ECE Final Upto 4th Year Syllabus (2)

8/10/2019 ECE Final Upto 4th Year Syllabus (2)

1/42

SEMESTER - III

Theory

NUMERICAL METHODS

Code : M(CS) 301Contat! : "L#1T

Approximation in numerical computation: Truncation and rounding errors, Fixed and floating-point

arithmetic, Propagation of errors.(4)

Interpolation: e!ton for!ard"#ac$!ard interpolation, %agrange&s and e!ton&s di'ided difference

Inter polation.()

umerical integration: Trapeoidal rule, *impson&s +" rule, xpression for corresponding error

terms. ()

umerical solution of a sstem of linear e/uations:

0auss elimination method, 1atrix in'ersion, %2 Factoriation method, 0auss-*eidel iterati'e

method.umerical solution of Alge#raic e/uation:

3isection method, egula-Falsi method, e!ton-aphson method. (4)

umerical solution of ordinar differential e/uation: uler&s method, unge-5utta methods,

Predictor-6orrector methods and Finite 7ifference method. (8)

Text 3oo$s:

+. 6.9a'ier: 6 %anguage and umerical 1ethods.

. 7utta ;


2/42

S&-To!: Fourier Integral Theorem (statement onl), Fourier Transform of a function, Fourier

*ine and 6osine Integral Theorem (statement onl), Fourier

6osine ; *ine Transforms. Fourier, Fourier 6osine ; *ine Transforms of elementar functions.

Properties of Fourier Transform: %inearit, *hifting, 6hange of scale, 1odulation. xamples.

Fourier Transform of 7eri'ati'es. xamples. 6on'olution Theorem (statement onl), In'erse of

Fourier Transform, xamples.

Mod&'e II : Ca'&'&! o+ Co,'e2 ara'e 13L/

To: Introd&ton to &nton! o+ a Co,'e2 ara'e4

S&-To!: 6omplex functions, 6oncept of %imit,

6ontinuit and 7ifferentia#ilit. (+)

Analtic functions, 6auch-iemann /uations (statement onl). *ufficient condition for a functionto #e analtic. ?armonic function and 6on=ugate ?armonic function, related pro#lems. (+)6onstruction of Analtic functions: 1ilne Thomson method, related pro#lems. (+)

To: Co,'e2 Inte5raton4

S&-To!: 6oncept of simple cur'e, closed cur'e, smooth cur'e ; contour. *ome elementar

properties of complex Integrals. %ine integrals alonga piece!ise smooth cur'e. xamples. ()

6auch&s theorem (statement onl). 6auch-0oursat theorem (statement onl). xamples. (+)

6auch&s integral formula, 6auch&s integral formul a for the deri'ati'e of an analtic function,

6auch&s integral formula for the successi'e

deri'ati'es of an analtic function. xamples. ()

Talor&s series, %aurent&s series. xamples(+)

Topic: eros and *ingularities of an Analtic Function ; esidue Theorem. *u#-Topics: ero of an

Analtic function, order of ero, *ingularities of an analtic function. Isolated and non-isolated

singularit, essential singularities. Poles: simple pole, pole of order m. xamples on determination

of singularities and their nature.

To: Introd&ton to Con+or,a' Man54

S&-To!: 6oncept of transformation from -plane to !-plane.Transformation and determination

of its fixed point.6oncept of 6onformal 1apping. Idea of some standard transformations. 3ilinear

Mod&'e III:

6roa'ty .L/

To: 7a!6roa'ty Theory

S&-To!: 6lassical definition and its limitations. Axiomatic definition.

*ome elementar deduction: i) P(>)BC, ii) CDP(A)D+, iii) P(A&)B+-P(A) etc. !here the sm#ols

ha'e their usual meanings. Fre/uenc interpretationof pro#a#ilit. (+)

Addition rule for e'ents (proof) ; its extension to more than e'ents (statement onl). elated

pro#lems.

6onditional pro#a#ilit ; Independent e'ents. xtension to more than e'ents (pair!ise ; mutualindependence). 1ultiplication ule. xamples.3ae&s theorem (statement onl) and related pro#lems. ()

To: Rando, ara'e * 6roa'ty D!tr&ton!4 E2etaton4

S&-To!: 7efinition of random 'aria#le. 6ontinuous and discrete random 'aria#les. Pro#a#ilitdensit function ; pro#a#ilit mass function forsingle 'aria#le onl. 7istri#ution function and its

properties (!ithout proof). xamples. 7efinitions of xpectation ; Eariance, properties ;examples. ()


3/42

*ome important discrete distri#utions: 3inomial ; Poisson distri#utions and related pro#lems.

*ome important continuous distri#utions: 2niform, xponential, ormal distri#utions and relatedpro#lems. 7etermination of 1ean ; Eariance for 3inomial, Poisson ; 2niform distri#utions onl.

()

Mod&'e I: 6arta' D++erenta' E8&aton (6DE) and Sere! !o'&ton o+

Ordnary D++erenta' E8&aton (ODE) 13L/

To: 7a! onet! o+ 6DE4

S&-To!: >rigin of P7, its order and degree, concept of solution in P7. Introduction todifferent methods of solution: *eparation of 'aria#les,%aplace ; Fourier transform methods. (+)

To: So'&ton o+ Inta' a'&e * 7o&ndary a'&e 6DE9! y Searaton o+ ara'e!; La'ae* o&rer tran!+or, ,ethod!4

Text Books:

+. 3ro!n


4/42

theorem H+%, eciprocit theorem, 6ompensation theorem H+%, maximum

Po!er Transfer theorem H+%, 1illman&s

theorem, *tar delta transformations H+%, *olutions and pro#lems !ith 76 and

A6 sources H+%.

.

+raph of et!ork: 6oncept of Tree and 3ranch H+%, tree lin$, =unctions,-./

Incident matrix, Tie set matrix "#$%, 40etermination of loop current and node

1olta&es "#$%.

Co&'ed Cr&t!: 1agnetic coupling, polarit of coils, polarit of induced

'oltage, concept of *elf and mutual 4

inductance, 6oefficient of coupling,

*olution of Pro#lems.

Cr&t tran!ent!: 76 transients in -% and -6 6ircuits !ith and !ithout

initial charge,-./ R*$*C Circuits, AC

Transients in sinusoidal R*$, R*C and R*$*C Circuits, (olution of ro)lems

"#$%2

4.

La'ae tran!+or,: 6oncept of 6omplex fre/uenc H+%, transform of

f(t) into F(s) H+%, transform of step, K

exponential, o'er damped surge, criticall damped surge, damped and un-

damped sine functions H%, properties of

%aplace transform H+%, linearit, real differentiation, real integration, initial

'alue theorem and final 'alue theorem H+%,

in'erse %aplace transform H+%, application in circuit analsis, Partial

fraction expansion, ?ea'iside&s expansion

theorem, *olution of pro#lems H+%.

-./ $aplace transform and In1erse

$aplace transform "#$%.T?o 6ort Net?or@!: elationship of T!o port net!or$ 'aria#les, short circuit

admittance parameters, open circuit

impedance parameters, transmission parameters, relationship #et!een

parameter sets, net!or$ functions for ladder 4

net!or$ and general net!or$.

Text 3oo$s:

+. Eal$en#urg 1. . Ean, Let!or$ AnalsisM, Prenti ce ?all."Pearson ducation

. ?at Lngg 6ircuit AnalsisM 8"e Tata 1c0ra!-?il l

. 7.A.3ell- lectrical 6ircuits- >xford

eference 3oo$s:

+. A.3.6arlson-6ircuits- 6enage %earning

.


5/42

6arrier distri#ution, Fermi-le'el, Intrinsic ; xtrinsic semiconductors, on-e/uili#rium in carrierdistri#utionN drift, diffusion, scatteringN Pieo ; ?all effects. ./

0etails: Hecapitulation of 6onductor, Insulator ; *emiconductor !ith special emphasis on theconcept of energ #ands and #and-gaps, -$ diagrams for direct and indirect #and-gapsemiconductors -'$/N

6oncept of the effecti'e mass ; crstal momentum, concept of !a'e-'ector G$GN Intrinsic ;extrinsic semiconductors, idea a#out degenerac and non-degenerac. -#$/6arrier concentration in terms of #ul$ 7ensit of states and Fermi-7irac distri#ution (no deri'ation,expression and significance onl)N 6oncept of Fermi le'el, F.%. shift !ith doping ; temperatureN-#$/

on-e/uili#rium condition: 7rift ; diffusion of carriers !ith simple expressionsN ?all effect ;Pieo-electric effect, 6arrier scattering (#asic idea onl). 0eneration and re-com#ination, /uasi-Fermi energ le'el (concept onl) -3$/

Mod&'e - ": Ret+er and detetor dode!: P- =unction ; *chott$ =unction phsics, I-Erelation, pticalde'ices ; *olar cells, Tunnel diode. 10/

0etails: ?omo- and ?etero-=unctions O examples of semicondu ctor-semiconductor =unction(?omo) ; 1etal-metal, 1etal-*.6. =unctions (?etero-)

-'$/4

Hecapitulation of the rectifing properties of these t!o tpes of =unctions4 ?omo-=unction O*emiconductor-semiconductor p-n =unction ; rectification (recapitulation) -'$/4Plot of =unction'oltage, field and depletion charge !ith distance # sol'ing simple +7 PoissonGs /uation (0radual6hannel ; 7epletion Approximations) -'$/4 *chott$ contact ; *chott$ diode -'$/4 * capacitances, depletion !idth, surface field and potential (# sol'ing PoissonGs e/uation!ith gradual channel ; depletion approximations) -#$/4eal 1>*FT ; Threshold 'oltage forreal 1>*FT, -'$/N I-E characteristics !ith expressions for saturation and non-saturation regions

(concepts #ut no detail deri'ations, empirical relations to #e used for sol'ing pro#lems) -'$/N/ui'alent circuit for 1>*FT -'$/N 1>*FT for E%*I - scaling issues (#asic concept of *hort6hannel ffects onl)-'$/N

Text Books :


6/42

eamen- *emiconductor Phsics and 7e'ices T1?

