ࡱ> OePa xjbjbA]A] ,*+?+?*MNvvv8 4Nfhhhhhh,RRRRRLfRD",fRRR vF RR0RRRRNNdNN Catalogue Data: EE 411Basic network principles; steady state response to signals; simple transient response; nodal and loop analysis. Requirements: Completion of EE 302 or 302H with a grade of C or better and credit or registration for PHY 303L and Physics 103N and credit or registration for M 427K. Textbook: Fundamentals of Electric Circuits, by Charles K. Alexander and Matthew N. O. Sadiku, 3rd edition. Instructor: Professor Earl Swartzlander Office: ENS 517 Phone: 471-5923 eswartzla@aol.com Office Hours: Tuesday and Wednesday 10:00 AM to 11:00 AM or by appointment Teaching Assistant: Mr. Kihwan Jun Office: ENS 509A kihwan_jun@mail.utexas.edu Grader: Mr. Inwook Kong Office: ENS 509A ik374@mail.utexas.edu The class meets for lectures on Mondays and Wednesdays from 3:30 to 5:00 PM in CPE 2.212. The class also meets once a week for a two hour lab/problem solving session. The lab for unique number 15660 meets from 11:00 AM to 1:00 PM on Fridays in ENS 145 and the lab for unique number 15665 meets from 1:00 to 3:00 PM on Fridays in ACA 1.104. The lab sessions are conducted by Mr. Kihwan Jun. Grade Weights: Examination 1 25% Examination 2 25% Homework and Quizzes 15% Final Examination 35% The numerical course grade is computed by weighting the raw scores as indicated above. Letter grades are determined via the following scale. Grades are not curved in any way A = 90%100% B = 80%89% C = 70%79% D = 60%69% F = 0%59% A course/instructor survey will be conducted at the end of the semester via the standard MEC form. The Final Examination will be on Friday, May 9th from 7:00 to 10:00 PM The examinations will consist of a number of simple questions for which the answers are to be recorded on an answer sheet. Only the answers on the answer sheet are graded. There are no make-up examinations. Excused absence from an examination must be approved in advance. Absence is excused only in extreme circumstances (serious illness, death in the immediate family, etc.). Requests for excused absences should be made in writing and must be supported by appropriate documentation. Unexcused absence from an examination will result in a grade of zero for that examination. There is no regrading of examinations, unless you feel that there is an error. In this case, you should submit a written request, explaining the nature of the error, and why you feel that you deserve a different grade. Verbal or e-mail requests will not be considered. The fourth class day is the last day of the official add/drop period. Drops after this time must be approved by the Deans office. University policies on scholastic dishonesty will be strictly enforced. Students who violate University rules on scholastic dishonesty (including, but not limited to, cheating, plagiarism, collusion, or falsifying academic records) are subject to disciplinary penalties, including failure in the course or dismissal from the University. Disabilities: Upon request