ece final upto 4th year syllabus 09.01.14

8/13/2019 ECE Final Upto 4th Year Syllabus 09.01.14

1/59

Syllabus for B.Tech(Electronics & Communication Engineering) Up to Fourth YearRevised Syllabus of B.Tech ECE (for the students who were admitted in Academic Session 200!20"

ECE SEC#$% &EAR' T)R% SE*ESTER

A. THEORYSl.No. Field Theory Contact

Hours/Week

Cr.

Points

T P Total

!"CS#$%&$umerical *ethods 2 0 + 22 !$%' *athematics!))) + 0 , ,

+ EC$%& . Circuit Theory - $etwors + 0 , ,, EC$%' 2. Solid State %evice + 0 0 + +/ EC$%$ . Sinals - Systems

2.Analo Electronic Circuits++

0

00

+,

+,EC$%(

1

Total o) Theory '&'% *. PRACT+CA

3

!"CS#$,&

EC$,&

$unerical 4abCircuit Theory - $etwor 4ab

00

00

2+

2+

2

5 EC$,' Solid State %evices 0 0 + + 20

EC$,$

EC$,(

. Sinal System 4ab2. Analo Electronic Circuits 4ab

00

00

++

++

22

Total o) Practical &( ,

Total o) Se-ester $ ',

ECE SEC#$% &EAR' 6#7RT SE*ESTER

A. THEORY

Sl.No. Field Theory Contact

Hours/Week

Cr. Points

T P Total

H(%& 8alues - Ethics in 9rofession + 0 0 + +2 PH(%& 9hysics!)) + 0 , ,+ CH(%& Basic Environmental Enineerin - Elementary

Bioloy2: 0 0 + +

,/

EC(%&

EC(%'

. E* Theory - Transmission 4ines2. %iital Electronic - )ntrrated Circuits

++

00

,,

,,

Total o) Theory&0 &0 *. PRACT+CA

1 H(0& Technical Re;ort


2/59

Syllabus for B.Tech(Electronics & Communication Engineering) Up to Fourth YearRevised Syllabus of B.Tech ECE (for the students who were admitted in Academic Session 200!20"

Third Year 2 Fi)th Se-ester

A. TE#R&

Sl.No 9a;er Code Theory Contact ours>,

Total of Theory 3 3 B. 9RACT)CA4

1

3

EC!/5

EC!/52EC !/5+

Analo Communication?

*icro;rocessors - *icrocontrollers?Control System?

0

00

0

00

+

++

+

++

2

22

5 6.E.EC!/5,AEC!/5,B

Com;uter Architecture%ata structure - C

0 0 + + 2

Total of 9ractical 2 3Total of Semester +0 21

Laboratories to have both physical experiments and simulation. Only virtual laboratory is not accepted

Third Year 2 Si3th Se-ester

A. THEORY

Sl.$o. 6ield Theory Contact ours>


3/59

Pro4osed

Fourth Year 2 Se5enth Se-ester

A. THEORY

Sl

.

N

o.

Field Theory Contact Hours/Week Cr. Pts

Na-e o) Pa4er T P Total

2

EC6%&

EC6%'

< - A;;lications (CSE"B. *aterial Sc. - En (*at. Sc"

C. Renewable Enery (EE"%. Audio - S;eech 9rocessin (CSE"

+ 0 0 + +

Total o) Theory0 0

*. PRACT+CA

EC00& %esin 4ab > )ndustrial ;roblem related ;ractical trainin 0 0 1 1 ,EC00' 9ro@ect ;art!2 0 0 2 2 1EC0,$ rand viva +

Total o) Practical &0&$

Total o) Se-ester '1'&

3


4/59

SE!ESTER 2 +++

Theory

N!ER+CA !ETHO;S

Code < !"CS# $%&

Contacts < '=&T

Credits


5/59

!odule ++ < Calculus o) Co-4le3 aria9le &$

To4ic< +ntroduction to Functions o) a Co-4le3 aria9le.

Su92To4ics< Com;le= functions Conce;t of 4imit Continuity and %ifferentiability. ("

Analytic functions Cauchy!Riemann Euations (statement only". Sufficient condition for a function to be analytic. armonic function and Con@uatearmonic function related ;roblems. ("

Construction of Analytic functions' *ilne Thomson method related ;roblems. ("

To4ic< Co-4le3 +nte7ration.

