IT B.tech AR CS Detailed Syllabus 21-03-13

8/10/2019 IT B.tech AR CS Detailed Syllabus 21-03-13

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ACADEMICREGULATIONS COURSE

STRUCTURE& DETAILED

SYLLABUS

for

Bachelor of Technology(Informa !on Technology"

( Effective for the students admitted from the Academic Year 2011-12 "

G O # A R A $ U R A N G A R A $ U I N S T I T U T E O% E N G I N E E R I N G AN D T E C & N O L O G Y

( Autonomous Institute under JNTU Hyderabad " Bach' ally)#'*a ally) y+era,a+ - .// /0/


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GR11 Regulations (2011-12)

2


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Bacheler of Technology (B.Tech) degree of Jawaharlal NehruTechnological University Hyderabad (JNTUH) shall be conferred on a candidatewho is ad itted to the !rogra e and fulfils all the re"uire ents for the award

of the degree.

Aca+em!c Reg'la !on1 GR22 for B3Tech (Reg'lar"(Effec !4e for he 1 '+en 1 a+m! e+ !n o I year from he Aca+em!c Year 5/22-25"

23 A+m!11!on1

#d ission to the B.Tech !rogra e shall be ade sub$ect to theeligibility and "ualifications !rescribed by the University fro ti e to ti e.#d issions shall be ade either on the basis of the erit ran% obtained by the"ualifying candidate at ' &T conducted by # * H& or on the basis of anyother order of erit a!!roved by the University+ sub$ect to reservations as

!rescribed by the ,overn ent fro ti e to ti e.

53 A6ar+ of Degree

# student will be declared eligible for the award of the B. Tech.-egree if he she fulfils the following acade ic re"uire ents/

(a" ursued a course of study for not less than four acade ic yearsand not ore than eight acade ic years.

(," 0egistered for 5// cre+! 1 and secured 5// cre+! 13 The ar%sobtained in all 211 credits shall be considered for the calculation of the final !ercentage of ar%s.

(c" *tudents+ who fail to fulfil all the acade ic re"uire ents for theaward of the degree within eight acade ic years fro the year of their ad ission+ shall forfeit their seat in B.Tech course.

73 Co'r1e1 of 1 '+y

(a" Co'r1e1 offere+

The following courses of study are offered at !resent for


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Branch No. Branch ( ode)1 ivil &ngineering ( CE )12 &lectrical and &lectronics &ngineering ( EEE )13 'echanical &ngineering ( ME )1 &lectronics and o unication &ngineering ( ECE )14 o !uter *cience and &ngineering ( CSE"

Bio edical &ngineering ( BME )2 5nfor ation Technology ( IT )

23 Biotechnology &ngineering ( BT )

s!eciali6ations for B. Tech.

(," There shall be no branch transfer after the co !letion ofad ission !rocedures.

83 Me+!'m of In1 r'c !on

The ediu of instruction (including e7a inations and re!orts) shall be &nglish.

.3 Co'r1e 9a ern

(a" &ach #cade ic year of study (5+ 55+ 555 and 58 9ears) is dividedinto two se esters.

(," 'ini u nu ber of instruction days in each se ester is :1.

:3 A en+ance Re;'!remen 1

(a" # student shall be eligible to a!!ear for the end se ester e7a inations if he she ac"uires a m!n!m'm of


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decided by the #cade ic ouncil.

(+" *hortage of #ttendance ,elo6 :.= !n aggrega e shall in NOcase be condoned 3 En+ e?am1 (E? ernal" In ernal To al(eT"heory

*tudents whose shortage o ; f 4attendance is not2co4ndoned 1in1 any

se raecsticcr aalre detained and are not eligible 4t1o ta%e their end e7 2a 4ination ; o4f that se - r easwteinr.gThey ay see% re


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A

GR11 Regulations (2011-12)T6o !n ernal e1 1@ &ach of 2/ mar*1 (conducted by the


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concerned laboratory =aculty e bers). The ,e er of he 6ointernal tests shall be considered for the award of ar%s.

The end e7a ination shall be conducted at the end of these ester with the laboratory =aculty as internal e7a iner and ane7ternal e7a iner as a!!ointed by the ontroller of &7a inations.

