signature:_Date:Thursday, April 23, 2009Time:09:00T
McGill - ECSE - 361
Final exam, 2009SolutionsFinal_2009_solutions: 11.There are two sections, connected together andshorted at the ends:Here:Final_2009_solutions: 2ECSE 451/Webb/April 091For a short-circuited transmission line, length l:For line 2:For line 1:So
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1Introduction to Numerical Methodsin Electrical EngineeringText:Second Edition, McGraw-Hill, 2008.ECSE 443Note: A working knowledge of MATLAB will berequired to do the course assignments!January 2010General InformationLectures:MWF10:35 11:25T
McGill - ECSE - 361
B MDE: 519 ANALYSIS OF BIOMEDICAL SIGNALS AND SYSTEMS COURSE OUTLINE &amp; INFORMATION, SEPTEMBER 2009 ROBERT.KEARNEY@MCGILL.CA Objectives. 1Outline. 21) BasicTools&amp;Concepts. 22) AmplitudeStructureOfSignals. 23) FrequencyContentOfSignals.
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Quantum Physics 357: Course Outline1. The book that Im going to use for most part of the course will be A Modern Approach to Quantum MechanicsJohn S. Townsend (University Science Books)It will be available at the McGill Bookstore, 3420 McTavish Street
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McGill - ECSE - 361
CourseCourse AdministrationECSEECSE-430A Photonic Devices and SystemsFall 2010L R Chen 8/30/20101ECSE-430ACourse AdministrationInstructorLawrence R. Chen811 McConnell EngineeringPhone: 398 1879Fax: 398 3127Email: lawrence.chen@mcgill.caOffic
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McGill - ECSE - 361
IGEE 402 Power System Analysis FINAL EXAMINATION - SAMPLE Fall 2004 Special instructions:Duration: 180 minutes. Material allowed: a crib sheet (double sided 8.5 x 11), calculator. Attempt 5 out of 7 questions. Make any reasonable assumption. All question
McGill - ECSE - 361
MCGILL UNIVERSITYFACULTY OF ENGINEERINGDEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERINGFINAL EXAMPOWER ENGINEERING, ECSE-361ADECEMBER 6, 2002: TIME 9:00ANSWER ALL SIX QUESTIONSOPEN BOOK AND NOTES EXAMMAXIMUM POINTS = 75Examiner: Prof. F.D. Galia
McGill - ECSE - 361
MCGILL UNIVERSITYFACULTY OF ENGINEERINGDEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERINGFINAL EXAMPOWER ENGINEERING, ECSE-361ADECEMBER 6, 2002: TIME 9:00ANSWER ALL SIX QUESTIONSOPEN BOOK AND NOTES EXAMMAXIMUM POINTS = 75Examiner: Prof. F.D. Galia
McGill - ECSE - 361
McGill UniversityFaculty of EngineeringFINAL EXAMINATIONTIME: 9:00DECEMBER 17, 1999Student NameMcGill I.D. NumberPower Engineering304-361AExaminer: Prof. F.D. GalianaCo-Examiner: Prof. B.T. OoiINSTRUCTIONS: OPEN BOOK AND NOTES EXAM ANSWER ALL
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BME Modelling &amp; IdentificationInstructor: Prof. H.L. GalianaDepartment of Biomedical EngineeringFaculty of MedicineBiomedical Modelling and IdentificationCourse number: BMDE-502 (Winter term)Graduate LevelCredits: 3Jan 2005Course Principal Instru
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IGEE 402 Power System Analysis FINAL EXAMINATION - SAMPLE Fall 2004 Special instructions:Duration: 180 minutes. Material allowed: a crib sheet (double sided 8.5 x 11), calculator. Attempt 5 out of 7 questions. Make any reasonable assumption. All question
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ECSE462HOMEWORKS3,4and5November22,2010PROF.F.D.GALIANASampleproblemsforfinalexam31 2 x2 .Letthecurrents22 x 1 2 x1)Considera2windingdevicewithinductancematrix L ( x ) = flowingthroughthewindingsbeequalto1and2respectively.Findthevoltagesinduced
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ECSE462HOMEWORKS3,4and5November22,2010PROF.F.D.GALIANASampleproblemsforfinalexam31 2 x2 .Letthecurrents22 x 1 2 x1)Considera2windingdevicewithinductancematrix L ( x ) = flowingthroughthewindingsbeequalto1and2respectively.Findthevoltagesinduced
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FINAL EXAM SOLUTIONSRSEAUX LECTRIQUES, POWER SYSTEMS ANALYSISPROF. F.D. GALIANATUESDAY, DECEMBER 8TH, 2009OPEN BOOK TEST; ANSWER ALL 8 QUESTIONS, EACH QUESTION BEING WORTH 15 % FOR AMAXIMUM OF 120% POINTS (FULL MARKS WILL GIVE YOU A BONUS OF 20%)(1)
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Winter Semester, 2011ECSE 3004-001 (CRN 320) - Winter 2011Signals and Systems 2McGill UniversityDepartment of Electrical and Computer EngineeringInstructor:Prof. Richard RoseOffice: McConnell Engineering Building, Room 755Phone: (514) 398-1749Ema
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OPEN BOOK AND NOTES TEST 1ECSE-464 POWER SYSTEM ANALYSISThursday, March 3rd. 2005Prof. F.D. Galiana(1) If the symmetrical components of a set of phase currents are I0120.5= 1 per unit,0.5find Iabc in per unit and draw its phasor diagram.5 2 1 (2
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MID-TERM TEST-POWER SYSTEMS ANALYSIS-ECSE-464PROF. F.D. GALIANATHURSDAY, FEBRUARY 18TH, 20101:05 TO 2:25 pmYOU MAY BRING A SINGLE SHEET OF PAPER AS A CRIB SHEET; ANSWER ALL 4 QUESTIONS, EACHQUESTION BEING WORTH 25 POINTS FOR A MAXIMUM OF 100 POINTS(
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