Su92To4ics< Conce;t of sim;le curve closed curve smooth curve - contour. Some elementary ;ro;erties of com;le= )nterals. 4ine interals alona ;iecewise smooth curve. E=am;les. (2"

Cauchys theorem (statement only". Cauchy!oursat theorem (statement only". E=am;les. ("

Cauchys interal formula Cauchys interal formula for the derivative of an analytic function Cauchys interal formula for the successivederivatives of an analytic function. E=am;les. (2"

Taylors series 4aurents series. E=am;les ("

To4ic< Geros and Sin7ularities o) an Analytic Function D Residue Theore-.

Su92To4ics< Jero of an Analytic function order of Dero Sinularities of an analytic function. )solated and non!isolated sinularity essentialsinularities. 9oles' sim;le ;ole ;ole of order m.E=am;les on determination of sinularities and their nature. ("

Residue Cauchys Residue theorem (statement only" ;roblems on findin the residue of a iven function evaluation of definite interals'

2

0 0

sin ( "

cos sin ( "C

x d P zdx dz

x a b c Q z

+ + (elementary cases 9(D" - K(D" are ;olynomials of 2nd order or less".

(2"

To4ic< +ntroduction to Con)or-al !a44in7.

Su92To4ics< Conce;t of transformation from D!;lane to w!;lane. Conce;t of Conformal *a;;in. )dea of some standard transformations. BilinearTransformation and determination of its fi=ed ;oint. ("

!odule +++< Pro9a9ility 0

To4ic< *asic Pro9a9ility Theory

Su92To4ics< Classical definition and its limitations. A=iomatic definition.Some elementary deduction' i" 9(#"L0 ii" 0M9(A"M iii" 9(A"L!9(A" etc. where the symbols have their usual meanins. 6reuency inter;retationof ;robability. ("

Addition rule for 2 events (;roof" - its e=tension to more than 2 events (statement only". Related ;roblems.Conditional ;robability - )nde;endent events. E=tension to more than 2 events (;airwise - mutual inde;endence". *ulti;lication Rule. E=am;les.Bayes theorem (statement only" and related ;roblems. (+"

To4ic< Rando- aria9le D Pro9a9ility ;istri9utions. E34ectation.

Su92To4ics< %efinition of random variable. Continuous and discrete random variables. 9robability density function - ;robability mass function forsinle variable only. %istribution function and its ;ro;erties (without ;roof". E=am;les. %efinitions of E=;ectation - 8ariance ;ro;erties -e=am;les. (2"

Some im;ortant discrete distributions' Binomial - 9oisson distributions and related ;roblems.Some im;ortant continuous distributions' 7niform E=;onential $ormal distributions and related ;roblems. %etermination of *ean - 8ariance forBinomial 9oisson - 7niform distributions only.

(2"

!odule +< Partial ;i))erential Euation "P;E# and Series solution o)

Ordinary ;i))erential Euation "O;E# &$

To4ic< *asic conce4ts o) P;E.

Su92To4ics< #riin of 9%E its order and deree conce;t of solution in 9%E. )ntroduction to different methods of solution' Se;aration of variables4a;lace - 6ourier transform methods. ("

To4ic< Solution o) +nitial alue D *oundary alue P;Es 9y Se4aration o) 5aria9lesB a4lace D Fourier trans)or- -ethods.

Su92To4ics9earson Education

2. ayt En Circuit Analysis 1>e Tata *craw!ill

+. %.A.Bell! Electrical Circuits! #=ford

7


8/59

Reference Boos'

. A.B.Carlson!Circuits! Cenae 4earnin

2. Hohn Bird! Electrical Circuit Theory and Technoloy! +>e! Elsevier ()ndian Re;rint"

+. Sillin ..' Electrical Enineerin Circuits Hohn


9/59

. 8.F. Chandna A Te=t Boo of $etwor Theory - Circuit AnalysisCyber Tech

2. ReDa 6. *. and Seely S. *odern $etwor Analysis *c.raw ill .

+. *. . Rashid' )ntroduction to 9S;ice usin #rCA% for circuits and electronics 9earson>9)