3hattachara ; *harma- *olid *tate lectronic 7e'ices- >xford

1aini ; Agra!al- lectronics 7e'ices and 6ircuits- ile

Reference Books :

1ilman, ?al$ias ; xford

3hattachara ; *harma- *olid *tate lectronic 7e'ices- >xford*ingh ; *ingh- lectronics 7e'ices and Integrated 6ircuits OP?I

3ogart, 3isle ; ice- lectronics 7e'ices and 6ircuits- Pearson

5asap-Principles of lectronic 1aterials and 7e'ices- T1?3olestad ; ashels$- lectronics 7e'ices and 6ircuit Theor- Pearson

*ali'ahanan, 5umar ; Ealla'ara=- lectronics 7e'ices and 6ircuits- T1?

SINALS AND S 6 O Properties of -transform O Poles and eros O in'erse -transform using 6ontour integration - esidue Theorem,Po!er *eries expansion and Partial fraction expansion

andom *ignals ; *stems: 7efinitions, distri#ution ; densit functions, mean 'alues ; moments,function of t!o random 'aria#les, concepts of correlation, random processes, spectral densities,response of %TI sstems to random inputs.

Te2t 7oo@!:. A.E.>ppenheim, A.*.ills$ and *.?.a!a# -*ignals ; *stems, Pearson

4. *.?a$in ; 3.E.Eeen, *ignals and *stems- xford


7/42

. P.amesh 3a#u ; .Anandanatara=an- *ignals and *stems 4"e- *citech

8. 1.perational Amplifier: Ideal >PA1P, 7ifferential Amplifier, 6onstant current source

(current mirror etc.), le'el shifter, 61, >pen ; 6losed loop circuits, importance of

feed#ac$ loop (positi'e ; negati'e), in'erting ; non-in'erting amplifiers, 'oltage

follo!er"#uffer circuit.H8

2. Applications of >perational Amplifiers: adder, integrator ; differentiator, comparator,

*chmitt Trigger. Instrumentation Amplifier, %og ; Anti-log amplifiers, Trans-conductance

multiplier, Precision ectifier, 'oltage to current and current to 'oltage con'erter, free

running oscillator.H8

1odule -4: HK+. Po!er amplifiers O 6lass A, 3, A3, 6, 6on'ersion ef ficienc, Tuned amplifier H4

. 1ulti'i#rator O 1onosta#le, 3ista#le, Asta#le multi 'i#ratorsN 1onosta#le and asta#le

operation using timer. H

. *pecial Functional 6ircuits: E6> and P%%. H

Text 3oo$s:

+. *edra ; *mith-1icroelectronic 6ircuits- >xford 2P

. FrancoV7esign !ith >perational Amplifiers ; Analog

Integrated 6ircuits , "e, 1c0ra! ?ill . 3olested ;

ashels$- lectronic 7e'ices and 6ircuit Theor- Pearson"P?I

eference 3oo$s:


8/42

+. 1illman ; ?al$ias O Integrated lNectron ics, 1c0ra! ?ill.

. ashid-1icroelectronic 6ircuits-Analsis and 7esign- Thomson (6enage %earning)

. *chilling ; 3elo'eVlectronic 6ircuit:7i screte ; Integrated , "e , 1c0ra! ?ill

4. aa'i- Fundamentals of 1icroelectronic s- ile

. 1al'inoVlectronic Principles , 8"e , 1c 0ra! ?ill

8. ?oro!it ; ?ill- The Art of lectronicsN 6am#ridge 2ni'ersit Press.

S. 3ell- >perational Amplifiers and %inear I6s- >xford 2P

K. To#e ; 0rame O >perational Amplifier: 7 esign and Applications, 1c 0ra!?ill.

. 0aa$!ad .A -- >pAmps and %inear I6&s, P?I

eference 3oo$(optional)a) %inear Integrated 6ircuit:---------7.o 6houdhar *.3.


9/42

FT parameters (drain resistance, transconductance ; amplification factor).

x 8: *tud the 'ariation of small-signal 'oltage gain !ith fre/uenc of a perational Amplifiers.

. *tud of timer circuit using ; configuration for monosta#le ; asta#le multi'i#rator.+C. 7esign a 3ista#le multi'i#rator using .

++. *tud of *!itched 1ode Po!er *uppl ; construction of a linear'oltage regulator using regulator I6 chip.

+.7esign a simple function generator using I6.+.ealiation of a E-to-I ; I-to-E con'erter using >p-Amps.


10/42

+4.ealiation of a Phase %oc$ed %oop using Eoltage 6ontrolled >scillator (E6>).

+.*tud of 7.A.6 ; A.7.6.


11/42

SEMESTER - I

Theory

ALUES * ETHICS IN 6ROESSION

HU-%01

Contrat!:3L

Credt!- 3

*cience, Technolog and ngineering as $no!ledge and as *ocial and Professional Acti'ities

5ffects of Technolo&ical +ro!th:

apid Technological gro!th and depletion of resources, eports of the 6lu# of ome. %imits ofgro!th: sustaina#le de'elopment nerg 6risis: ene!a#le nerg esources

n'ironmental degradation and pollution. co-friendl Technologies. n'ironmental egulations,n'ironmental thics Appropriate Technolog 1o'ement of *chumacherN later de'elopments

Technolog and de'eloping notions. Pro#lems of Technolog transfer, Technolog assessmentimpact analsis.

?uman >perator in ngineering pro=ects and industries. Pro#lems of man, machine, interaction,Impact of assem#l line and automation. ?uman centered Technolog.

5thics of rofession:

ngineering profession: thical issues in ngineering practice, 6onflicts #et!een #usiness demandsand professional ideals. *ocial and ethical responsi#ilities of Technologists. 6odes of professionalethics. histle #lo!ing and #eond, 6ase studies.

rofession and Human 6alues:

Ealues 6risis in contemporar societ

ature of 'alues: Ealue *pectrum of a good life Pschological 'alues: Integrated personalitN

mental health

*ocietal 'alues: The modern search for a good societ, =ustice, democrac, secularism, rule of la!,'alues in Indian 6onstitution. Aesthetic 'alues: Perception and en=oment of #eaut, simplicit,clarit1oral and ethical 'alues: ature of moral =udgementsN canons of ethicsN ethics of 'irtueN ethics ofdutN ethics of responsi#ilit.

Books:

+. *tephen ? 2nger, 6ontrolling Technolog: thics and the esponsi#le ngineers,


12/42

3. FaradaGs la! ; %enGs la!. 7isplacement 6urrent, < -


13/42

egisters and counters and their design, Irregular counter, *tate ta#le and state transitiondiagram, se/uential circuits design methodolog. H8

1odule-4:

a) 7ifferent tpes of A"7 and 7"A con'ersion techni/ues. H4

#) %ogic families- TT%, 6%, 1>* and 61>*, their operation and specifications. H8

Text#oo$s:+. A.Anand 5umar, Fundamentals of 7igital 6ircuits- P?I

. A.5.1aini- 7igital lectronics- ile-India

. 5harate- 7igital lectronics- >xford

eference:

+. 1orries 1ano- 7igital %ogic 7esign- P?I

. .P.


14/42

D5ta' E'etron * Inte5rated Cr&t! Laoratory

Code: EC%"

Contat!: 36

Credt!: "

+. ealiation of #asic gates using 2ni'ersal logic gates.

. 6ode con'ersion circuits- 367 to xcess- and 'ice-'ersa.

Four-#it parit generator and comparator circuits.

4. 6onstruction of simple 7ecoder and 1ultiplexer circuits using logic gates.

.7esign of com#inational circuit for 367 to decimal con'ersion to dri'e S-segment displa

using multiplexer.