(!!" Eng!neer!ng Gra h!c1 / 5. mar*1

-ay


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infor ation on a


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s!eciali6ed To!ic and !re!are a technical re!ort and sub it tothe de!art ent. The student?s se inar shall be evaluated by a

o ittee consisting of H>-+ se inar su!ervisor and a senior

faculty e ber of the de!art ent. The student shall be assessedfor his her understanding of the to!ic+ its a!!lication and itsrelation with various sub$ects studied during the course of study.The se inar shall be evaluated for ./ mar*13

(g" 9ro>ec @

>ut of 5// mar*1 for the !ro$ect wor%+ ./ mar*1 shall be for internal evaluation and 2./ mar*1 for the &nd *e ester &7a ination.# 0e!ort (in the for re"uired by the -e!art ent) shall be sub itted

by the student before the date announced by the H>-. The &nd*e ester &7a ination on the !ro$ect sub itted is a 8iva vocee7a ination conducted by the sa e o ittee a!!ointed for 5ndustrial ini !ro$ect. 5n addition+ the ro$ect su!ervisor shall also

be a e ber of the o ittee. The to!ics for industry oriented ini !ro$ect+ se inar and !ro$ect wor% shall be different fro each other.The evaluation of the !ro$ect wor% shall be done at the end of 58 year.The 5nternal &valuation shall be based on the two se inars given by

each student on the to!ic of his her !ro$ect.

3 Reco'n !ng of mar*1 !n he en+ e?am!na !on an16er ,oo*1

# student can re"uest for re


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223 Mal rac !ce1 !n E?am!na !on1hase 'ini u No. of &7a inations-isci!li nar r eydiatcstion sh 5aN- @#** 41E F 'ar%s F A1Ecredits fro the following e7a inations whether the candidate ta%es the

#** @#** 1E F 'ar%s F 41Ee7a ination or not.

273 A6ar+ of Degree or Cla11

#fter a student satisfies all the re"uire ents !rescribed for theco !letion of the -egree and beco es eligible for the award of B.Tech -egree

by JNTUH + he she shall be !laced in one of the following four classes (the ar%sawarded are fro the aggregate ar%s secured for the 211 credits)/


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283 ! hhol+!ng of re1'l 1

The result of a student shall be withheld if (i) he she is involved inal!ractices and is not cleared of the al!ractice+ (ii) disci!linary !roceedingsare !ending against hi her+ or for any other reason a!!roved by the#cade ic ouncil.

2.3 Tran1fer of 1 '+en 1 from he Con1 ! 'en College1 of JNTUH orfrom o her College1 Un!4er1! !e1

Transfer of students fro the onstituent olleges of JNTUH or froother olleges Universities shall be considered only on case


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(," 5n the case of any doubt or a biguity in the inter!retation of theabove rules+ the decision of the #cade ic ouncil is final.

(c" 5n case of any error in the above rules and regulations+ thedecision of the #cade ic ouncil is final.(+" The ollege ay change or a end the acade ic regulations or syllabi at any ti e and the changes or a end ents ade shall be a!!licableto all the students with effect fro the dates notified by the ollege.

9ha1e M!n!m'm

Cre+! 1

No3 of E?am!na !on1

II-I II-II III I

III o Iyear

7< 2 0egular *u!!ly

0egular *u!!ly

0egular

Cla11 A6ar+e+ = of Mar*1 Sec're+Aca+em!c Reg'la !on1 GR22 for B3Tech (La eral En ry"

=50*T @#** with -5*T5N T5>N 'ar%s D ;1E(Effec !4e for =5 h0 e*1T ' +@en # 1*a*+m! e+ !n o II year from h Ae 1A

E ca+ Fe' m! acr Y% esaFr 5 ; / 12E 2-25"

*& >N- @#** 41E F 'ar%s F A1E. #ll regulations as a!!licable for B.Tech. =our year degree course

#** @#** 1E F 'ar%s F 41E(0egular) will hold good for B.Tech. (@ateral &ntry *che e) e7ce!t for thefollowing rules/

(a) 9'r1'e+ a co'r1e of 1 '+y for no le11 han hree aca+em!c year1 an+ no more han 1!? aca+em!c year1 ( ara 5(a""3

1


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GR11 Regulations (2011-12)(b) 0egistered for 2./ cre+! 1 and secured 2./ cre+! 13 The ar%s


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GO#ARA$U RANGARA$U INSTITUTE O% ENGINEERING AND TEC NOLOGYB3Tech (IN%ORMATION

TEC NOLOGY" COURSE STRUCTURE

5 B.Tech (5T) 5 *e ester ,rou! *ub$ect

code*ub$ect @ T re

dits'ar%s 5nt &7t

BAS ,0 # 11 'athe atics


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55 B.Tech (5T) 5 *e ester ,rou! *ub$ect code *ub$ect @ T 'ar%s 5nt &7t- ,0 #214A 'athe atical

=oundations of o !uter *cience 11 24 ;4- ,0 #21;4 -ata *tructures

Through KK 11 24 ;4B#* ,0 =411 robability and

*tatistics 11 24 ;45& ,0 #21;; -igital @ogic -esign 3 3 11 24 ;4- ,0 =412 -atabase 'anage ent

*yste s 11 24 ;4- ,0 #21;I -ata *tructuresThrough KK @ab 3 2 ;4 24 41

- ,0 #21;: -atabase 'anage ent*yste s @ab 3 2 ;4 24 41

5& ,0 #21 A -igital&lectronics @ab 3 2 ;4 24 41To al 20 . 0 5.