,. Roy Choudhury %. $etwors and Systems $ew Ae )nternational 9ublishers./. %.Chatto;adhyay and 9.C.Rashit' Electrical Circuits $ew Ae

SO+; STATE ;E+CES

Code < EC $%' Contacts < $ =,T >$hrs Credits


10/59

!odule 2 &' Student ains the ability to identify semiconductorswhich are elemental or com;ound ty;e %irect and indirect band!a; ty;e so thatthey may be used in o;tical and non!o;tical devices this em;owers the student to explain the importance of Fermi le1elin identifyin intrinsic ande=trinsic n! and ;!ty;e semiconductors to ;redict how 6ermi!level chanes with do;in identify de&enerate and non*de&eneratesemiconductorsindicate the effect of temperature on carrier concentration.!odule 2 '' 6ocus is on understandin the @unction ;henomena includin alinment of 6ermi!level at the interface of a ;!n @unction and Schotty@unction and its non!alinment due to the a;;lication of @unction ;otential. The student will be able to dra! the I*6 characteristics acuire the

ability to e1aluate the dependenceof re1erse saturation -drift/ current on minority carrier concentration and for!ard diffusion component onpotential )arrier the student will calculate the 7unction capacitancesand compare the s!itchin&capa)ilityof the minority carrier ;!n diode withthe ma@ority carrier based Schotty diode to hihliht the im;ortance of ;ea!inverse voltae for a diode and com;are the ;ea inverse voltaes of Siand e diodes.Practical a9ility synthesis.

Outco-e


11/59

ANAO@ EECTRON+C C+RC+TS

Code < EC $%( Contacts < $ =&T >(hrs Credits


12/59

5. ayawad R.A !! #;Am;s and 4inear )Cs 9)

0. Couhlin and %riscol Q #;erational Am;lifier and 4inear )nterated Circuits Q 9earson EducationTutorial uidance'

Prereuisite


13/59

,. Calculate the siDe of the filter ca;acitor needed to obtained a filtered voltae with [ ri;;le at a load of 200mA. The full wave rectified voltae is+0v and the su;;ly is 10 D

!oudule2'


14/59

(" 6or the ct shown in fiure calculate the e=;ression of vo >vi

(2" %esin a current source (current *irror" for eneratin )oL2/ZA. Assume' vccL/v VL00

(+" 6or the current mirror shown in fiure determine R so that )oL00ZA

+V

V1

15V

Q1PNP

Q2PNP

R11k

!odule


15/59

V 1V 0

V 3

V 2

R4

RESISTOR

R3

RESISTOR

R2

RESISTOR

R1

RESISTOR

U1

741 OPAMP

(2" 6or the instrumentation am;lifier shown in fiure verify that 8oL (:R2>R:2R2>R" (82!8"

R2

1k

U1

IDEAL

R5

1k

R4

1k

R3

1k

R1

1k

U2

IDEAL

8oOnote! RLR+ R2LR/P

(+" 9rove that the circuit shown in fiure is a non invertin interator with 8oL2>Rc`8i dt where RLR2LR+LR,LR

1AP

R41k

R31k

R11k

R21k

U1IDEAL

!odule< 6 4o8er A-4li)ierAssi7n-ent hardware,. Transient Res;onse in R4C Series - 9arallel Circuits - $etwors simulation > hardware/. %etermination of )m;edance (J" and Admittance (&" ;arameters of Two!;ort networs1. eneration of ;eriodic e=;onential sinusoidal dam;ed sinusoidal ste; im;ulse and ram; sinals usin *AT4AB. Re;resentation of 9oles and Jeros in s!;lane determination of ;artial fraction e=;ansion in s!domainand cascade connection of second!order systems usin *AT4AB3. %etermination of 4a;lace Transform different time domain functions and )nverse 4a;lace5. Transformation usin *AT4AB$ote' An )nstitution > collee may o;t for some other hardware or software simulation wherever ;ossible in;lace of *AT4AB

Solid State ;e5ices a9oratory

Code< EC$,'

Contacts< $P

Credits< '

Per)or- any )our e34eri-ents Audio Cassettes?Hand)ooks/

B/ $istenin& -$e1els '*> Audio Cassettes?Hand)ooks/

Cam)rid&e ni1ersity ress 'GG

ark Hancock: 9n&lish ronunciation in se > Audio Cassettes?C0@( 5 #EE>

Physics a92'

