` M
635 Pattern Recognition. (3) 769 Residence Credit for Doctor’s Degree. (O) [
Introduction to the equivalence of approaches to pattern recognition, May be repeated indefinitely. (1 to 12 credits equivalence). E
matched filtering, decision theoretic methods, sequential approach and _ Q
learning machines. Three class hours per week. Prereq: 640.   Sem;y]gr_   li
. ._ Review of cmreut literature in the field of Electrical Engineering, E
6+0 Continuous $t¤¢h¤S¤¢1’r¤¢¢SS¤SI- (3) general discussion and presentation of papers on departmental re- g_
Random variables, stochastic processes, stationary processes, correla- search. Required of all graduate students. Two class hours. i
tion and power spectrum, mean·square estimation, filter design, de- ' _ _ _ ‘ F
Caslon theory, Marko}; processes, simulation. Three hours lecture per 783 Speczal Problems m Electrical Engineering, (1-3)  
week Prereq: STA 5"3' Open tt:} gradtiilateciltudents oplyil Irlgdividual work ou an assigmgient {
· · b ' . ‘
641 Continuous Stochastic Processes II. (3) ;p;:;;;,umy0f Sine   ° t ° wamnem May b° r°p°°t° °° {
Continuation of EE 640. Three class hours per week. Prereq: EE 640. Z
645 Communication Systems I. (3) E
The formulation, optimization, and implementation of digital and ri
analog communication systems. Topics include signal representation     Q
and design, optimal detectioninethods, modulation, channel modeling, g
and diversity techniques. Prereq: EE 511 and EE 640, or consent of {
instructor. FACULTY l
646 Communication Systems Il. (3) Oscar W_ Dillon, IL, chairman
Communication channel capacity and the formulation and implementa-
tion of systems that approach the channel capacity. The design and Professors v_
optimization of analog modulation and demodulation systems. Prereq: {
EE 645- Oscar W. Dillon, ]r. Sc.D., Columbia, 1959 it
650 Electro-Optical Properties of Materials. (3) Staley Fields Adams Ph.D., Colorado, 1965 xl
The effects of electric fields upon light propagation in media. Lasers, Donald       Cgmb{idg€’   li
electro-optic modulation, non-linear optics, laser noise, optical para-
~ metric oscillator, stimulated Raman emission, coherent scattering. ·
Three class hours per week. Prereq: EE 670. Associate Professors
6;. O . · 3 Millard F. Beatty, lr. Ph.D., Iohus Hopkins, 1964
i > ptical Processing. ( ) F k R. Ph D H1. . 1 6 _
Emphasis on both the mathematical modeling and the use of optical ran   IZZO · ·> Hlolsr 9 4
equipment in the solution of diverse physical problems which lend   Richard Robe   Stanford,  
, themselves to a "photographic" type output. Two class hours; three . ,
laboratory hours per week. Prereq: PHY 508. Davld   SIUPPY   Iowa State:   ,
. . . Theodore R. T aucliert D.En . Yale 1964 "
, 660 Electromc Device Design. (3) S » 7 pl
An integrated treatment of the theory and application of electronic Assistant Professors 4
devices with emphasis on methods of engineering analysis and design. . 
Three class hours per week. Prereq: EE 585 or consent of instructor. Nelson   I-lsu Ph_D_7 Iohns Iiopkinsy   i
l 664 Semiconductor Theory (3) Stanley E. lones Ph.D., Delaware, 1967
The electric, magnetic, optical and thermal properties of semicon— St€pl1€I1   Vogel   l\lO1‘l§l'lWCSlZ€ITH,  
duetors. Three class hours per week. Prereq: PHY 598, 599, MA 214.
669 l"t¢’ST¢it€d ClT€¤it$· (3) The Department of Engineering Mechanics provides l
Theory and analysis of integrated circuits will be developed and the · · · , _
relations between process variables and electrical performance param- advanced fm-mal tmmlng and an actuc research PTO
Q eters established. Modern semiconductor techniques will be described gl'ElI`i`1 l€Zl(l1Tlg to tll€   Zlfld   (l€gI€€S. Th€I€
‘ for silicon and other microcircuit materials and the theory and ·   1 t d · E · ·
i rationale behind their application developed. The use and application IS HO dcca glu-ca C Cgrcc Progl-mn In nglnecnng
. <»f wmrwrcr aided design will be i¤¢r¤d¤¤cd· Prereq: MET 532. Mechanics, although certain undergraduate courses are
EE 461 or consent of instructor. .
offered in the Department for the beneht of other
670 Quantum Electronics. (3) programs in the College of Engineering.
The interaction of electromagnetic radiation fields and atomic systems · V · ,
p and devices that make use of such interactions. Three class hours SOIHC Inodcnl énglnccnng problcnls Jr? SO Complex ` 
p 1*6* “’¢*=k- Pf¤*<=<1= EE 624- that many empirically based design techniques do not
V l 672 Molecular Properties in Electronic Devices. (3) aPPlY· Sometimes th€Y do not CVCH €XISt· Engmcclimg  
The study of molecular properties and the application of these prop- M€ChHH1CS OHCIS 2111 €XC€ll€1'lt l)3Cl{gI`OL1Hd fO1' tl`1€ llI`ll{· E 
i erties in electronic devices. Correlation of molecular energy states with ‘ ' ' ' _ f
infrared and Raman spectra; selection rules and intensities of transi—   together Of p]3tb€m3t1CS’ physics and the Cnglnccr -=
tions; instrumentation for molecular investigation; applications. Prereq: lllg SCICDCCS \Vl11Cl'1 1S IICCCSSHIY fOI` tl1€ Sl1CC€SSfl1l t1'€2lt· L 
~ L Consent of instructor. · I 
  ment of such problems. Those students with an  
i 68; Automata Theory. (3) aptitude for ITl2ltll€l'1l2lt1CS and who are interested in y
, Decomposition of Sequential Machines, State Assignment, Fi `t ` ' ` · 
l Memory Machine, Shifting Operators as applied to Structural Eli/fa? applymg Hmthelngtlcs and Physlcs to fundamental  
i chimes, Turing Machines, Pattern Classification by State Machines. P1`Ob1€H1$, would do well to Consldcf work IU Englnccl-' . 
  Three class hours per week. Prereq; EE 580, MA 561, ing Mechanics  I
I VH Network Swtllcsls I' (dl Prerequisite for graduate work: Students desiring `
The first of a two—semester sequence of courses giving a compre- . ., . . . ;
hcusive treatment of modern network synthesis. Prereq: EE 611. graduate work In knglnccnng Mcchanlcs COIUC from , 
.. . . .llb. l   . l. f ro am
l /12 NCl\\'OTl{ S)‘11fl1c515 H_     mrfc lcs of ETlgl1lCl$I1Iig 'IS \vCl *15 rom up Hgrlblg V
~ The second of a two-semester sequence of courses giving a compre- m_ mat lculutlcs and P yslCS‘ The program ls Cxl C ‘ 
i hensive treatment of modern network synthesis. Prereq: EE 711. Wltll CCI't2llll CO1'€ COLITSCS g€l'lCI`2lllY 1'€qLl1I`€Cl. Typ1CHl L 
E   I{cSidC"Cc   for the Alastclls Degree.   OptlOI1Lll 3I`€L`lS of' COIlCCHtl'€llf1OIl fOI` tl1€ ·I`€1H211HCl€I` .01 V 
(]-6 credits €quivn]Enc€_) May be repeated Once tl`lC [)l`OgI`2`llTi HIC 1112 COl'ilflI]llLllTl M€ChHDlCS, DYHHUTICS _
294 t