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GO#ARA$U RANGARA$U INSTITUTE O% ENGINEERING AND TEC NOLOGY

5 B.Tech (5T) 5 *e ester

MAT EMATICS -I

O,>ec !4e1@

'athe atics is the bac%bone of all &ngineering disci!lines. 'athe atics 5 isco on to #ll Branches e7ce!t BT. 'athe atics 5 !rovides all the basicre"uire ents for a!!lication of 'athe atics to the &ngineers. #t the end of thecourse+ the students will be able to a!!ly the conce!ts of (i) 5ntegration over twoand three di ensions+ (ii) 8ector fields and 8ector integration theore s+ (iii)'atri7 theory+ in their fields of study.

L@ 8) T@ 2) Cre+! 1@ 8 To al Mar*1@ 2// (In @ 5.) E? @rthogonal transfor ation. *ingular value deco !osition of a


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GR11 Regulations (2011-12)atri7.Luadratic for s/ -efinition+ !ositive definite+ negative definite+

indefinite+ se i


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a "uadratic for to a canonical for .

UNIT III

%'nc !on1 of a 1!ngle an+ 1e4eral 4ar!a,le1@ 0olle?s theore + @agrange?s eanvalue theore + auchy?s ean value theore + generali6ed ean value theore(all theore s without !roof).

0adius+ center and circle of curvature. &volutes and envelo!es.

=unctional de!endence Jacobian < 'a7i a and ini a of functions of two

variables with and without constraints.

UNIT -I

A l!ca !on1 of In egra !on@0e!resentation of curves and surfaces in cartesian+ !ara etric and !olar co


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A


73 Higher &ngineering 'athe atics/ B.*. ,rewal+ Mhanna ublications.

83 *chau ?s outline series on 8ector #nalysis. @inear #lgebra.

Reference Boo*1@

23 *chau ?s outline series on @inear #lgebra.

53 5ntroduction to @inear #lgebra. ,ilbert *trang.


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COM9UTER 9ROGRAMMING AND DATA STRUCTURES O,>ec !4e1 ( )

To e7!ress algorith s and draw flowcharts in a language inde!endentanner+ thus e7e !lifying the !rofessional ethics (2) To !rovide the s%ills

necessary for the effective a!!lication of co !utation and co !uter !rogra ing in engineering a!!lications (3) To understand the conce!ts of

arith etic rules+ arrays+ !ointers and filesL@ 8) T@ 2) Cre+! 1@ 8 To al Mar*1@ 2// (In @ 5.) E? @


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I

GR11 Regulations (2011-12)*tructures with in *tructures+ #rrays with in structures+ Unions 3


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:


UNIT -I

9o!n er1@ ointers and #ddresses+ ointers and function #rgu ents+ ointers andarrays+ #ddress #rith etic+ haracter !ointers and =unctions+ ointer #rrays+

ointers to *tructures+ ointers to ointers+ o and @ine #rgu ents.

%!le1@5ntroduction+ Ty!es of =iles+ =ile #ccess =unctions+ 5 > on =iles+0ando#ccess to =iles+ &rror Handling.

UNIT-

Sor !ng@Bubble sort+ 'erge sort+ 5nsertion *ort+ *election *ort+ Luic% *ort.

Search!ng@ @inear *earch+ Binary *earch.

In ro+'c !on o Da a S r'c 're1 / Basics of @inear and Non


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A. -ata *tructures and rogra -esign in + 0.Mruse+ .@. Tondo+ B


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@eung+ *hashi '+ *econd &dition+ earson &ducation.

;. rogra ing in and -ata *tructures J.0. Hanly+ #sho% NMa thane and # #nanda 0ao+ earson &duction.


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ENGINEERING 9 YSICS

O,>ec !4e1@ (2"To e"ui! the student the nature and conce!t of various solidsand to gain the %nowledge of various !ro!erties of aterials.(2)To a%e thestudent learn the classification of aterials based on band theory of solids and theelectrical and agnetic !ro!erties of various aterials.(3)To gain %nowledgeabout the various a!!lication of lasers and fiber o!tics and to gain fa iliaritywith the latest develo! ents and trends in nanotechnology

L@ 7) T@ 2) 9@ /F Cre+! 1@ 7 To al Mar*1@ 2// (In @ 5.) E? @ne -i ensional otential Bo7.

UNIT-II

Elec ron heory of Me al1@ lassical free electron theory+ derivation of oh ?s

law+ 'ean free !ath+ rela7ation ti e and drift velocity+ failures of "uantu freeelectron theory+ =er i


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&ffective 'ass of an &lectron and once!t of a Hole.