Code< PH2(,&

Contacts< "$P#

Credit< "'#

rou; ' E=;eriments on Electricity and *anentism

. %etermination of dielectric constant of a iven dielectric material.+. %etermination of resistance of ballistic alvanometer by half deflection method and study of variation of loarithmic decrement withseries resistance.,. %etermination of the thermo!electric ;ower at a certain tem;erature of the iven thermocou;le./. %etermination of s;ecific chare (e>m" of electron by H.H. Thomsons method.

rou; 2' Kuantum 9hysics1. %etermination of 9lancs constant usin ;hotocell.. %etermination of 4ande factor usin Electron s;in resonance s;etrometer.3. %etermination of Stefans radiation constant5. 8erification of Bohrs atomic orbital theory throuh 6ran!ertD e=;eriment.0. %etermination of Rydber constant by studyin ydroen> elium s;ectrum

rou; +' *odern 9hysics. %etermination of all co!efficient of semiconductors.2. %etermination of band a; of semiconductors.

+. To study current!voltae characteristics load res;onse areal characteristics and s;ectral res;onse of ;hoto voltaic solar cells.

a" A candidate is reuired to ;erform + e=;eriments tain one from each rou;. )nitiative should be taen so that most of theE=;eriments are covered in a collee in the distribution mentioned above. Em;hasis should be iven on the estimation of error in thedata taen.

b" )n addition a student should ;erform one more e=;eriments where he>she will have to transduce the out;ut of any of the abovee=;eriments or the e=;eriment mentioned in cP into electrical voltae and collect the data in a com;uter usin ;hoeni= or similarinterface.

c" )nnovative e=;eriment' #ne more e=;eriment desined by the student or the concerned teacher or both.

$ote'i. Failure to 4er)or- each e34eri-ent -entioned in 9 and c should 9e co-4ensated 9y t!o e34eri-ents

-entioned in the a9o5e list.

ii. At the end o) the se-ester re4ort should sent to the 9oard o) studies re7ardin7 e34eri-entsB actually

4er)or-ed 9y the colle7eB -entioned in 9 and c

iii. E34eri-ent in 9 and c can 9e cou4led and 4arts o) a sin7le e34eri-ent.

Recommended Te=t Boos and Reference Boos'6or Both 9hysics ) and ))

. B. %utta Roy (Basic 9hysics"2. R.F. Far (Enineerin 9hysics"+. *ani and *eheta (*odern 9hysics",.. Arthur Baiser (9ers;ective - Conce;t of *odern 9hysics"

9hysics ) (90>20"

8ibration and


24/59

/. E. echt (#;tics"1. E. echt (Schaum Series". 6.A. Henins and .E.


25/59

!odule +%own counter.

+. %esin of Seuential Counter with irreular seuences.

,. RealiDation of Rin counter and Hohnsons counter.

/. Construction of adder circuit usin Shift Reister and full Adder.

25


26/59

SE!ESTER 2

Theory

Econo-ics )or En7ineers

H2%&

Contracts< $

Credits2 $

!odule2+

. Economic %ecisions *ain Q #verview 9roblems Role %ecision main ;rocess.2. Enineerin Costs - Estimation Q 6i=ed 8ariable *arinal - Averae Costs Sun Costs #;;ortunity Costs Recurrin And $onrecurrin Costs)ncremental Costs Cash Costs vs Boo Costs 4ife!Cycle Costs Ty;es #f Estimate Estimatin *odels ! 9er!7nit *odel Sementin *odel Cost)nde=es 9ower!SiDin *odel )m;rovement - 4earnin Curve Benefits.!odule2++

+. Cash 6low )nterest and Euivalence' Cash 6low Q %iarams Cateories - Com;utation Time 8alue of *oney %ebt re;ayment $ominal -Effective )nterest.,. Cash 6low - Rate #f Return Analysis Q Calculations Treatment of Salvae 8alue Annual Cash 6low Analysis Analysis 9eriods )nternal Rate #f

Return Calculatin Rate of Return )ncremental Analysis Best Alternative Choosin An Analysis *ethod 6uture


27/59

re;resentation of 6* and 9* for a sinle tone messae Bessels functions and 6ourier series. (2" 9hasor diaram("b" @eneration o) F!D P!TC %SB!SC SSB!TC SSB!