8. 6onstruction of simple arithmetic circuits-Adder, *u#tractor.

S. ealiation of *-


15/42

SEMESTER -

Theory

Eono,! +or En5neer!

HU-01

Contrat!: 3L

Credt!- 3

Mod&'e-I

+. conomic 7ecisions 1a$ing O >'er'ie!, Pro#lems, ole, 7ecision ma$ing process.

. ngineering 6osts ; stimation O Fixed, Earia#le , 1arginal ; A'erage 6osts, *un$ 6osts,

>pportunit 6osts, ecurring And onrecurring 6osts, Incremental 6osts, 6ash 6osts 's 3oo$

6osts, %ife-6cle 6ostsN Tpes >f stimate, stimating 1odels - Per-2nit 1odel, *egmenting

1odel, 6ost Indexes, Po!er-*iing 1odel, Impro'ement ; %earning 6ur'e, 3enefits.

Mod&'e-II

.6ash Flo!, Interest and /ui'alence: 6ash Flo! O 7iagrams, 6ategories ; 6omputation, TimeEalue of 1one, 7e#t repament, ominal ; ffecti'e Interest.

4. 6ash Flo! ; ate >f eturn Analsis O 6alculatio ns, Treatment of *al'age Ealue, Annual

6ash Flo! Analsis, Analsis PeriodsN Internal ate >f eturn, 6alculating ate of eturn,

Incremental AnalsisN 3est Alternati'e 6hoosing An Analsis 1ethod, Future orth Analsis,

3enefit-6ost atio Analsis, *ensiti'it And 3rea$e'en Analsis. conomic Analsis In The Pu#lic

*ector - Uuantifing And Ealuing 3enefits ; dra!#ac$s.

Mod&'e-III

. Inflation And Price 6hange O 7efinition, ffects , 6auses, Price 6hange !ith Indexes, Tpes

of Index, 6omposite 's 6ommodit Indexes, 2se of Price Indexes In ngineering conomicAnalsis, 6ash Flo!s that inflate at different ates.

8. Present orth Analsis: nd->f-Wear 6on'ention, Eie!point >f conomic Analsis

*tudies, 3orro!ed 1one Eie!point, ffect >f Inflation ; 7eflation, Taxes, conomic 6riteria,

Appling Present orth Techni/ues, 1ultiple Alternati'es.

S.2ncertaint In Future 'ents - stimates and Their 2se in conomic Analsis, ange >f

stimates, Pro#a#ilit, #solescence, 7epreciation And xpenses, Tpes

>f Propert, 7epreciation 6alculation Fundamentals, 7epreciation And 6apital Allo!ance

1ethods, *traight-%ine 7epreciation 7eclining 3alance 7epreciation, 6ommon lements >f Tax

egulations For 7epreciation And 6apital Allo!ances.

. eplacement Analsis - eplacement Analsis 7ecision 1ap, 1inimum 6ost %ife of a e!

Asset, 1arginal 6ost, 1inimum 6ost %ife Pro#lems.

10. Accounting O Function, 3alance *heet, Income *t atement, Financial atios 6apital

Transactions, 6ost Accounting, 7irect and Indirect 6osts, XIndirect 6ost Allocation.

Readin&s

+. 2P

.


16/42

. .Paneer *eel'an: ngineering conomics, P?I

8. 1ichael %inde#urg : ngineering conomics Analsis, Professional Pu#

EC01 -Ana'o5 Co,,&natonEC 01

Contat!: 3-1-0

1od-+ Introd&ton to Ana'o5 Co,,&naton:

lements of communication sstem - Transmitters, Transmission channels ; recei'ers (+), 6oncept

of modulation, its needs (+).

Contn&o&! =ae Lnear Mod&'aton:

a) Amplitude modulation(A1-7*3"T6): Time domain representation of A1 signal

(expression deri'ed using a single tone message), modulation index H+, fre/uenc domain

(spectral) representations, illustration of the carrier and side #and componentsN transmission

#and!idth for A1N Phasor diagram of an A1 signalN H 6alculation of Transmitted po!er

; side#and po!er ; fficienc N concept of under, o'er and critical modulation of A1-

7*3-T6.H

#) >ther Amplitude 1odulations: 7ou#le side #and suppressed carrier (7*3*6) modulation:

time and fre/uenc domain expressions, #and!idth and transmission po!er for 7*3.H+

*ingle side #and modulation (**3) #oth T6 ; *6 and onl the #asic concept of E*3,

*pectra and #and-!idth. H

1od- eneraton * Deteton o+ A,'t&de Mod&'aton:

a) 0eneration of A1: 6oncept of i) 0ated and ii) */uare la! modulators, 3alanced 1odulator.H

#) 0eneration of **3: Filter method, Phase shift method and the Third method H

De,od&'aton +or Lnear Mod&'aton:

7emodulation of A1 signals: 7etection of A1 # en'elope detector H+, *nchronous detection

for A1-*6, ffects of Fre/uenc ; Phase mismatch, 6orrections. H

6rn'e o+ S&er heterodyne reeer!: *uper heterodning principle, intermediate fre/uenc,

%ocal oscillatorfre/uenc, image fre/uenc. H

1od- An5'e Mod&'aton: Ka) Fre/uenc 1odulation (F1) and Phase 1odulation (P1): Time and Fre/uenc domain

representations, *pectral representation of F1 and P1 for a single tone message, 3essel&s

functions and Fourier series. ()N Phasor diagram (+)N

#) eneraton o+ M * 6M:arro! and ide-#and angle modulation, 3asic #loc$ diagram

representation ofgeneration of F1 ; P1, 6oncept of E6> ; eactance modulator ()

c) De,od&'aton o+ M and 6M: 6oncept of fre/uenc discriminators (+), Phase %oc$ed

%oop ()

1od - 4 M&'t'e2n5 +C

a) Fre/uenc 7i'ision 1ultiplexing, Time 7i'ision 1ultiplexing, (F71) (+)

#) *tereo O A1 and F1: 3asic concepts !ith #loc$ di agrams ()) Rando, S5na'! and No!e n Co,,&naton Sy!te,:

i) oise in 6ommunication sstems O Internal ; xte rnal noise, oise Temperature, *ignal-to-oise ratio, hite noise, thermal noise, Figure of 1erit. ()

iii)oise performance in Analog 6ommunication sstems: * calculation for 7*3"T6,7*3-*6, **3-T6, **3-*6 ; F1. ()


17/42

Text Books:

Tau# and *chilling , LPrinciples of 6ommunication * stemsM, nded., 1c-0ra! ?ill3.P.%athi -6ommunication *stems- 3* Pu#licationsE 6handra *e$ar O Analog 6ommunication- >xford 2 ni'ersit Press

References:

6arlsonV6ommunication *stem,4"e , 1c-0ra! ?illProa$is ; *alehi Fundamentals of 6ommunication *stems- Pearson*ingh ; *apreV6ommunication *stems: "e, T1?

P 5 0hosh- Principles of lectrical 6ommunications- 2ni'ersit Press

%..6ouch Ii, L7igital and Analog 6ommunication *s temsM, "e, 1acmillan Pu#lishing

Mroroe!!or * Mroontro''er

Code: EC0"

Contat: 3L # 1T

Credt!: %+. Introduction to 1icrocomputer #ased sstem. ?istor 'olution of 1icroprocessor and

microcontrollers and their ad'antages and disad'antages.

+

Architecture of KCK 1icroprocessor. Address " 7ata 3us multiplexing and demultiplexing.

*tatus and 6ontrol signal generation. Instruction set of KCK 1icroprocessor. 6lassification of

instructions, addressing modes, timing diagram of the instructions.

Assem#l language programming:

Addition, 1ultiplication, 3loc$ Transfer, Ascending order, 7escending order, Finding largest

; smallest num#er, %oo$-up ta#le etc.

Interrupts of KCK processor: classification of interrupts, Programming using interrupts

(programming using IT is not re/uired)

K

*erial and parallel data transfer - 3asic concept of serial I">, 71A, Asnchronous and

snchronous serial transmission using *I7 and *>7 pins of KCK 1icroprocessor.

KC+ architecture:KC+ micro controller hard!are, input"output pins, ports, external memor, counters and

timers, instruction set, addressing modes, serial data i"o, interrupts.

Assem#l language Programming using KC+

1o'ing data:

xternal data mo'es, code memor read onl data mo'es, P2*? and P>P opcodes, data

exchanges.

%ogical operations:

3te-le'el, #it-le'el, rotate and s!ap operations.

Arithmetic operations:

Flags, incrementing and decrementing, addition, su#traction, multiplication and di'ision,

decimal arithmetic.