Sem!con+'c or 9hy1!c1@ =er i @evel in 5ntrinsic and &7trinsic *e iconductors+5ntrinsic *e iconductors and arrier oncentration+ &7trinsic *e iconductors

and arrier oncentration+ &"uation of ontinuity+ -irect 5ndirect Band ,a!*e iconductors+ Hall &ffect.

UNIT-III

D!elec r!c 9ro er !e1@ &lectric -i!ole+ -i!ole 'o ent+ -ielectric onstant+olari6ability+ &lectric *usce!tibility+ -is!lace ent 8ector+ &lectronic+ 5onic and

>rientation olari6ations and alculation of olari6abilities rigin of 'agnetic 'o ent+ Bohr 'agnetron+ lassification of -ia+ ara and =erro 'agnetic 'aterials on the basisof 'agnetic 'o ent+ -o ain Theory of =erro 'agnetis on the basis of Hysteresis urve+ *oft and Hard 'agnetic 'aterials+ ro!erties of #nti


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Te? Boo*1@

. &ngineering hysics/ .M. alaniswa y+ *citech ublishers.2. &ngineering hysics/ *.>. illai+ New age 5nternational.

3. #!!lied hysics/ T.Bhi a *an%ara +, rasad+B* ublications

Reference Boo*1@

. *olid *tate hysics/ harles Mittel+ iley *ons (#sia) te @td.2. *olid *tate hysics/ *.>. illai+ New age 5nternational.

3. >!tical &lectronics/ #.J ,hata% and M.Thyagara$an+ a bridgeUniversity ress.


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BASIC ELECTRICAL AND ELECTRONICS

ENGINEERING O,>ec !4e1@ #t the end of the course the student is

e7!ected to

. Mnow the =unda ental rinci!les of &lectrical and &lectronics

2. Understand and a!!ly the Basics of -iodes+ Transistors+ resistors+5nductors+ a!acitors etc and a!!ly the to understand various circuits.

@/ 3+ T/ + redits/ 3 Total 'ar%s/ 11 (5nt/ 24+ &7t/ ;4)

UNIT -I

&lectrical and *ingle hase # ircuits

Elec r!cal C!rc'! 1 - 0


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B&

2A


*u!er!osition+ 0eci!rocity+ Tellegen?s+ 'ill an?s and o !ensation theore sfor - and # e7citations.

UNIT -III


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2;

GR11 Regulations (2011-12)* all *ignal 'odel+ Biasing =&T.


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S ec!al 9'r o1e De4!ce1@ Brea%down 'echanis s in *e i onductor -iodes+Qener diode characteristics+ Use of Qener diode as si !le regulator rinci!le of o!eration and haracteristics of Tunnel -iode (with the hel! of &nergy band

diagra ) and 8aractor -iode+ rinci!le of >!eration of * 0.

Te? Boo*1

. &lectronic -evices and ircuits 0.@. Boylestad and @ouis Nashels%y+ &5 H5+ :th &d+ 211A.

2. 'ill an?s &lectronic -evices and ircuits J.'ill an and. .Hal%ias+ *atyabrata$it+ T'H+ 2 e+ ::I.

3. &ngineering ircuit #nalysis< by illia Hayt and Jac% &.Me erly+ 'c ,raw Hill o !any+ A th edition.

Reference Boo*1

. 5ntroduction to &lectronic -evices and ircuits


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ENGLIS

L@ 7) T@ 2) 9@ /F Cre+! 1@ 7 To al Mar*1@ 2// (In @ 5.) E? @


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I

23 Bubbling ell 0oad/ 0udyard Mi!ling+ fro R&n$oying &veryday


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&nglishS.

53 5 Have a -rea / 'artin @uther Ming Jr.+ fro R5ns!iring *!eeches and@ivesS.

UNIT

&7ercises on

23 0eading and writing *%ills

53 0eading o !rehension

73 *ituational -ialogues

83 @etter riting

.3 &ssay writing

9rac !ce e?erc!1e1 on reme+!al grammar co4er!ng

23 o on &rrors in &nglish

53 *ub$ect


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COM9UTER 9ROGRAMMING AND DATA STRUCTURE LAB

O,>ec !4e1@( ) To introduce the funda entals of !rogra ing language

anddevelo! the s%ills for solving !roble s (2) To develo! the !roficiency in writing

!rogra s in a !rocedural !rogra ing language (3) To use the conce!ts of

searching and sorting for solving real


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a) rite a !rogra s that use both recursive and non


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Ta1* -I @

a) The total distance travelled by a vehicle in Vt? seconds is given bydistance * uWtK 2at2 where Vu? and Va? are the initial velocity ( sec.)and acceleration ( sec2). rite a !rogra to find the distance travelled by avehicle at regular intervals of ti e given the values of Vu? and Va?. The !rograshould !rovide the fle7ibility to the user to select his own ti e intervals andre!eat the calculations for different values of Vu? and Va?.

b) rite a !rogra + which ta%es two integer o!erands and one o!erator for the user+ !erfor s the o!eration and then !rints the result. ( onsider theo!erators K+


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II@


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a) rite a !rogra that dis!lays the !osition or inde7 in the string *where the string T begins+ or if * doesn?t contain T.

b) rite a !rogra to count the lines+ words and characters in a givente7t.