SC - 6*. (/"

0

Total $1 Hours

Text Books:

. Taub and Schillin 9rinci;les of Communication Systems 2nded. *c!raw ill3. B.9.4athi !Communication Systems! BS 9ublications2. 8 Chandra Sear Q Analo Communication! #=ford 7niversity 9ress

References:

5. CarlsonXCommunication System,>e *c!raw ill0. 9roais - Salehi 6undamentals of Communication Systems! 9earson. Sinh - Sa;reXCommunication Systems' 2>e T*2. 9 F hosh! 9rinci;les of Electrical Communications! 7niversity 9ress+. 4.e *acmillan 9ublishin,. Blae Electronic Communication Systems! Cenae 4earnin/. S Sharma Analo Communication Systems! Fatson Boos

earnin7 outco-e %AC interfacin with 303/ 3031 - 30/.

,

Brief introduction to 9)C microcontroller (163"' Architecture 9)$ details memory layout etc.TEGT B##FS'

/. *icro;rocessor architecture ;rorammin and a;;lication with 303/ Q R. aonar (9enram )nternational" (stronly recommended"1. The 30/ microcontroller ! F. Ayala (Thomson". *icro;rocessors - interfacin Q %. 8. all (Tata *craw!hill"3. Ray - Bhurchandi Advanced *icro;rocessors - 9eri;herals T*5. The 30/ microcontroller and Embedded systems ! *aDidi *aDidi and *cFinley (9EARS#$"20. An )ntroduction to *icro;rocessor and A;;lications QFrishna Fant (*acmillan"

References'*icro;rocessors and microcontrollers ! $. Senthil Fumar *. Saravanan and Heevananthan (#=ford university ;ress".3031 *icro;rocessor QF Ayala (Cenae learnin"*icro;rocessors Q The 3031>3033 3031>30+31>30,31 and the 9entium family Q $. B. Bahadure (9)".The 30/ microcontrollers Q 7ma Rao and Andhe 9allavi (9EARS#$".

4earnin outcome'#n com;letion of this course students are e=;ected to be ca;able of understandin the history and need of micro;rocessor the internal architecture

details instruction sets their timin diaram and various addressin modes of 303/>3031 micro;rocessor and 30/ microcontroller. They will alsolearn the basic conce;t of serial and ;arallel data communication of 303/. Students become able to understand various )nterru;ts and their uses usin303/>3031 *icro;rocessor and 30/ *icrocontroller. Students will also learn to interface 32//>32/+>32/ ;eri;heral chi;s and )># devices with thesame ;rocessors and controller. A basic introductory conce;t on 9)C microcontroller also develo;ed throuh this course. )t is e=;ected that studentswill be able to desin systems based on above mentioned ;rocessors and controller by means of efficient assembly lanuae ;rorammins.

CONTRO SYSTE!S

Code< EC%$

Contact< $

Credits< $

!odule J +


29/59


30/59

Syllabus for B.Tech(ECE) Second Year

Revised Syllabus of B.Tech ECE (for the students who were admitted in Academic Session 200!20"

Co-4uter Architecture

Code< EC%(A

Contact< $ = &T

Credits< (

Pre2reuisite


31/59



Trees ",#storae im;lementations Q ad@acency matri= ad@acency list ad@acency multi!list.ra;h traversal and connectivity Q %e;th!first search (%6S" Breadth!first search (B6S" Q conce;ts of edes used in %6S and B6S (tree!ede bac!ede cross!ede forward!ede" a;;lications.*inimal s;annin tree Q 9rims alorithm (basic idea of reedy methods".

!odule 2 +. Searchin7B Sortin7 "&%#e by A.F. Rath A. F. Haadev.