the University of Texas at Austin provides appropriate academic adjustments for qualified students with disabilities. For more information call the Office of the Dean of Students at 471-6259, 471-4241 TDD, or the College of Engineering Director of Students with Disabilities, 471-4321. Web-based, password-protected class sites are associated with all academic courses taught at the University. Electronic class rosters are a component of the sites. Students who do not want their names to be included in these electronic class rosters must restrict their directory information in the Office of the Registrar, Main Building, Room 1. The following lecture schedule is approximate. It indicates the topics, their order and probable examination dates, but it is subject to change. Lecture Schedule WEEK OF: TEXT STUDY ASSIGNMENT: January 14 Introduction January 16 Review of Chapters 1-5 January 21 MLK Holiday January 23 Chapter 6 January 28 Chapter 6 January 30 Chapter 7 February 4 Chapter 7 February 6 Chapter 7 February 11 Chapter 8 February 13 Chapter 8 February 18 Chapter 8 February 20 Review February 25 Exam 1 February 27 Chapter 9 March 3 Chapter 9 March 5 Chapter 10 March 10-14 SPRING BREAK March 17 Chapter 10 March 19 Chapter 13 March 24 Chapter 13 March 26 Review March 31 Exam 2 April 2 Chapter 11 April 7 Chapter 11 April 9 Chapter 11 April 14 Chapter 12 April 16 Chapter 12 April 21 Chapter 12 April 23 Chapter 14 April 28 Chapter 14 April 30 Chapter 14 May 9 7:00 to 10:00 PM FINAL EXAMINATION EE 411 - Network Theory I Spring 2008 (Unique Numbers 15660 and 15665) >_/0P(*Rtuvwxqih>}OJQJhkh>}CJOJQJaJhkh>}5CJ$OJQJaJ$hkh>}5OJQJhkh>}OJQJaJhkh>}OJQJaJ$h7h>}CJ OJQJaJ$h_h>}OJQJh>}h>}OJQJhkh>}56OJQJhkh>}OJQJh>}h>}CJaJ23EZ[ $  $ 4d1$gd>}  4d1$gd>} h 4d1$gd>} ( L(#h^h`$a$*w _ `  L(#h^h` hHhd1$^h`gd>} ( L(#h^h` (#h^h` h^h`gd>}` ^ _  )*/0 D $a$ T1$gd>}$ h8hd1$^h`a$gd>} ( L(#h^h`0Phi,-CDZ[no  &dP],-=>QRegz| )*RStuvwx$a$   (# *00hP/ =!"#$%H@H NormalCJOJQJkH'mH sH tH uDA@D Default Paragraph FontRi@R  Table Normal4 l4a (k(No List4 @4 Footer  !4@4 Header  !8O8 Letter  !OJQJXO"X _Times"$ h 41$a$gde/B*OJQJphFO2F Memo Part 1a$5CJ$OJQJFO1BF Memo Part 2 a$ 5CJx* !z!z z zgxf23EZ[_`^_  ) * /0Phi,-CDZ[no,-=>QRegz|)*RStuvy0pɀ0pɀ0ʀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0ʀ0pɀ00pɀ0p0pɀ0p0pɀ0ʀ0pɀ0ʀ0ʀ000pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ00pɀ00pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0ʀ0ʀ00pɀ0pɀ0pɀ0pɀ0ʀ0pɀ0ʀ0ʀ0ʀ00ʀ00ʀ00ʀ00ʀ@0pɀ0ʀ@0pɀ0ʀ00ʀ00ʀ00ʀ0ʀ0ʀ00ʀ00ʀ00ʀ0ʀ0ʀ00ʀ00ʀ0ʀ0ʀ0ʀ0ʀ0ʀ0ʀ00ʀ00ʀ0pɀ0pɀ00ʀ0@0pɀ0ʀ0ʀ0ʀ0ʀ@0ʀ0ʀ@0ʀ00pɀ0ʀ00ɀ0p0ɀ0p000/0Phy`:0::D" 90o0!/оLLLLLOx ` 0xwv|  *y1HJbg   57 "+3:*y:::::::::::::::::::::)y@H~5x@ @UnknownGTimes New Roman5Symbol3 Arial3Times9New York? Courier New5 Geneva A +l.Z !+xx>d"`+e/'EE 411 - Network Theory I Spring 2003EarlEarl Swartzlander Oh+'0; $0 P \ h t'(EE 411 - Network Theory I Spring 2003EarlNormalEarl Swartzlander5Microsoft Word 11.3.8@m@^0;@O@ -)302-`)K -)or- Q)* -)302H-\)o -(wwith-G)Y -) a grade of - Q)C-G)" -) or better and- Q( -)credit-)r -)or- Q)* -) registration-) -)for- Q); -)PHY-)d -)303L- Q)j -)and-)H -)Ph)5ysic- Q)Ps-G) -)103N a- Q)nd -(wcredit o-)r-) registration fo-(Fr-) M- Q)9 -) 427K.