18/42

The KC+ microcontroller - 5. Aala (Thomson)

1icroprocessors ; interfacing O 7. E. ?all (Tata 1c 0ra!-hill)

a ; 3hurchandi, Ad'anced 1icroprocessors ; Peripherals, T1?The KC+ microcontroller and m#edded sstems - 1aidi, 1aidi and 1c5inle

(PA*>)

An Introduction to 1icroprocessor and Applications O5rishna 5ant (1acmillan)eferences:

1icroprocessors and microcontrollers - . *enthil 5umar, 1. *ara'anan and


19/42

6oncepts of state, state 'aria#les and state model, deri'ation of state models from #loc$ diagrams,7iagonaliation- *ol'ing the Time in'ariant state /uations- *tate Transition 1atrix and it&sProperties O 6oncepts of 6ontrolla#ilit and >#ser'a#ilitH8%

TET 7OO>S:

+. Automatic 6ontrol *stems Kth editionO # 3. 6. 5uo CCO


20/42

Mod&'e - I4 Searhn5; Sortn5 (10L):

Sortn5 A'5orth,! (L): 3u##le sort and its optimiations, insertion sort, shell sort, selection sort,merge sort, /uic$ sort, heap sort (concept of maxheap, application O priorit /ueue), radix sort.

Searhn5 ("L): *e/uential search, #inar

search, interpolation search.Ha!hn5 (3L):

?ashing functions, collision resolution

techni/ues.

Reo,,ended oo@!:

L7ata *tructures And Program 7esign In 6M, " # o#ert %. 5ruse, 3ruce P. %eung.

LFundamentals of 7ata *tructures of 6M # llis ?or o!it, *arta= *ahni, *usan Anderson-freed.

L7ata *tructures in 6M # Aaron 1. Tenen#aum.

K 7ata *tructuresM # *. %ipschut.

L7ata *tructures 2sing 6M # eema Thare=a.

L7ata *tructure 2sing 6M, "e # A.5. ath, A. 5. < agade'.

K Introduction to AlgorithmsM # Thomas ?. 6ormen, 6h arles . %eiserson, onald %. i'est,6lifford *tein.

6rata'

Ana'o5 Co,,&naton La

Code: EC1

Contat: 36

Credt!: "

+. 1easurement of modulation index of an A1 signal.. measurement of output po!er !ith 'aring modulation index an A1 signal(for #oth 7*3-

; **3).

. 1easurement of distortion of the demodulated output !ith 'aring modulation index of anA1 signal (for #oth 7*3-*6 ; **3).

4. 1easurement of po!er of different fre/uenc components of a fre/uenc modulated signal; the measurement of the #and!idth.

. 7esign a P%% using E6> ; to measure the loc$ fre/uenc.

8. 7esign a F1 demodulator using P%%.

S. 1easurement of * of a F amplifier.K. 1easurement of selecti'it ,sensiti'it,fiedilit of a superhetrodne recei'er.

. *tud of !a'eforms of 'arious functional points (output of F,IF ; 'ideo) of a 3" TE

recei'er.

+C. *tud of the 'ertical ; horiontal s!eep of the time #ase unit of a 3" TE.

++. >ne inno'ati'e experiment.

Mroroe!!or! * Mroontro''er! La

Code:EC-"

Contat: 36

Credt!: "

S'4

No4 ame of the xperiments

No4o+

ho&r!

)

*tud of pre!ritten programs on trainer $it using the #asic instruction set

(data transfer, %oad"*tore, Arithmetic, 3

%ogical) Assignments #ased on a#o'e.

d) a)Familiariation !ith KCK( ; KC(+simulator on P6. 3

*tud of pre!ritten programs using #asic instruction set (data transfer,

%oad"*tore, Arithmetic, %ogical) on the

simulator. Assignments #ased on a#o'e


21/42

e) 6ro5ra,,)n5 &!)n5 @)t and !),&'ator +or: J

i) Ta#le loo$ up

ii) 6oping a #loc$ of memor

iii) *hifting a #loc$ of memor

i') Pac$ing and unpac$ing of 367 num#ers

') Addition of 367 num#ers

'i) 3inar to A*6II con'ersion

'ii)

*tring 1atching, 1ultiplication using shift and add method and

3ooth&s Algorithm

+)

Program using su#routine calls and I">2T instructions using K PPI on

the trainer $it e.g. su#routine for 3

dela, reading s!itch state and glo!ing %7s accordingl.

5) :*tud of timing diagram of an instruction on oscilloscope.. 3

h)

Interfacing of K: >eyoard and M&'t-d5t D!'ay ?th

,&'t'e2n5 &!n5 ." J

)

*tud of KC+ 1icro controller $it and !riting programs as mentioned in

*"%. rite programs to interface of 3

5e#oard, 7A6 and A76 using the $it.

) *erial communication #et!een t!o trainer $its 3

Contro' Sy!te,

La

Code: EC.3

Contat: 36

Credt!: "

S'4No4 Na,e o+ the E2er,ent 6erod!

4.

Familiariation !ith 1AT%A3 6ontrol *stem tool 3ox, 1AT%A3-

*I12%I5 tool #ox ;

p*PI6.

.

7etermination of step response for +st order ; nd order sstem !ith

amit feed#ac$ on 6> ; calculation of control sstem specifications for 'ariations of sstem

design.

8.

*imulation of step response ; impulse response for Tpe-I ; Tpe-II

sstem !ith unit feed#ac$

using 1AT%A3 ; p*PI6.


22/42

S.

7etermination of root locus, 3ode-plot, /uist Plot, using 1AT%A3

control sstem tool#ox for a 8

gi'en ndorder transfer function ; determination of different control

sstem specifications.

K.

7etermination of PI, P7, and PI7 controller action on +storder simulated

process.

.

7etermination of approximate transfer function experimentall using

3ode Plot.

+C.

'aluation of stead-state error, setting time, percentage pea$ o'ershoots,

gain margin, phase margin

!ith addition of lead compensator in for!ard path transfer functions

using 1AT%A3 ; p*PI6.

++. *tud of position control sstem using ser'omotor.

+.7esign and hard!are implementation of a temperature controller usingmicroprocessor"microcontroller. 8

Co,&ter Arhtet&re La Code: EC%A

Contat: 36

All la#orator assignments are #ased on ?ard!are 7escription %anguage(E?7% or Eerilog) *imulation. H6re-re8&!te:The hard!are #ased design has

#een done in the 7igital lectronic ; Integrated 6ircuits in 4thsemester.

?7% introduction

3asic digital logic #ase programming !ith ?7% K-#it Addition, 1ultiplication, 7i'ision

K-#it egister design1emor unit design and perform memor operations. -#it, 4-#it, K-#it simple A%2 design

K-#it simple 6P2 design Interfacing of 6P2 and 1emor

Data Str&t&re * C La

Code: EC%7

Contat: 36

Credt!: "

xperiments should include #ut not limited to :

Implementation of arra operations:

*tac$s and Uueues: adding, deleting elements 6ircular Uueue: Adding ; deleting elements 1ergingPro#lem :

'aluation of expressions operations on 1ultiple stac$s ; /ueues :

Implementation of lin$ed lists: inserting, deleting, in'erting a lin$ed list. Implementation of stac$s; /ueuesusing lin$ed lists:

Polnomial addition, Polnomial multiplication *parse 1atrices : 1ultiplication, addition.

ecursi'e and onrecursi'e tra'ersal of Trees

Threaded #inar tree tra'ersal. AE% tree implementation

Application of Trees. Application of sorting and searching algorithms

?ash ta#les implementation: searching, inserting and deleting, searching ; sorting techni/ues.


23/42


24/42

SEMESTER - I

Theory

6rn'e! o+ Mana5e,ent

HU-J01

Contrat!: "L

Credt!- "

Mod&'e-I

+. 3asic concepts of management: 7efinition O s sence, Functions, oles, %e'el.

. Functions of 1anagement: Planning O 6oncept, ature, Tpes, Analsis, 1anagement #o#=ecti'esN >rganisation *tructure O 6oncept, *tructure, Principles, 6entraliation,7ecentraliation, *pan of 1anagementN >rganisational ffecti'eness.

Mod&'e-II

. 1anagement and *ociet O 6oncept, xternal n 'ironment, 6*, 6orporate 0o'ernance,

thical *tandards.

4. People 1anagement O >'er'ie!,


25/42

orthogonaliation procedure, response of the nois signal at the recei'er, maximum li$elihooddecision rule, decision #oundar, optimum correlation recei'erN pro#a#ilit of error error function,complementar error function, Tpe-I and Tpe-II errors.8%

MODULE F III:

D5ta' Data Tran!,!!on:6oncept of sampling, Pulse Amplitude 1odulation (PA1), interlacing and multiplexing of samples,Pulse 6ode 1odulation (P61), /uantiation, uniform and non-uniform /uantiation, /uantiationnoise, #inar encoding, A-%a! and Z -la! compandin g, differential P61, delta modulation andadapti'e delta modulation.