Ta1* - III@

a) rite a !rogra to generate ascal?s triangle.

b) rite a !rogra to construct a !yra id of nu bers.

Ta1* - I @

a) rite a !rogra to read in two nu bers+ 7 and n+ and then co !utethe su of this geo etric !rogression/ K7K7 2 K73 KYYYY.K7 n

=or e7a !le/ if n is 3 and 7 is 4+ then the !rogra co !utesK4K24K 24.

rint 7+ n+ the su !erfor error chec%ing. =or e7a !le+ the for uladoes not a%e sense for negative e7!onents ( )+ if n is less than 1. Have your

!rogra to !rint an error essage if n dS 1+ without co !uting the su .

b) rite a !rogra that uses functions to !erfor the followingo!erations/

i) #ddition of two co !le7 nu bers

ii) 'ulti!lication of two co !le7 nu bers(Note/ re!resent co !le7 nu ber using a structure.)

Ta1* - @

a) rite a rogra to dis!lay the contents of a file.

b) rite a rogra erging of two files in a single file.c) rite a rogra to a!!end data into a file.


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Ta1* - l@

a) rite a !rogra which co!ies one file to another.

b) rite a !rogra to reverse the first n characters in a file.

(Note / The file na e and n are s!ecified on the co and line.)

Ta1* - II@

a) rite a rogra to *earch for a given ele ent using @inear Binary*earch Techni"ues.

b) rite a rogra to *ort a given list of integers using Bubble *ortTechni"ue.

Ta1* - III@

a) rite a rogra to *ort a given list of integers using 'erge *ortTechni"ue.

b) rite a rogra to *ort a given list of integers using 5nsertion *ortTechni"ue.

Ta1* - I @

a) rite a rogra to *ort a given list of integers using Luic% *ortTechni"ue.

b) rite a rogra to *ort a given list of integers using *election *ortTechni"ue.


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ENGINEERING 9 YSICSLABORATORY

O,>ec !4e1@ ( )To enable the student to draw the relevance between thetheoretical %nowledge and to i !ly it in a !ractical anner with res!ect toanaly6e various electronic circuits and its co !onents.(2) To analy6e the

behavior and characteristics of various aterials for its o!ti u utili6ation.

L@ /) T@ /) 9@ 7F Cre+! 1@ 7 To al Mar*1@ .

73 B


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MAT EMATICS -II

O,>ec !4e1@ 'athe atics is the bac%bone of all &ngineering disci!lines.'athe atics 55 is co on to #ll Branches e7ce!t BT. #t the end of thecourse+ the students will be able to

(i) Understand and a!!ly the ethods of solving the differential e"uationsdirectly or using @a!lace transfor s+

(ii) *olve linear and so e nonlinear !artial differential e"uations+

(iii) Understand the basic of =ourier series and its re!resentation.

L@ 8) T@ 2) Cre+! 1@ 8 To al Mar*1@ 2// (In @ 5.) E? @


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e;'a !on1@ @a!lace transfor of standard functions < inverse @a!lace transfor ec !4e1@#t the end of the course the student is e7!ected to

. @earn the funda ental conce!ts of &ngineering ,ra!hics.

2. -rafting ractice for ,eo etrical -rawing and ro$ections.

3. 5ntroduction to #uto #-.

L@ 7) T@ /) 9@ 8@ Cre+! 1@ 7 To al Mar*1@ 2// (In @ 5.) E? @


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De4elo men of S'rface1@ -evelo! ent of *urfaces of 0ight 0egular *olids


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ris s+ ylinder+ yra id one and their !arts.

UNIT I

I1ome r!c 9ro>ec !on1@ rinci!les of 5so etric ro$ection 5so etric *cale 5so etric 8iews onventions 5so etric 8iews of @ines+ lane =igures+*i !le and o !ound *olids 5so etric ro$ection of ob$ects having nonec !on1@ onversion of 5so etric 8iews to>rthogra!hic8iews

onventions.

UNIT

5ntroduction to o !uter #ided -rafting,eneration of !oints+ lines+ curves+ !olygons+ si !le solids and their di ensioning.