-\)| -(Hw -*: Textbook:- Q) -) Fundamentals- Q( -)of Electric Ci- Q(r-)cuits)a,- Q)  -)by Charles K. Alexander and- Q( -) Matthew N. O- Q(.-) (w Sadiku, 3r-)d-) editio-)n-).-\)  -(w -*4 -)&-`) -) Instructor-):-IG)  -) Professor Ear-(*l-) Swartzlande-(*r-@,z) -) -(\w -)& (\ Office: EN-)S-) 51-)?7-) -(\M -(w -)& ( Phone: 471)-)5923 -\)q -(w -)& ( eswartzla@a(ol.com-) (w -*7 -)&-`) -) Office Hours-():-3)  -)&Tuesday and Wednesday 10:00 AM to 11:0-()0-) AM- Q)] -)  -(cw -)& -)% (c or by appoin-)t-) ment-)d (w -*: -)&-`) -)Teaching Assistant- Q(?:)-( ) -)6 Mr. Kihwan Ju-(n-) -(M -(w -)& -)% ( Office: EN-)S-) 509A-\)| -(Jw -)& -)% (Jkihwan_jun@mail.utexas.edu-(J (w -*: -)&-`) -)Grader:- Z) -(Mr. )WInwoo-)k-) Kon-)cgR-Ql() -(M -(w -)& -)% ( Office: EN-)S-) 509A-\)| -(1w -)& -)% (1ik374@mail.utexas.edu-(1^ (kw -*: -)&-`) -)The- Q)N -)clas- Q)Ms -)"meet- Q)as -)" for lecture- Q)s -)"on Mon- Q)d-)ay- Q)/s -)"and - Q)VWe-)Gdnesday- Q)s -)"from 3:30 to 5:00 - Q(P-)M in- Q)a -)CPE-)\ -(2.212.-`)~ -)&The class also - Q(m-)(eets- )M -)on- Q)2c-)e- ) -)a- Q) w-)8eek- )E -)for- Q); -)a-`) -)two hour lab/problem solving se- Q(Vs-)sion.-)` -(The-`)N -)lab for unique number 1566- Q(X0-`) -)meet- Q)as-`) -)from 11:00 AM t- Q(do-`) -)1:00 P- Q)M-`)- -) on Friday- Q)s-`) -)in EN- Q)yS-) (R145-=)K -)and-=)H -)the lab for uniqu-(Re-=) -)number 15665 meet-(Rs-=) -)from 1:0-)0-=) -) to 3:00 PM on-(R -)Fridays-) -)in-)' -( ACA 1.104.-) -)  Th-)Ee-) lab- Q)J -) sessions-) -) are- Q)= -) conducted-) -) by- Q)2 -) M-),r-).- Q)  -) Kihwan-) -) Jun.-\)R -(w -*: -)&-`) -)Grade Weights:z-y@' ( -) Examination -(1-`X) -(25%-)\ -( 9w -)& -)% ( 9 Examination -( 92-`X) -( 925%-)\ -( rw -)& -)% ( rHomework and QuizzesW-V( rg -)d15%-)\ -)& -( w -)& -)% ( Final Examinatio-( n-?) -)35%-)\ ( w -*5 -)&-`) -)T)he numerical co-( !u-)rse- Q): -) grade-)o -) is- Q)! -) computed-) -) b-)y-) weigh-)t-) ing- Q)@ -) the-)= -) ra-)'w-)# scores- Q) -) as-)) -) indicated- Q) -) above.-) -( MLetter -)g-)rades- Q)i -) are-)= -) determined- Q) -) vi-)'a-) the- Q)J -) f-)o-)llowing- Q) -) sca-)?l-) e.- Q)# -)  -) G-)#rades- Q)i -) are-)= -) not- Q)@ -) curved-\) -) in-`)' -) any-\)H -) way-\)S -( w -*9 -)& -)%A = 90%))100%-\)u -( w -)& -)%B = 80%))89%-\)\ -( 1w -)& -)%C = 70%))79%-\)\ -( kw -)& -)%D = 60%))69%-\)\ -( w -)& -)%F = 0%))59%-\)\ -( w  ! ! ! !  ! ! !  ! ! !  ! ! !  ! ! !  ! ! !  ! ! !  ! ! !  ! ! ! ՜.+,0 hp  ' UT-Austin  (EE 411 - Network Theory I Spring 2003 Title  !"#%&'()*+,-./0123456789:;<=>?@ACDEFGHILRoot Entry FJVN1TableWordDocument,*SummaryInformation($;DocumentSummaryInformation8BCompObjXObjectPoolJVJV FMicrosoft Word DocumentNB6WWord.Document.8Root Entry FVf1TableWordDocument,SummaryInformation(g; !"#QSTUVWXYZ[\]^_`abcdhijklmnopqrstuvwxyz{|}~DocumentSummaryInformation8HCompObjXObjectPoolJVJV0TableR!