7igital transmission components, source, multiplexer, line coder, regenerati'e repeater, concept ofline coding O polar"unipolar"#ipolar and , 1anchester, differential encoding and theirP*7s, pulse shaping, Inter *m#ol Interference (I*I), e pattern, /uist criterion for ero I*I,e/ualier, ero forcing e/ualier, timing extraction. +C%

MODULE FI:

D5ta' Mod&'aton Tehn8&e!:Tpes of 7igital 1odulation, coherent and non-coherent 3inar 1odulation Techni/ues, #asicdigital carrier modulation techni/ues: A*5, F*5 and P*5,6oherent 3inar Phase *hift 5eing(3P*5), geometrical representation of 3P*5 signalN error pro#a#ilit of 3P*5, generation anddetection of 3P*5 *ignal, po!er spectrum of 3P*5. 6oncept of 1-ar 6ommunication, 1-ar

phase shift $eing, the a'erage pro#a#ilit of sm#ol error for coherent 1-ar P*5, po!er spectraof 1P*5, Uuadrature Phase *hift 5eing (UP*5), error pro#a#ilit of UP*5 signal, generationand detection of UP*5 signals, po!er spectra of UP*5 signals, >ffset Uuadrature Phase shiftUueuing (>UP*5), 6oherent Fre/uenc *hift 5eing (F*5), 3inar F*5, error pro#a#ilit of3F*5 signals, generation and detection of 6oherent 3inar F*5 signals, po!er spectra of 3F*5signal, 1inimum *hift 5eing (1*5), signal constellation of 1*5 !a'eforms, error pro#a#ilit

of 1*5 signal, 0aussian 1inimum *hift 5eing: 01*5, #asic concept of >F71, constellationdiagram, *ome performance issues for different digital modulation techni/ues - rror Eector1agnitude (E1), e Pattern and elati'e 6onstellation rror(6), 6onceptual idea forEector *ignal Analer (E*A )4%N

TET 7OO>S:

a) 7igital 6ommunications, *. ?a$in, ile India.#) Principles of 6ommunication *stems, ?. Tau# and 7.%.*chilling, T1? Pu#lishing

6o.c) ireless 6ommunication and et!or$s : 0 and 3eond, I. *aha 1isra, T1?

ducation.

n) 7igital 6ommunications, S:

d) 7igital 6ommunications Fundamentals and Applications, 3. *$lar and P.5.a, Pearson.e)1odern 7igital and Analog 6ommunication *stems, 3.P.%athi and .7ing, >xford2ni'ersit Press.f) 7igital 6ommunication, A. 3hattachara, T1? Pu#lishing 6o.

D5ta' S5na' 6roe!!n5

EC- J0"

Contrat!: 3L

Credt!- 3

MODULE F I:0iscrete*time si&nals:

6oncept of discrete-time signal, #asic idea of sampling and reconstruction of signal, samplingtheorem, se/uences O periodic, energ, po!er, unit- sample, unit-step, unit-ramp, real ; complexexponentials, arithmetic operations on se/uences. %

$TI (ystems:


26/42

7efinition, representation, impulse response, deri'ation for the output se/uence, concept ofcon'olution, graphical, analtical and o'erlap-add methods to compute con'olution supported !ithexamples and exercises, properties of con'olution, interconnections of %TI sstems !ith phsicalinterpretations, sta#ilit and causalit conditions, recursi'e and non-recursi'e sstems.8 %

MODULE FII:7*Transform:

7efinition, mapping #et!een s-plane and -plane, unit circle, con'ergence and >6, properties of-transform, -transform on se/uences !ith examples and exercises, characteristic families ofsignals along !ith >6s, con'olution, correlation and multiplication using -transform, initial'alue theorem, Perse'al&s relation, in'erse -transform # contour integration, po!er series ;

partial-fraction expansions !ith examples and exercises. 8%

0iscrete Fourier Transform:

6oncept and relations for 7FT"I7FT, T!iddle factors and their properties, computational #urden ondirect 7FT, 7FT"I7FT as linear transformations, 7FT"I7FT matrices, computation of 7FT"I7FT

# matrix method, multiplication of 7FTs, circular con'olution, computation of circularcon'olution # graphical, 7FT"I7FT and matrix methods, linear filtering using 7FT, aliasing error,filtering of long data se/uences O >'erlap-*a'e and >'erlap- Add methods !ith examples andexercises. %

Fast Fourier Transform:

adix- algorithm, decimation-in-time, decimation-in-fre/uenc algorithms, signal flo! graphs,3utterflies, computations in one place, #it re'ersal, examples for 7IT ; 7IF FFT 3utterflcomputations and exercises. 4%MODULE F III:

Filter 0esi&n:

3asic concepts of II and FI filters, difference e/uations, design of 3utter!orth II analog filter

using impulse in'ariant and #ilinear transforms, design of linear phase FI filters, no. of taps,rectangular, ?amming and 3lac$man !indo!s. %

0i&ital (i&nal rocessor:

lementar idea a#out the architecture and important instruction sets of T1*C6 4+8"8S+processor, !riting of small programs in Assem#l %anguage 4%>

TET 7OO>S:

+. 7igital *ignal Processing O Principles, Algorithms and Applications, S:

+. 7igital *ignal Processing, P. amesh#a#u, *citech Pu#lications (India).+4. 7igital *ignal Processing, *.*ali'ahanan, A.Ealla#ra= ; 6. 0nanapria, T1? Pu#lishing

6o.

+. 7igital *ignal ProcessingN A ?ands on Approach, 6. *chuler ; 1.6hugani, T1?Pu#lishing 6o.

+8. 7igital *ignal Processing, A. agoor 5ani, T1? ducation

+S. 7igital *ignal Processing *. Poornachandra ; 3. *asi$ala, 1? ducation+K. 7igital *ignal ProcessingN *pectral 6omputation and Filter 7esign 6hi-Tsong 6hen, >xford

2ni'ersit Press+. Texas Instruments 7*P Processor user manuals and application notes.

C. 9ilinx FP0A user manuals and application notes.


27/42

Te'eo,,&naton Sy!te,

EC-J03

Contrat!: 3L

Credt!- 3

Introduction to Telephone *stems: 'olution of TelecommunicationN 6omponents and

xamples of Telecommunication sstemsN Pulse dialing ; Tone dialingN Telephone Instruments-rotar dial and push

Te'eo,,&naton Tran!,!!on Lne!:- 6opper, 6o-axial, and Fi#er optic ca#lesN Transmission

3ridge -. ?#rid circuit for -!ire to 4-!ire con'ersion and 'ice 'ersa. P61 6arriersN American

and uropean standards of carrier channels.

S&!rer Loo Sy!te,!: 3>*6?T FunctionsN *!itching hierarch ; routing, signaling

techni/ues-in channel ; common channel signaling, **S.

S?thn5 Sy!te,: lectro-mechanical s!itching-*tro!ger ; 6ross#arN 6ircuit *!itching ;

Pac$et *!itching,7igital *!itching sstems - Time di'ision Time s!itch, Time multiplexed *pace

s!itch, Time multiplexed Time s!itch, ?#rid s!itching, N T*, *T, *T*, T*T sstemsN Architecture

of ** sstemsN

Stored 6ro5ra, Contro': *oft!are architecture, Application soft!areN. lectronic xchanges,

Introduction to cordless telephones and 7igital PA39

Tra++ En5neern5: 3loc$ing net!or$, #loc$ing pro#a#ilit, grade of ser'ice, traffic load, rlang-

3 and 6-congestion formulas-case studies

Mode,! and Ther Standard!: * 6N 7T and 76, Facsimile Transmission, 3road #and

transmission-I*7, 7*% and A7*%, I*7 and 3-I*7

I6 Te'ehony: Eoice o'er IP, *ession initiation protocol, ?. signaling, IP multimedia ser'ice

Te2t 7oo@!:#) T. Eis!anathan, L Telecommunications *!itching *st ems ; et!or$sM, P?I

c) ?ersent, 7 0urle, < P Petit LIP TelephonM Pearso n

.


28/42

examples of 36? codes.

Cono'&tona' Code! .L/

Tree codes, trellis codes, polnomial description of con'olutional codes, distance notions forcon'olutional codes, the generating function, matrix representation of con'olutional codes,

decoding of con'olutional codes, distance and performance #ounds for con'olutional codes,examples of con'olutional codes, Tur#o codes, Tur#o decoding.

7oo@!

4. Information theor, coding and crptograph - an=an 3oseN T1?.. Information and 6oding - A#ramsonN 1c0ra! ?ill.8. Introduction to Information Theor - 1 1ansurpurN 1c0ra! ?ill.

S. Information Theor - 3 AshN Prentice ?all.

82 5rror Control Codin& * (hu $in and 0 9 Costello 9r4 rentice Hall2

Oet Orented 6ro5ra,,n5Code: ECJ0A

Conta: 3L

Oet orented de!5n 10 L/

6oncepts of o#=ect oriented programming language, 1a=or and minor elements, >#=ect, 6lass,relationships among o#=ects, aggregation, lin$s, relationships among classes-association,aggregation, using, instantiation, meta-class, grouping constructs.