Te? Boo*1

. &ngineering -rawing+ N.-. Bhat+ harotar.2. &ngineering gra!hics with #uto #-< 0.B. houdary+ #nuradha

ublishers.

Referecnce Boo*1

. &ngineering -rawing and ,ra!hics+ 8enugo!al+ Newage.

2. &ngineering -rawing< Johle+ Tata 'acgraw Hill.

3. o !uter #ided &ngineering -rawing< Try ba%a 'urthy< 5.M.5nternational.

. &ngineering -rawing+ Narayana and Mannaiah+ *cietech !ublishers.


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IT OR#S O9

L@ /) T@ /) 9@ 7 To al Mar*1@


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u! with a 8iva.

Ta1* 8@ &very student should install @inu7 on the co !uter. Thisco !uter should have windows installed. The syste should be configured as

dual boot with both windows and @inu7. @ab instructors should verify theinstallation and follow it u! with a 8iva

Ta1* .@ ar+6are Tro',le1hoo !ng @ *tudents have to be given a which does not boot due to i !ro!er asse bly or defective !eri!herals.

They should identify the !roble and fi7 it to get the co !uter bac% towor%ing condition. The wor% done should be verified by the instructor andfollowed u! with a 8iva

Ta1* :@ Sof 6are Tro',le1hoo !ng @ *tudents have to be given aalfunctioning U due to syste software !roble s. They should identifythe !roble and fi7 it to get the co !uter bac% to wor%ing condition. Thewor% done should be verified by the instructor and followed u! with a 8iva.

In erne & orl+ !+e e,

Ta1*- < / Or!en a !on & Connec !4! y Boo Cam @ *tudents should getconnected to their @ocal #rea Networ% and access the 5nternet. 5n the !rocessthey configure the T 5 setting. =inally students should de onstrate+ to theinstructor+ how to access the websites and e ail. 5f there is no internetconnectivity !re!arations need to be ade by the instructors to si ulate the

on the @#N.

Ta1*- @ e, Bro61er1) S'rf!ng he e, @ *tudents custo i6e their web browsers with the @#N !ro7y settings+ boo% ar%s+ search toolbars and

!o! u! bloc%ers. #lso+ !lug


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Ta1*-22@ introducing features of !rofessional word docu ents li%eo!ening+ closing+ editing+ saving+ !rinting+ and te7t for atting.

Ta1*-25@ students would be e7!osed to create word docu ents with

i ages+ tables+ for ulas+ and with additional word !rocessing features.Ta1* < 7/ introducing features of !rofessional s!read sheets li%e o!ening+

closing+ editing+ saving+ !rinting+ and te7t for atting.

Ta1* < 8/ students would be e7!osed to co !ile s!read sheets usingfor ulas+ different nu ber for ats+ te7t for ats and conditional for atting.

Ta1*-2.@ introducing features of !rofessional slide !resentations li%eo!ening+ closing+ editing+ saving+ !rinting+ and te7t for atting.

Ta1*-2: / students would be e7!osed to create slide !resentations withtables+ different views of slide !resentations+ aster slides+ custoani ations.

Reference1@

. 5ntroduction to 5nfor ation Technology+ 5T@ &ducation *olutions@i ited+ earson &ducation.

2. 5ntroduction to o !uters+ eter Norton+ A e 'c ,raw Hil.l

3. U!grading and 0e!airing+ ?s I th e+ *cott 'uller LU&+ earson&ducation.

. o de7 5nfor ation Technology ourse tool %it 8i%as ,u!ta+5@&9 -rea tech.

4. 5T &ssentials Hardware and *oftware o !anion ,uide+ Third&dition by -avid #nfinson and Men Lua e< 5* > ress+ earson &ducation.

A. Hardware and #KHandboo% Mate J. hase H5 ('icrosoft).


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ENGINEERING C EMISTRY LABORATORY

O,>ec !4e1 @#t end of the course+ the student should be able to understand

23 The characteristics and !re!aration of rubber.

53 The characteristics and nature of lubricating oils.

73 The hard water analysis !rocess.

83 Basic conce!ts of analysis and a!!lication of aterials in all fields of engineering.

L @ /) T @ /) 9 @ 7 Cre+! 1 @ 7 To al Mar*1 @


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03 9ermanganome ry@ &sti ation of ferric iron by using standard !otassiu dichro ate solution.

2/3 Color!me ry@ &sti ation of ferrous iron in ce ent by using

colori eter.


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ENGLIS LAB

O,>ec !4e1 / To e7!ose the students to a variety of self(iii) VJust # 'inute? *essions (J#').(iv) -escribing >b$ects *ituations eo!le.

(v) 5nfor ation Transfer. (vi) -ebate.