$H@H NormalCJOJQJkH'mH sH tH uDA@D Default Paragraph FontRiR  Table Normal4 l4a (k(No List4 @4 Footer  !4@4 Header  !8O8 Letter  !OJQJXO"X _Times"$ h 41$a$gde/B*OJQJphFO2F Memo Part 1a$5CJ$OJQJFO1BF Memo Part 2 a$ 5CJu* z z z zduf23EZ[_`^_  ) * /0Mef)*@AWXkl)*:;NObdwy&'OPqv(#*d(#$(#u(#u(#u(#u(#PS(#PS(#PS(#PS(#PS(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#PS(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#PS(#PS(#PS(#PS(#PS(#u(#u(#(#u(#u(#u(#(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#u(#0(# "(# "(#u23EZ[_`^_  ) * /0Mef)*@AWXkl)*:;NObdwy&'OPqrsv0pɀ0pɀ0ʀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0ʀ0pɀ00pɀ0p0pɀ0p0pɀ0ʀ0pɀ0ʀ0ʀ000pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ00pɀ00pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0pɀ0ʀ0ʀ00pɀ0pɀ0pɀ0p0ʀ0pɀ0ʀ0ʀ0ʀ00ʀ00ʀ00ʀ00ʀ@0pɀ0ʀ@0pɀ0ʀ00ʀ00ʀ00ʀ0ʀ0ʀ00ʀ00ʀ00ʀ0ʀ0ʀ00ʀ00ʀ0ʀ0ʀ0ʀ0ʀ0ʀ0ʀ00ʀ00ʀ0pɀ0pɀ00ʀ0@0pɀ0ʀ0ʀ0ʀ0ʀ@0ʀ0ʀ@0ʀ00pɀ0ʀ0p0ɀ0p0ɀ0p0/0Mev`:0::D" 90o0!/оLLLLLO6* ` 06*wv|  04'v1HJbg   0L (07'v::::::::::::::::::::&v@4444$X04&'stu0 @1,*0n*@00@0T0@00@00@UnknownGTimes New Roman5Symbol3 Arial3Times9New York? Courier New5 Geneva;"MHelvetica A +s&s&/Z $+xx>dS`+e/'EE 411 - Network Theory I Spring 2003EarlEarl Swartzlander FMicrosoft Word DocumentNB6WWord.Document.8 ՜.+,0 hp  ' UT-Austin  (EE 411 - Network Theory I Spring 2003 Title Oh+'0; $0 L X d p|'(EE 411 - Network Theory I Spring 2003l?EarlarlNormalEarl Swartzlander?6PMicrosoft Word 11.0@ِ@ V@i -)302-`)K -)or- Q)* -)302H-\)o -(wwith-G)Y -) a grade of - Q)C-G)" -) or better and- Q( -)credit-)r -)or- Q)* -) registration-) -)for- Q); -)PHY-)d -)303L- Q)j -)and-)H -)Ph)5ysic- Q)Ps-G) -)103N a- Q)nd -(wcredit o-)r-) registration fo-(Fr-) M- Q)9 -) 427K.-\)| -(Hw -*: Textbook:- Q) -) Fundamentals- Q( -)of Electric Ci- Q(r-)cuits)a,- Q)  -)by Charles K. Alexander and- Q( -) Matthew N. O- Q(.-) (w Sadiku, 3r-)d-) editio-)n-).-\)  -(w -*4 -)&-`) -) Instructor-):-IG)  -) Professor Ear-(*l-) Swartzlande-(*r-@,z) -) -(\w -)& (\ Office: EN-)S-) 51-)?7-) -(\M -(w -)& ( Phone: 471)-)5923 -\)q -(w -)& ( eswartzla@a(ol.com-) (w -*7 -)&-`) -) Office Hours-():-3)  -)&Tuesday and Wednesday 10:00 AM to 11:0-()0-) AM- Q)] -)  -(cw -)& -)% (c or by appoin-)t-) ment-)d (w -*: -)&-`) -)Teaching Assistant- Q(?:)-( ) -)6 Mr. Kihwan Ju-(n-) -(M -(w -)& -)% ( Office: EN-)S-) 509A-\)| -(Jw -)& -)% (Jkihwan_jun@mail.utexas.edu-(J (w -*: -)&-`) -)Grader:- Z) -(Mr. )WInwoo-)k-) Kon-)cgR-Ql() -(M -(w -)& -)% ( Office: EN-)S-) 509A-\)| -(1w -)& -)% (1ik374@mail.utexas.edu-(1^ (kw -*: -)&-`) -)The- Q)N -)clas- Q)Ms -)"meet- Q)as -)" for lecture- Q)s -)"on Mon- Q)d-)ay- Q)/s -)"and - Q)VWe-)Gdnesday- Q)s -)"from 3:30 to 5:00 - Q(P-)M in- Q)a -)CPE-)\ -(2.212.-`)~ -)&The class also - Q(m-)(eets- )M -)on- Q)2c-)e- ) -)a- Q) w-)8eek- )E -)for- Q); -)a-`) -)two hour lab/problem solving se- Q(Vs-)sion.-)` -(The-`)N -)lab for unique number 1566- Q(X0-`) -)meet- Q)as-`) -)from 11:00 AM t- Q(do-`) -)1:00 P- Q)M-`)- -) on Friday- Q)s-`) -)in EN- Q)yS-) (R145-=)K -)and-=)H -)the lab for uniqu-(Re-=) -)number 15665 meet-(Rs-=) -)from 1:0-)0-=) -) to 3:00 PM on-(R -)Fridays-) -)in-)' -( ACA 1.104.