Oet orented onet! % L/

7ifference #et!een >>P and other con'entional programming O ad'antages and disad'antages.6lass, o#=ect, message passing, inheritance, encapsulation, polmorphism

7a! onet! o+ oet orented ro5ra,,n5 &!n5 Baa "" L/

Implementation of >#=ect oriented concepts using


29/42

8. I'or ?ortonGs 3eginning >P, *tructure of 6\\ program,6lass and o#=ect, A#straction and encapsulation, Polmorphism, Inheritance, *tatic anddnamic #inding.

De'araton; E2re!!on and !tate,ent! %L/

7ata tpes, Earia#les, 6onstants, >perator and expression, >perator precedence andassociati'it. *tatements: %a#elled, xpression, 6ompound, 6ontrol, 'erloaded function calls, *u#scripting, class mem#eraccess, on-mem#er operator, e! and delete, 6ast operator.

C'a!! re'aton!h! JL/

Introduction, Polmorphism, 6oercion, >'erloading, Parametric and inclusion polmorphism

Inheritance: direct and indirect superclasses, 1ultiple inheritance, Eirtual #ase class,Friend,Eirtual function, A#stract class, >'erriding and hiding, 7namic #inding of functions, Eirtualdestructor and operators.

Te,'ate and E2eton Hand'n5 L/

6lass template, 1em#er function inclusion, Function template, *pecialiation,Inheritance,amespace.

6oncept of exception handling, 6atch #loc$, ested tr-catch #loc$, 6ondition expression inthro! expression, 6onstructor ; destructor, untime standard exception

Standard Lrary n C## 3L/

*tandard li#rar function, Input and output, Iostream class hierarch, 6lass ios, >ther streamclasses.

Oet orented de!5n and ,ode''n5 %L/

*oft!are de'elopment, Uualities of soft!are sstem, *oft!are architecture, Process life ccle,

phases, 1odularit, >> methodolog, 1odeling, 21% o'er'ie!, >#=ect oriented design patterns.Te2too@!Re+erene!:

+. *childt, ?., The Complete Reference C++, 1c0ra! O ?ill.. 6\\ o#=ect oriented programming paradigm, 7e#asish


30/42

. am#augh, #=ect >riented 1odelling and 7esign[ O

Prentice ?al l, India

8. a=aram: >#=ect >riented Programming and 6\\, e! Age International

6rata'

D5ta' Co,,&naton La

Code: ECJ1Contat: 36

Credt!: "

c) 7esign, implementation and stud of all the properties of S-length and +-length pn

se/uences using shift register.

d) *tud of PA1 and demodulation.

e) *tud of P61 and demodulation.

f) *tud of line coders: polar"unipolar"#ipolar , and 1anchester.g) *tud of delta modulator and demodulator.

h) *tud of adapti'e delta modulator and demodulator.

i) *tud of 3P*5 modulator and demodulator.=) *tud of 3F*5 modulator and demodulator.

$) *tud of A*5 modulator and demodulator.l) *tud of UP*5 modulator and demodulator.

m) *imulation stud of pro#a#ilit of sm#ol error for 3P*5 modulation.

n) *imulation stud of pro#a#ilit of sm#ol error for 3F*5 modulation.

D5ta' S5na' 6roe!!n5 La

Code: ECJ"

Contat: 36

Credt!: "

S,&'aton Laoratory &!n5 !tandard S,&'ator:

+. *ampled sinusoidal signal, 'arious se/uences and different arithmetic operations.. 6on'olution of t!o se/uences using graphical methods and using commands- 'erification of

the properties of con'olution.. -transform of 'arious se/uences O 'erification of the properties of -transform.

4. T!iddle factors O 'erification of the properties.

. 7FTs " I7FTs using matrix multiplication and also using commands.

8. 6ircular con'olution of t!o se/uences using graphical methods and using commands,differentiation #et!een linear and circular con'olutions.

S. Eerifications of the different algorithms associated !ith filtering of long data se/uences and

>'erlap Oadd and >'erlap-sa'e methods.K. 3utter!orth filter design !ith different set of parameters.

. FI filter design using rectangular, ?amming and 3lac$man !indo!s.

Hard?are Laoratory &!n5 ether %1J or J13 6roe!!or and 'n2 6A:

+. riting ; execution of small programs related to arithmetic operations and con'olutionusing Assem#l %anguage of T1*C6 4+8"8S+ Processor, stud of 1A6 instruction.

. riting of small programs in E?7% and do!nloading onto 9ilinx FP0A.

. 1apping of some 7*P algorithms onto FP0A.

Oet Orented 6ro5ra,,n5 Laoratory

ECJAL-0; T-0; 6-3

Cr "

+. Assignments on class, constructor, o'erloading, inheritance, o'erriding

. Assignments on !rapper class, arras


31/42

. Assignments on de'eloping interfaces- multiple inheritance, extending interfaces4. Assignments on creating and accessing pac$ages

. Assignments on multithreaded programming

8. Assignments on applet programming


32/42

II Se,e!ter

Theory

=IRELESS COMMUNICATION AND NET=OR>S

Code: EC01

Contat!: 3L

MODULE -1:

Ce''&'ar Mo'e =re'e!! Net?or@!: Sy!te,! and De!5n &nda,enta'!:

3rief introduction to mo#ile !ireless communication and sstems, 7escription of cellular sstem,

6ellular *tructure, Fre/uenc euse, 6ell clustering, 6apacit enhancement techni/ues for cellular

net!or$s, cell splitting, antenna sectoring, 6o-channel and Ad=acent channel interferences, 6hannel

assignment schemes - Fixed channel, 7namic channel and ?#rid channel, mo#ilit management -

location management and handoff management, handoff process, different tpes of handoff. 8%

6haracteristics of !ireless channel and propagation path loss models:

7ifferent 1ulti-path propagation mechanisms, 1ulti-path effects on mo#ile communication,Fading, different tpes of fading, small and large scale fading, slo! and fast fading, narro!#and and

!ide#and fading, Inter sm#ol interference, fast fading model, 7oppler effect due to 'elocit of

mo#iles, aleigh en'elop, free space propagation model, t!o ra ground reflection model, log

distance path loss model, log normal shado!ing model, macro and micro cell propagation models,

tpes of #ase stations and mo#ile station antennas. 8%

MODULE - II:

Modern Mo'e =re'e!! Co,,&naton Sy!te,!

'olution strategies - First 0eneration (+0) to Fourth 0eneration (40), Personal Area et!or$s

:PA, %o! Tier ireless *stem: 6ordless Telephone, *econd 0eneration (6T), 7igital uropean6ordless Telecommunications (76T), Pu#lic !ide-area ireless et!or$s: + 0 to 0 cellular

net!or$s %

1ultiple Access Technologies in cellular communication

Time di'ision multiple access (T71A), narro!#and and !ide#and T71A, snchronous and

asnchronous T71A, Fre/uenc di'ision multiple access (F71A), 6ode 7i'ision 1ultiple Access

(671A), 7irect-se/uence 671A, spread spectrum techni/ue, spectral efficienc of different

!ireless access technologies:

*pectral fficienc in F71A sstem, *pectral fficienc in T71A sstem, *pectral fficienc for

7*-671A sstem %

6ellular 6ommunication et!or$s and *stems

*econd generation (0) et!or$: 0lo#al sstem for mo#ile communication (0*1): Architecture

and Protocols Air Interface, 0*1 spectrum, 0*1 1ultiple Access *cheme, 0*1 6hannel

>rganiation, Traffic 6hannel multi-frame, 6ontrol (*ignaling) 6hannel 1ulti-frame, Frames,

1ulti-frames, *uper frames and ?per-frames, 0*1 6all *et up Procedure, %ocation 2pdate

Procedure, outing of a call to a 1o#ile *u#scri#er %

The concept of pac$et data ser'ices The . 0 0eneral Pac$et adio *er'ices: 0P* et!or$s

Architecture, 0P* Interfaces and eference Points, 0P* 1o#ilit 1anagement Procedures,

0P* Attachment and 7etachment Procedures, *ession 1anagement and P7P 6ontext, 7ata

Transfer through 0P* et!or$ and outing, The IP Internet!or$ing 1odel %>'er'ie! of 671A sstems: I*- et!or$s and 0 - The 2ni'ersal 1o#ile Telecommunication

*stem (21T*)

671A #ased I*- *stems, for!ard lin$ and re'erse lin$ for I*-, handoff process in 671A

#ased I*- net!or$. 21T* et!or$ Architecture -elease , 21T* Interfaces, 21T* et!or$


33/42

'olution 21T* elease 4 and , 21T* F77 and T77, 21T* 6hannels, %ogical 6hannels,

21T* Time *lots %

MODULE - III:

=re'e!! Loa' Area Net?or@! (=LAN): IEEE .0"411 Standard! and 6rotoo'!