27. Q)ntroduction to Alorithms by Thomas . Cormen Charles E. 4eiserson Ronald 4. Rivest Clifford Stein.$earnin& outcome:

)deally this course should act as a ;rimer>;re!reuisite for CS /0+ (%esin and Analysis of Alorithms". #n com;letion of this course students aree=;ected to be ca;able of understandin the data structures their advantaes and drawbacs ho8 to i-4le-ent the- in C how their

drawbacs can be overcome and 8hat the a44lications are and8here they can 9e used. Students should be able to learn about the datastructures> methods>alorithms mentioned in the course with a com;arative ;ers;ective so as to mae use of the most a;;ro;riate datastructure> method>alorithm in a ;roram to enhance the efficiency (i.e. reduce the run!time" or for better memory utiliDation based on the;riority of the im;lementation. %etailed time analysis of the ra;h alorithms and sortin methods are e=;ected to be covered in CS /0+ butit is e=;ected that the students will be able to understand at least the efficiency as;ects of the ra;h and sortin alorithms covered in thiscourse. The students should be able to convert an inefficient ;roram into an efficient one usin the nowlede athered from this course.

Practical

Analo7 Co--unication a9

Code< EC,&

Contact< $P

Credits< '

. *easurement of modulation inde= of an A* sinal.2. measurement of out;ut ;ower with varyin modulation inde= an A* sinal(for both %SB! - SSB".+. *easurement of distortion of the demodulated out;ut with varyin modulation inde= of an A* sinal (for both %SB!SC - SSB".,. *easurement of ;ower of different freuency com;onents of a freuency modulated sinal - the measurement of the bandwidth.

/. %esin a 944 usin 8C# - to measure the loc freuency.1. %esin a 6* demodulator usin 944.. *easurement of S$R of a R6 am;lifier.3. *easurement of selectivity sensitivityfiedility of a su;erhetrodyne receiver.5. Study of waveforms of various functional ;oints (out;ut of R6)6 - video" of a B>< T8 receiver.0. Study of the vertical - horiDontal swee; of the time base unit of a B>< T8.. #ne innovative e=;eriment.

!icro4rocessors D !icrocontrollers a9

CodeStore

Arithmetic 4oical" Assinments based on above.$

d# a" 6amiliariDation with 303/ - 30/simulator on 9C.

Study of ;rewritten ;rorams usin basic instruction set (data transfer 4oad>Store Arithmetic 4oical" on thesimulator. Assinments based on above

$

e# Pro7ra--in7 usin7 kit and si-ulator )or#7T instructions usin 32// 99) on the trainer it e.. subroutine fordelay readin switch state and lowin 4E%s accordinly.

$

7# microcontroller. 1

Total ++ hours ( classes each of + ;eriods"Co-4uter Architecture a9

Code< EC,(A

Contact< $P

Credits< '

All laboratory assinments are based on ardware %escri;tion 4anuae (8%4 or 8erilo" Simulation.OPre2reuisite


33/59



usin lined lists'9olynomial addition 9olynomial multi;lication

S;arse *atrices ' *ulti;lication addition.

Recursive and $onrecursive traversal of Trees

Threaded binary tree traversal. A84 tree im;lementation

A;;lication of Trees. A;;lication of sortin and searchin alorithms

ash tables im;lementation' searchin insertin and deletin searchin - sortin techniues.

(%etailed instructions for 4aboratory *anual to follow for further uidance. The details will be u;loaded in the website from time to time"

SE!ESTER 2 +

Theory

Princi4les o) !ana7e-ent

H21%&

Contracts< '

Credits2 '

!odule2+

. Basic conce;ts of manaement' %efinition Q Essence 6unctions Roles 4evel.

2. 6unctions of *anaement' 9lannin Q Conce;t $ature Ty;es Analysis *anaement by ob@ectives #ranisation Structure Q Conce;tStructure 9rinci;les CentraliDation %ecentraliDation S;an of *anaement #ranisational Effectiveness.

!odule2++

+. *anaement and Society Q Conce;t E=ternal Environment CSR Cor;orate overnance Ethical Standards.,. 9eo;le *anaement Q #verview Hob desin Recruitment - Selection Trainin - %evelo;ment Stress *anaement./. *anaerial Com;etencies Q Communication *otivation Team Effectiveness Conflict *anaement Creativity Entre;reneurshi;.

!odule2+++

1. 4eadershi;' Conce;t $ature Styles.. %ecision main' Conce;t $ature 9rocess Tools - techniues.3. Economic 6inancial - Kuantitative Analysis Q 9roduction *arets $ational )ncome Accountin 6inancial 6unction - oals 6inancial

Statement - Ratio Analysis Kuantitative *ethods Q Statistical )nterference 6orecastin Reression Analysis Statistical Kuality Control.