-) -)  Th-)Ee-) lab- Q)J -) sessions-) -) are- Q)= -) conducted-) -) by- Q)2 -) M-),r-).- Q)  -) Kihwan-) -) Jun.-\)R -(w -*: -)&-`) -)Grade Weights:z-y@' ( -) Examination -(1-`X) -(25%-)\ -( 9w -)& -)% ( 9 Examination -( 92-`X) -( 925%-)\ -( rw -)& -)% ( rHomework and QuizzesW-V( rg -)d15%-)\ -)& -( w -)& -)% ( Final Examinatio-( n-?) -)35%-)\ ( w -*5 -)&-`) -)T)he numerical co-( !u-)rse- Q): -) grade-)o -) is- Q)! -) computed-) -) b-)y-) weigh-)t-) ing- Q)@ -) the-)= -) ra-)'w-)# scores- Q) -) as-)) -) indicated- Q) -) above.-) -( MLetter -)g-)rades- Q)i -) are-)= -) determined- Q) -) vi-)'a-) the- Q)J -) f-)o-)llowing- Q) -) sca-)?l-) e.- Q)# -)  -) G-)#rades- Q)i -) are-)= -) not- Q)@ -) curved-\) -) in-`)' -) any-\)H -) way-\)S -( w -*9 -)& -)%A = 90%))100%-\)u -( w -)& -)%B = 80%))89%-\)\ -( 1w -)& -)%C = 70%))79%-\)\ -( kw -)& -)%D = 60%))69%-\)\ -( w -)& -)%F = 0%))59%-\)\ -( w  ! ! ! !  ! ! !  ! ! !  ! ! !  ! ! !  ! ! !  ! ! !  ! ! !  ! ! !a xjbjbA]A],+?d'MN8 4b W,-!R#]rrrrXrD",rrr 4f rr'0Wr!$r!$rrb b db b  Catalogue Data: EE 411Basic network principles; steady state response to signals; simple transient response; nodal and loop analysis. Requirements: Completion of EE 302 or 302H with a grade of C or better and credit or registration for PHY 303L and Physics 103N and credit or registration for M 427K. Textbook: Fundamentals of Electric Circuits, by Charles K. Alexander and Matthew N. O. Sadiku, 3rd edition. Instructor: Professor Earl Swartzlander Office: ENS 517 Phone: 471-5923 eswartzla@aol.com Office Hours: Tuesday and Wednesday 10:00 AM to 11:00 AM or by appointment Teaching Assistant: Mr. Kihwan Jun Office: ENS 509A kihwan_jun@mail.utexas.edu Grader: Mr. Inwook Kong Office: ENS 509A ik374@mail.utexas.edu The class meets for lectures on Mondays and Wednesdays from 3:30 to 5:00 PM in CPE 2.212. The class also meets once a week for a two hour lab/problem solving session. The lab for unique number 15660 meets from 11:00 AM to 1:00 PM on Fridays in ENS 145 and the lab for unique number 15665 meets from 1:00 to 3:00 PM on Fridays in ACA 1.104. The lab sessions are conducted by Mr. Kihwan Jun. Grade Weights: Examination 1 25% Examination 2 25% Homework and Quizzes 15% Final Examination 35% The numerical course grade is computed by weighting the raw scores as indicated above. Letter grades are determined via the following scale. Grades are not curved in any way A = 90%100% B = 80%89% C = 70%79% D = 60%69% F = 0%59% A course/instructor survey will be conducted at the end of the semester via the standard MEC form. The Final Examination will be on Friday, May 9th from 7:00 to 10:00 PM The examinations will consist of a number of simple questions for which the answers are to be recorded on an answer sheet. Only the answers on the answer sheet are graded. There are no make-up examinations. Excused absence from an examination must be approved in advance. Absence is