I KC.++ standards, %A famil, %A transmission technolog, %A sstemarchitecture, 6ollision *ense 1ultiple Access !ith 6ollision 7etection (6*1A"67) and 6*1A

collision a'oidance (6*1A"6A), Fre/uenc ?opping *pread *pectra, KC.++ P?W and 1A6

laers, I KC.++ 7istri#uted 6oordination function (76F) and Point coordination function

(P6F), 3ac$ off algorithm, Eirtual carrier sense, 1A6 frame format. *ecurit and Uo* issues,

%A applications 4%

ireless 3road#and et!or$s and Access

'olution of #road#and !ireless, I KC.+8 standards : i1A9 , *pectrum Allocation, I

KC.+8 *tandard Architecture, >'er'ie! of i1A9 P?W, I KC.+8 1A6 %aer, I KC.+8

*cheduling *er'ices, 2nsolicited 0rant *er'ice (20*), eal-time Polling *er'ice (rtP*), on-real-

time Polling *er'ice (nrtP*), 3est ffort (3) >'er'ie! of 0 %ong Term 'olution (0 %T) for

#road#and !ireless communication, >rthogonal Fre/uenc 7i'ision 1ultiple Access (>F71A)%

MODULE - I:

Mo'e Internet 6rotoo'

3asic 1o#ile IP, 1o#ile IP Tpe-1IPE4 and 1IP'8, 1o#ile IP: 6oncept, Four #asic entities for

1IP'4, 1o#ile IP'4 >perations, egistration, Tunneling, 1IP'4 e'erse Tunneling, 1IP'4

Triangular outing, 6onfiguring P7P Addresses on 1o#ile *tation, 1o#ilit 6lassification,

*eamless Terminal 1o#ilit 1anagement, %imitations of current T6P"IP net!or$s for mo#ilit

support, 1o#ilit solution, Accessing xternal P7 through 0P*"21T* P* 7omain, Transparent

Access, 2se of 1o#ile IP for on-transparent access, 7namicall accesses IP address fromxternal et!or$. %

T9T 3>>5*:

+. ireless et!or$s: Applications and Protocols, T. *. appaport, Pearson ducation

. ireless 6ommunication and et!or$s : 0 and 3eond, I. *aha 1isra, T1? ducation.

. ireless 6ommunications: Principles and Practice, T.*.appaport, P?I %earning.

4. ireless 6ommunications, A. 0oldsmith, 6am#ridge 2ni'ersit Press.

F6 3>>5*:

+. %ee&s ssentials of ireless 6ommunications, 1? Prof. 1ed"Tech. ireless 7igital 6ommunications: 1odulations and *pread *pectrum Applications, 5.

Feher, Prentice ?all.

. ireless 6ommunications and et!or$ing,


34/42

(+%)N 3asic 61>* Technolog - (*teps in fa#ricating 61>* (+%)), 3asic n-!ell 61>* process, p-!ell

61>* process, T!in tu# process (+%), *ilicon on insulator

(+%)N %aout 7esign ule: *tic$ diagram !ith examples (%), %aout rules (+%).

Mod&'e - 3: CMOS +or D5ta' LSI Cr&t!: 10/

ecapitulation of 1>* (%)N 61>*, 61>* in'erter characteristics (+%)N 61>* logic circuits, A7 ;> 0ates (+%), 6omplex logic circuits (+%), 61>* Full Adder (+%), 61>* Transmission 0AT (+%),

Ad'anced 61>* %ogic circuitsN *e/uential 61>* logic circuits (+%)N * %atch circuit, cloc$ed 2P

Ota' Co,,&naton * N=

Code: EC037

Contat!: 3L

Introd&ton to o,,&naton !y!te,!: "/

Principles, components: 7ifferent forms of communications in #rief, ad'antages of optical

fi#ercommunication, spectral characteristics.

Ota' er ?ae 5&de: H

*tructure, *ingle and 1ultimode operationN Attenuation, 1aterial and !a'e guide dispersion.

Ota' So&re!: H

%ight mitting 7iodeN principle, structures, po!er and efficienc, coupling to fi#ers.

%aser diodesN principle, dou#le heterostructure, gain and index guiding, distri#uted lasers.

Uuantum ell %asersN 1odes and narro! line !idth lasers.

1odulationN 3and!idth for modulation, >ptical transmitters: components.

Ota' Detetor!: H

7e'ice tpes, optical detection principles, efficienc, responsi'el, #and!idth. PreamplifiersN noise sources,

signal to noise ratio.

6ont-to-ont 'n@ and =ae'en5th D!on M&'t'e2n5: H++


35/42

3uilding #loc$sN 1ultiplexingN Intensit 1odulation"7irect 7etection sstemN Principle of

egenerationN 71 lin$, >ptical amplifiersN 7FA, *>A, aman amplifier, Fa#r-Perot filters. 7ispersion

compensation and management, %in$ analsis and 3it-rror-ate calculation.

Ota' Net?or@: H4

%A, 1A, AN Topologies: #us, star, ringN thernetN F77IN Telecom net!or$ing:*7?"*>T.

D++erent +or,! o+ ae!! net?or@!: H4

TelephonN I*7N 6a#le TEN 3roadcast and *!itched et!or$sN ?F6 net!or$sN FTT6 and FTT? net!or$sN

All optical net!or$s.

7oo@!:

+. >ptical et!or$s - A practical perspecti'e : a=i' amas!ami, 5. . *i'ara=an, 0alen ?. *asa$i

(1organ-5aufman)

. >ptical Fi#re 6ommunication : ptical Fi#re 6ommunication : 0erd 5aiser (T1?)

4. >ptical 6ommunication *stems :


36/42

+) * 5handpur:- ?and#oo$ of 3iomedical Instrumentation (Tata -1cgra! ?ill ducation) HPartl

7o!nloada#le

)1 Ealentiniui:- 2nderstanding the ?uman 1achine- A Primer for 3ioengineering HFreel

7o!nloada#le in P7F (orld *cientific Pu#lishing 6o. Pte. %td, *ingapore)

)% 6orn!ell, F.perations, Eie!s, 1odifications >f the 7ata#ase.

SGL and Inte5rty Con!trant! .L/

6oncept of 77%, 71%, 76%. 3asic *tructure, *et operations, Aggregate Functions, ull Ealues, 7omain

6onstraints, eferential Integrit 6onstraints, assertions, 'ie!s, ested *u# /ueries, 7ata#ase securit

application de'elopment using *U%, *tored procedures and triggers.

Re'atona' Dataa!e De!5n L/

Functional 7ependenc, 7ifferent anomalies in designing a 7ata#ase., ormaliation using functional

dependencies, 7ecomposition, 3oce-6ode ormal Form, F, ormaliation using multi-'alued

dependencies, 4F, F

Interna'! o+ RD7MS L/

Phsical data structures, Uuer optimiation: =oin algorithm, statistics and cost #as optimiation. Transaction

processing, 6oncurrenc control and eco'er 1anagement: transaction model properties, state

serialia#ilit, loc$ #ase protocols, t!o phase loc$ing.

'e Or5anaton * Inde2 Str&t&re! JL/

File ; ecord 6oncept, Placing file records on 7is$, Fixed and Earia#le sied ecords, Tpes of *ingle-

%e'el Index (primar, secondar, clustering), 1ultile'el Indexes, 7namic 1ultile'el Indexes using 3 tree

and 3\ tree .

Te2t 7oo@!:

+. ?enr F. 5orth and *il#erschat A#raham, L7ata#ase *stem 6onceptsM, 1c.0ra! ?ill.

. lmasri ame and o'athe *ham$ant, LFundamentals of 7ata#ase *stemsM, 3en=amin 6ummings

Pu#lishing. 6ompan.

. ama$rishnan: 7ata#ase 1anagement *stem, 1c0ra!-?ill


37/42

4. 0ra 0ates. ( ?rs.)

%a#orator Familiarit !ith 7A tools for E%*I design "FP0A #ased sstem design (8?rs.)

%a#orator 4. %aouts ,Transistors and tools,. ( ?rs.)

%a#orator . *tandars cell 7esign ( ?rs.)

%a#orator 8. 7esign of 61>* 9>"9> 0ates. ( ?rs.)

%a#orator S. 7esign of 61>* Full adder ( ?rs.)%a#orator K. 7esign of 61>* Flip flops ( -* ,7 ,


38/42

E2er,ent!

+. 7etermination of phase and group 'elocities in a !a'eguide carring T+C a'e from7ispersion diagram H_` Q Plot.

. 1easurement of un$no!n impedance using shift in minima techni/ue using a !a'eguidetest #ench" 1easurement of the susceptance of an inducti'e and or a capaciti'e !indo! using

shift in minima techni/ue using a !a'eguide test #ench. *tud of the characteristics of a eflex 5lstron oscillator

4. *tud of 0unn-oscillator 6haracteristics using 9-#and !a'eguide test #ench.