!odule2+

5. Customer *anaement Q *aret 9lannin - Research *aretin *i= Advertisin - Brand *anaement.0. #;erations - Technoloy *anaement Q 9roduction - #;erations *anaement 4oistics - Su;;ly Chain *anaement TK* FaiDen - Si=

Sima *)S.

Readin&s:

. *anaement' 9rinci;les 9rocesses - 9ractices Q Bhat A - Fumar A (#79".2. Essentials for *anaement Q FoontD Revised edition Tata *craw ill (T*"+. *anaement Q Stoner Hames A. 6. (9earson",.*anaement ! human Tata *craw ill(T*"

;i7ital Co--unication

EC21%&

Contracts< $

Credits2 $

!O;E J +)%6T as linear transformations%6T>)%6T matrices com;utation of %6T>)%6T by matri= method multi;lication of %6Ts circular convolution com;utation of circular convolutionby ra;hical %6T>)%6T and matri= methods linear filterin usin %6T aliasin error filterin of lon data seuences Q #verla;!Save and #verla;!

Add methods with e=am;les and e=ercises. /4Fast Fourier Transform:Radi=!2 alorithm decimation!in!time decimation!in!freuency alorithms sinal flow ra;hs Butterflies com;utations in one ;lace bit reversale=am;les for %)T - %)6 66T Butterfly com;utations and e=ercises. ,4!O;E J +++References'. Rambauh Hames *ichael Blaha Q #b@ect #riented *odellin and %esin Q 9rentice all )ndia2. Ali Bahrami Q #b@ect #riented System %evelo;ment Q *c raw ill+. 9atric $auhton erbert Schildt Q The com;lete reference!Hava2 Q T*,. R.F %as Q Core Hava 6or Beinners Q 8)FAS 97B4)S)$/. %eitel and %eitel Q Hava ow to 9roram Q 1th Ed. Q 9earson1. )vor ortonNs Beinnin Hava 2 S%F Q


38/59



O4erator O5erloadin7

#verloadin unary and binary o;erator #verloaded function calls Subscri;tin class member access $on!member o;erator $ew and delete Casto;erator.

Class relationshi4s 1

)ntroduction 9olymor;hism Coercion #verloadin 9arametric and inclusion ;olymor;hism)nheritance' direct and indirect su;erclasses *ulti;le inheritance 8irtual base class6riend 8irtual function Abstract class #verridin and hidin%ynamic bindin of functions 8irtual destructor and o;erators.

Te-4late and E3ce4tion Handlin7

Class tem;late *ember function inclusion 6unction tem;late S;ecialiDation)nheritance $ames;ace.Conce;t of e=ce;tion handlin Catch bloc $ested try!catch bloc Condition e=;ression in throw e=;ression Constructor - destructor Runtimestandard e=ce;tion

Standard i9rary in C== $

Standard library function )n;ut and out;ut )ostream class hierarchy Class ios #ther stream classes.

O9:ect oriented desi7n and -odellin7 (

Software develo;ment Kualities of software system Software architecture 9rocess life cycle ;hases *odularity ## methodoloy *odelin 7*4overview #b@ect oriented desin ;atterns.Te3t9ooks/Re)erences7*TS 9S %omain Trans;arent Access 7se of *obile )9 for $on!trans;arent access %ynamicallyaccesses )9 address from E=ternal $etwor. +4

TET *OOIS E!;lane tee > !;lane tee usin waveuide test bench at G!band.

. E=;erimental>Simulation Study of filter (496 96B96" res;onse.3. *easurin of dielectric constant of a material usin waveuide test bench at G!band.Re)erence *ooks

. *4 Sisodia - S Rahuvanshi Basic *icrowave Techniues and 4aboratory *anual


53/59



2. )m;lementation of *ulti;le=ers 9riority Encoder decoder counters etc. with 8%4 on 69A usin different desinstyles.

+. %esin and im;lementation of 1!bit A47 with 8%4 on 69A and verification by writin a test bench.

,. a" eneration of 6ilter co!efficient of a 496 usin Simulin 6%A tool.

b" eneration of 8%4 codes for the 496 by cou;lin the co!efficient in a withGilin=.

c" )m;lementation of the 496 in 69A usin the code in b.d" Testin of the 496 by usin the hardware!in!the loo; confiuration.