excused only in extreme circumstances (serious illness, death in the immediate family, etc.). Requests for excused absences should be made in writing and must be supported by appropriate documentation. Unexcused absence from an examination will result in a grade of zero for that examination. There is no regrading of examinations, unless you feel that there is an error. In this case, you should submit a written request, explaining the nature of the error, and why you feel that you deserve a different grade. Verbal or e-mail requests will not be considered. The fourth class day is the last day of the official add/drop period. Drops after this time must be approved by the Deans office. University policies on scholastic dishonesty will be strictly enforced. Students who violate University rules on scholastic dishonesty (including, but not limited to, cheating, plagiarism, collusion, or falsifying academic records) are subject to disciplinary penalties, including failure in the course or dismissal from the University. Disabilities: Upon request the University of Texas at Austin provides appropriate academic adjustments for qualified students with disabilities. For more information call the Office of the Dean of Students at 471-6259, 471-4241 TDD, or the College of Engineering Director of Students with Disabilities, 471-4321. Web-based, password-protected class sites are associated with all academic courses taught at the University. Electronic class rosters are a component of the sites. Students who do not want their names to be included in these electronic class rosters must restrict their directory information in the Office of the Registrar, Main Building, Room 1. The following lecture schedule is approximate. It indicates the topics, their order and probable examination dates, but it is subject to change. Lecture Schedule WEEK OF: TEXT STUDY ASSIGNMENT: January 14 Introduction January 16 Review of Chapters 1-5 January 21 MLK Holiday January 23 Chapter 6 January 28 Chapter 6 January 30 Chapter 7 February 4 Chapter 7 February 6 Chapter 7 February 11 Chapter 8 February 13 Chapter 8 February 18 Chapter 8 February 20 Review February 25 Exam 1 February 27 Chapter 9 March 3 Chapter 9 March 5 Chapter 10 March 10-14 SPRING BREAK March 17 Chapter 10 March 19 Chapter 13 March 24 Chapter 13 March 26 Review March 31 Exam 2 April 2 Chapter 11 April 7 Chapter 11 April 9 Chapter 11 April 14 Chapter 12 April 16 Chapter 12 April 21 Chapter 12 April 23 Chapter 14 April 28 Chapter 14 April 30 Chapter 14 May 9 7:00 to 10:00 PM FINAL EXAMINATION EE 411 - Network Theory I Spring 2008 (Unique Numbers 15660 and 15665) >_/0P(*Rtuvwx4*6*qi\Qhkh}OJQJhkh>}CJOJQJaJhkh>}5CJ$OJQJaJ$hkh>}5OJQJhkh>}OJQJaJhkh>}OJQJaJ$h7h>}CJ OJQJaJ$h_h>}OJQJh>}h>}OJQJhkh>}56OJQJhkh>}OJQJh>}h>}CJaJ23EZ[ $  $ 4d1$gd>}  4d1$gd>} h 4d1$gd>} ( L(#h^h`$a$*w _ `  L(#h^h` hHhd1$^h`gd>} ( L(#h^h` (#h^h` h^h`gd>}` ^ _  )*/0 D $a$ T1$gd>}$ h8hd1$^h`a$gd>} ( L(#h^h`0Phi,-CDZ[no  &dP],-=>QRegz| )*RStuvwx6*$a$   (# *00hP/ =!"#$%DATE