(vii) Tele!hone *%ills. (viii) ,iving -irections.

S'gge1 e+ Sof 6are@

(i) a bridge #dvanced @earners? &nglish -ictionary with -.

(ii) The 0osetta *tone &nglish @ibrary.

(iii) larity ronunciation ower< art .


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(iv) 'astering &nglish in 8ocabulary+ ,ra ar+ *!elling+ and

o !osition. (v) -orling Mindersley series of ,ra ar+ unctuation+

o !osition etc. (vi) @anguage in use + =oundation Boo%s vt @td with -.

(vii) >7ford #dvanced @earner?s o !ass+ ; th

&dition. (viii) @earning to s!ea% &nglish< -s.

(i7) 8ocabulary in Use+ 'ichael 'c arthy+ =elicity >? -en+

a bridge. (7) 'ur!hy?s &nglish ,ra ar+ a bridge with -.

(7i) &nglish in 'ind+ Herbert uchta and Jeff *tran%s with 'eredith @evy+a bridge

Boo%s (to be located within the lab in addition to the -* of the te7t boo% whichare loaded on the syste s)/

23 Engl!1h Lang'age Comm'n!ca !on S*!ll1 # 0eader cu @ab'anual ourse content and ractice (with -) -r. #. 0a a Mrishna 0ao+-r.,.Natana + rof .*.# *an%aranarayanan. ublishers/#nuradha ublications+

hennai

53 A an+,oo* of Engl!1h for rofe11!onal1- =ourth &dition-r. .&liah+ B* ublications.

73 Be er Engl!1h 9ron'nc!a !on) J- >? onnor+ abridgeUniversity

ress.

83 A %o'n+a !on Engl!1h Co'r1e for 'n+ergra+'a e1 ( racticee7ercises on s%ills) aul ,unashe%ar *hya ala Mu ar -as *achil 'ahadevan+>7ford University ress.

.3 Im ro4e Yo'r r! !ng) 3N3 Arora & La*1hm! Chan+ra) >7ford

University ress.:3 S ea*!ng Engl!1h Effec !4ely) Mrihna 'ohan N. . *ingh+'ac illian

ublishers.

rient @ong an

ublishers.

2/3 A an+,oo* of S an+ar+ Engl!1h an+ In+!an U1age) J.*ethirentice

Hall.

223 E11en !al Tele hon!ng !n Engl!1h) Tony ,arside and Barbara


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,arside+ a bridge !ress.

253 Engl!1h Con4er1a !on 9rac !ce S o*en Engl!1h + ,rant Taylor+Tata'c,raw Hill

273 Engl!1h Con4er1a !on 9rac !ce S o*en Engl!1h) $aya1hree Balan)


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!>ay N!cole Im r!n 1 94 3L +

283 o6 o 9re are for Gro' D!1c'11!on an+ In er4!e6) 8.*asiMu ar 8 -ha i$a+ Tata 'c,raw Hill

2.3 S ea*!ng Engl!1h Effec !4ely) Hari 'ohan rasad 0a$nish 'ohanMrishna 'ac 'illan ublishers


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MAT EMATICAL %OUNDATION O% COM9UTER SCIENCE

UNIT-I

Ma hema !cal Log!c / *tate ents and notations+ onnectives+ ell for edfor ulas+ Truth Tables+ tautology+ e"uivalence i !lication+ Nor al for s.

9re+!ca e1 / redicative logic+ =ree Bound variables+ 0ules of inference+onsistency+ !roof of contradiction+ #uto atic Theore roving.

UNIT-II

Se Theory / ro!erties of binary 0elations+ e"uivalence+ co !atibility and !artial ordering relations+ Hasse diagra . =unctions/ 5nverse =unction

o !osition of functions+ recursive =unctions+ @attice and its ro!erties+ igeonhole !rinci!les and its a!!lication.

Alge,ra!c 1 r'c 're1 @ #lgebraic syste s &7a !les and general !ro!erties+ *e igrou!s and onoids+ grou!s+ sub grou!s+ ho o or!his + 5so or!his .

UNIT-III

Elemen ary Com,!na or!c1@ Basis of counting+ o binations er utations+with re!etitions+ onstrained re!etitions+ Bino ial oefficients+ Bino ial

'ultino ial theore s+ the !rinci!les of 5nclusion &7clusion.

UNIT-I

Rec'rrence Rela !on @ ,enerating =unctions+ =unction of *e"uences+


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alculatingoefficient of generating function+ 0ecurrence relations+ *olving recurrence


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relation by substitution and ,enerating functions. haracteristics roots solutionof non ho ogeneous 0ecurrence 0elation.