/. %esin and im;lementation of a real time user defined Traffic 4iht Controllerusin 6S* method on an 69A.

1. )nterfacin of 4C% dis;lay with 69A and confiuration for the scrollin dis;lay.

Arti)icial +ntelli7ence a9

EC6,AContacts< $

Credits< '

9rorammin 4anuaes such as 9R#4# - 4)S9

Ro9otics a9

EC6,*

Contacts< $

Credits< '

. %etermination of lin ;arameters of a multi!lin robot usin %enavit!artenber scheme.2. )nverse inematic a;;roach to determine reuired anular dis;lacements for translation of lin!end!;oints+. Ada;tive ;osition control of a sinle>two!lin robotic mani;ulator

,. CharacteriDation of an ultrasonic transducer for rane measurement a;;lications/. Sementation of an imae by historam thresholdin1. Tas!;lannin usin ;ic!u; and ;lacement o;erations. %evelo;in motion ;lan of a robot!cart usin real!time A?alorithm

;ata9ase -ana7e-ent Syste- 9

EC6,C

Contacts< $

Credits< '

Structured ?uery an7ua7e

. Creatin7 ;ata9ase,. Creatin a %atabase/. Creatin a Table1. S;ecifyin Relational %ata Ty;es

. S;ecifyin Constraints3. Creatin )nde=es

2. Ta9le and Record Handlin70. )$SERT statement. 7sin SE4ECT and )$SERT toether2. %E4ETE 79%ATE TR7$CATE statements+. %R#9 A4TER statements

+. Retrie5in7 ;ata )ro- a ;ata9ase. The SE4ECT statement3. 7sin the


54/59



. Creatin Column Aliases3. Creatin %atabase 7sers

5. 7sin RA$T and RE8#FE Cursors in Oracle P / S?Writin7 Oracle P / S? Stored Procedures

Po8er Electronics 9

EC6,;

Contacts< $

Credits< '

4ist of E=;eriments'. Study of the characteristics of an SCR.2. Study of the characteristics of a Triac+. Study of different trierin circuits of an SCR,. Study of firin circuits suitable for trierin SCR in a sinle ;hase full controlled bride./. Study of the o;eration of a sinle ;hase full controlled bride converter with R and R!4 load.1. Study of ;erformance of sinle ;hase half controlled symmetrical and asymmetrical bride converters.. Study of ;erformance of ste; down cho;;er with R and R!4 load.3. Study of ;erformance of sinle ;hase controlled converter with and without source inductance (simulation"5. Study of ;erformance of ste; u; and ste; down cho;;er with *#S6ET )BT and T# as switch (simulation".0. Study of ;erformance of sinle ;hase half controlled symmetrical and asymmetrical bride converter.(simulation". Study of ;erformance of three ;hase controlled converter with R - R!4 load. (simulation"2. Study of ;erformance of 9


55/59



1. Communication' Communication 9rocess %irection of Communication Barriers to Effective Communication. '. 4eadershi;' %efinition )m;ortance Theories of 4eadershi; Styles. '

3. #raniDational 9olitics' %efinition 6actors contributin to 9olitical Behaviour. '5. Conflict *anaement' Traditional vis!a!vis *odern 8iew of Conflict 6unctional and %ysfunctional Conflict Conflict

9rocess $eotiation Q Barainin Strateies $eotiation 9rocess. '0. #raniDational %esin' 8arious #raniDational Structures and their Effects on uman Behaviour Conce;ts of

#raniDational Climate and #raniDational Culture. (References'. Robbins S. 9. - Hude T.A.' #raniDational Behavior 9earson Education /thEdn.

2. 4uthans 6red' #raniDational Behavior *craw ill 2thEdn.

+. Shula *adhuar' 7nderstandin #raniDations Q #raniDational Theory - 9ractice in )ndia 9)

,. 6incham R. - Rhodes 9.' 9rinci;les of #raniDational Behaviour #79 ,thEdn./. ersey 9. Blanchard F.. Hohnson %.E.! *anaement of #raniDational Behavior 4eadin uman Resources 9) 0thEdn.

S-art Antenna

EC0%&A

Contacts< $

Credits< $

!O;E J+

ece final upto 4th year syllabus 09.01.14

Documents