. 1easurement of coupling factor, 7irecti'it, Insertion loss and Isolation of a 7irectionalcoupler using 9-#and !a'eguide test #ench set up.

8. *cattering matrix of a magic tee " -plane tee " ?-plane tee using !a'eguide test #ench at 9-

#and.

S. xperimental"*imulation *tud of filter (%PF, ?PF,3PF) response.

K. 1easuring of dielectric constant of a material using !a'eguide test #ench at 9-#and.

Re+erene 7oo@!

+. 1% *isodia ; 0* aghu'anshi 3asic 1icro!a'e Techni/ues and %a#orator 1anualN ile

astern %imited +KS. % 0intton 1icro!a'e 1easurements, 1c0ra!-?ill 3oo$ 6o.

. 1 *ucher and < Fox, ?and#oo$ of 1icro!a'e 1easurements, Eol I, ile-Interscience Inc.

Ota' Co,,&naton * N= La

EC37

Contat!: 3

Credt!: "

E2er,ent ?th Ota' +re :

To calculate attenuation constant, #ending loss and numerical

aperture of optical fi#re. E2er,ent! &!n5 LED ,od&'e :*tud of 76 characteristics.

I-E characteristics of %7 (i) using optical fi#re #et!een %7 and po!er meter and(ii) !ithout using optical fi#re. P-I characteristics of %7 (i) using optical fi#re

#et!een %7 and po!er meter and (ii) !ithout using optical fi#re.E2er,ent ?th +re Ot ana'o5 'n@ :

Input-output characteristics using long optical fi#re. 6alculation of attenuation per unit length ofoptical fi#re.

Art+a' Inte''5ene La

ECA

Contat!: 3Credt!: "

Programming %anguages such as P>%>0 ; %I*P

Root! La

EC7

Contat!: 3

Credt!: "

+. 7etermination of lin$ parameters of a multi-lin$ ro#ot using 7ena'it-?arten#erg scheme.

. In'erse $inematic approach to determine re/uired angular displacements for translation oflin$-end-points

. Adapti'e position control of a single"t!o-lin$ ro#otic manipulator4. 6haracteriation of an ultrasonic transducer for range measurement applications. *egmentation of an image # histogram thresholding

8. Tas$-planning using pic$-up and placement operations

S. 7e'eloping motion plan of a ro#ot-cart using real-time AJalgorithm


39/42

Dataa!e ,ana5e,ent Sy!te, L

ECC

Contat!: 3

Credt!: "

Str&t&red G&ery Lan5&a5e14Creatn5 Dataa!e

4. 6reating a 7ata#ase

. 6reating a Ta#le8. *pecifing elational 7ata TpesS. *pecifing 6onstraints

K. 6reating Indexes

"4Ta'e and Reord Hand'n5

+C. I*T statement

++. 2sing *%6T and I*T together

+. 7%T, 2P7AT, T26AT statements+. 7>P, A%T statements

34Retren5 Data +ro, a Dataa!eS. The *%6T statement

K. 2sing the ? clause

. 2sing %ogical >perators in the ? clause

+C. 2sing I, 3T, %I5 , >7 3W, 0>2P 3W and ?AEI0

Clause

++. 2sing Aggregate Functions+. 6om#ining Ta#les 2sing I*

+. *u#/ueries

%4Dataa!e Mana5e,ent8. 6reating Eie!sS. 6reating 6olumn Aliases

K. 6reating 7ata#ase 2sers. 2sing 0AT and E>5


40/42

III Se,e!ter

Theory

Or5an!atona' 7ehao&r

HU.01A

Contat!: "L

+. >rganiational 3eha'iour: 7efinition, Importance, ?istorical 3ac$ground, Fundamental6oncepts of >3, 6hallenges and>pportunities for >3. "/

. Personalit and Attitudes: 1eaning of personalit, Personalit 7eterminants and Traits,7e'elopment of Personalit, Tpesof Attitudes, rganiational Politics: 7efinition, Factors contri#uting to Political 3eha'iour. "/

. 6onflict 1anagement: Traditional 'is-a-'is 1odern Eie! of 6onflict, Functional and

7sfunctional 6onflict, 6onflictProcess, egotiation O 3argaining *trategies, egoti ation Process. "/

+C.>rganiational

7esign: Earious >rganiational *tructures and their ffects on ?uman3eha'iour, 6oncepts

of

>rganiational 6limate and >rganiational 6ulture. %/

Re+erene!:

+. o##ins, *. P. ; rganiational 3eha'ior, Pearson ducation, +thdn.. %uthans, Fred: >rganiational 3eha'ior, 1c0ra! ?ill, +thdn.. *hu$la, 1adhu$ar: 2nderstanding >rganiations O >rg aniational Theor ; Practice in

India, P?I

4. Fincham, . ; hodes, P.: Principles of >rganiational 3eha'iour, >2P, 4thdn.

. ?erse, P., 3lanchard, 5.?., rganiational 3eha'ior%eading ?uman esources, P?I, +Cth

dn.

Sate''te Co,,&naton *Re,ote Sen!n5 EC.01C


41/42

Contat!: 3L

?istorical #ac$ground, 3asic concepts, Freguenc allocation for satellite ser'ices, or#ital ;spacecraft pro#lems, comparision of net!or$s and ser'ices, modulation techni/ues used for satellitecommunication.()

>r#its- T!o #od pro#lem, or#ital mechanics, geostationar or#it, change in longitude, or#ital

maneu'ers, or#ital transfer, o#ital pertur#ations. ()%aunch Eehicles- principles of oc$et propulsion, po!ered flight, %auch'ehicles forcommunication satellite (+)

F lin$- noise, the #asic F lin$, satellite lin$s (up and do!n) , optimiation F lin$, intersatellitelin$, noise temperature, Antenna temperature, o'erallsstem temperature, propagation factors, rainattenuation model. Tropospheric and Ionospheric FF6T. ()

1ultiple access- F71A, T71A, 671A techni/ues, comperision of multiple access techni/ues,error connecting codes.()

*atellite su#sstems and satellite lin$ design- A>6*, TT;6 , po!er sstem, spacecraft antenna,transponder, Friis transmission e/uation, 0"T ratio of earth station. (8)emote *ensing:

+.3asic of remote sensing, lectromagnetic adiation principles, Atmospheric !indo!, Indiansatellite sensing satellite sstem, Acti'e, Passi'e, ground #ased andspace #ased remote sensing. ( )

.*patial, spectral, adiometric and temporal resolution, satellite sensors, detectors and scanningtechni/ue, F>E and error sources, Image analsis and Interpretation !eather A7A, %I7A,acoustic sounding sstems, T11, A2A-1%*, 1egha Tropi/ues Alitmeter , *catterometer,adiometer.()

.0round #ased and radio oceulation techni/ues, spectral response of !ater, *ea surfacetemperature, !ind spced, colour monitor, clouds andacrosal, !ater 'opor, con'ecti'e sstem, Tracegases.(S)

Matera' Sene * En5neern5EC.0"7

Contat!: 3L

Credt!: 3

*tructure of *olids : Atoms and their #inding, 3onds, 6rstal *stems, 3ra'ais %attice1illerIndices, 6rstalline, Polcrstalline and Amorphous 1aterialsN 1etals, *emiconductors andInsulators, %attice defects-Uualitati'e ideas of point, line, surface and 'olume defects. H

7ielectric Propertise : 7ielectric Polariation and 1echanism- Internal or local field, 7ielectric%oss, Temperature and Fre/uenc dependence of dielectric constant, lementar ideas ofPieoelectrics, Ferroelectrics and Proelectric 1aterials and its Applications.

H4

1agnetic Properties : lementar ideas of classification of magnetic materials O 7iamagnetism,Paragnetism, Ferrognetism , Ferrimagnetism, 1agnetic 7omains. H

*uperconductors : 3asic concepts of superconducti'it, Transition temperature, 1eissner effect?igh-T superconductors, ?aed and *oft 1aterials, *U2I7. H>ptical properties : A#sorption, mission, %uminescence, lectro-optic and Acousto-optic effects,

Photorefracti'e effects.

H1aterials for >ptical 6ommunication : %7 and %aser 1aterials, >ptical Fi#re. H

1aterials for 7ata *torage : 1agnetic 6ores, Tapes, 7is$s, ?ard dis$, Flopp dis$, 1agneto-opticde'ices, 3u##le memories,1agnetoelectronic 1aterials, 67, 7E7, 667. H

1aterials for 7ispla 7e'ices : 6T, %7, %67, TFT, Plasma 7ispla. HAd'anced 1aterials : 1etallic 0lasses, anomaterials, etc. H

3oo$s:

+. lectrical ngineering 1aterials O A.


42/42

4. An Introduction to *olid *tate Phsics - 6harles 5ittel (

ECE Final Upto 4th Year Syllabus (2)

Documents

Transcript of ECE Final Upto 4th Year Syllabus (2)