UNIT-

Gra h Theory @ 0e!resentation of ,ra!h+ -=*+ B=*+ *!anning Trees+ !lanar ,ra!hs+ ,ra!h Theory and #!!lications+ Basic once!ts 5so or!his and *ubgra!hs+ 'ulti gra!hs and &uler circuits+ Ha iltonian gra!hs+ hro atic

Nu bers.

TE T BOO#S@

. -iscrete and o binational 'athe atics< #n #!!lied 5ntroductionverloading+ >!erator >verloading+ ,eneric rogra ing< =unctionand class te !lates+ 5nheritance basics+ base and derived classes+ inheritancety!es+ base class access control+ runti e !oly or!his using virtual functions+abstract classes+ strea s 5 >.

Un! -III

0eview of basic data structures < the list #-T+ stac% #-T+ "ueue #-T+i !le entation using te !late classes in KK+ -ictionary< Hash tablere!resentation+ hash functions+ collision resolution


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Un! -

Gra h1 / 0e!resentation of ,ra!hs+ To!ological *ort+ *hortest ath#lgorith s< -i$%stra?s #lgorith s+ -e!th =irst *earch and Breadth =irst *earch+'ini u s!anning trees< ri ?s and Mrus%al?s #lgorith s.

TE T BOO#S@

. -ata *tructures and #lgorith #nalysis in KK+ 'ar% #llen eiss+earson &ducation+ second edition.

2. >b$ect >riented rogra ing with KK+ & Balagurusa y+ 'cgrawHill Higher &ducation+ *econd edition.

RE%ERENCES@

. >b$ect >riented rogra ing with KK+ *ubhash M U+earson

2. -ata structures and #lgorith s in KK+ 'ichael T.,oodrich+0.Ta assia and -.'ount+ *eventh &dition iley student edition+ John ileyand *ons.

3. -ata *tructures and #lgorith s in KK+ Third &dition+ #da-ro6de%+ Tho son

. KK+ The o !lete 0eference+ th &dition+ Herbert *childt+T'H.


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9ROBABILITY ANDSTATISTICS

UNIT -I

9ro,a,!l! y / Basic conce!ts in robability < *a !le s!ace+ event+ utuallye7clusive and e7haustive events The a7io s of !robability onditional !robability and inde!endence of events #ddition and 'ulti!lication theore sfor two events < Bayes theore + Boole?s ine"uality.

Ran+om 4ar!a,le1 / -efinition of a rando variable+ discrete and continuousrando variables -istribution function + !robability ass function+ !robabilitydensity function with illustrations < Joint+ arginal and conditional distributionswith illustrations < 'athe atical e7!ectation of a r.v and of a function of a r.v.

and its !ro!erties #ddition and 'ulti!lication theore s of e7!ectation for two variables< 'o ent ,enerating =unction and haracteristic function+state ents of their !ro!erties .

UNIT-II

D!1 r!,' !on1 / Bino ial+ oisson distributions+ 'ean+ variance+ o entgenerating function+ fitting of these distributions < Unifor + Nor al+ &7!onentialdistributions+ !ro!erties of these distributions+ fitting of Nor al distribution.

*a !ling distribution/ -efinition of o!ulation and sa !le+ >verview of ty!es of sa !ling (0ando + ur!osive+ *0*+ *tratified and *yste atic randosa !lings)< *a !ling distribution+ standard error+ sa !ling distribution of ean (%nownand un%nown) and !ro!ortions.

UNIT-III

E1 !ma !on &Te1 !ng of y o he1!1 / oint esti ation 5nterval esti ation ne tail and two8#(


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3. robability+ *tatistics and Lueuing Theory+ 2nd &dition+ Trivedi+John

iley and *ons

. >!erations 0esearch by 'an ohan+Mantiswaroo! ,u!ta.

RE%ERENCE BOO#S@

. =unda entals of 'athe atical *tatistics+ *. .,u!ta+ 8.M.Ma!oor

2 robability+ *tatistics and Lueuing Theory with co !uter

a!!lications< #rnold >.#llen3. 5ntroduction to robability and *tatistics+ 2th edition+ .'endenhall+0.J.Beaverand B.'.Beaver+ Tho son. (5ndian edition)

. robability and *tatistics in &ngineering+ th &dition+ illia

.Hines+ -ouglas .'ontgo ery+ -avid '.,olds an+ onnie '.Borror+iley *tudent &dition.

4. 5ntroduction to robability and *tatistics+ J.*.'ilton+ Jesse .#rnold+

th edition+ T'H.A. 'athe atical *tatistics by Biswas *rivatsava.

O,>ec !4e@#t the end of the course the student is e7!ected to

. Mnow the funda entals of robability and *tatistics

2. Understand and a!!ly the Tests of Hy!othesis+ orrelation 0egression

3. Understand si !le Lueuing odels.


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55 B. Tech (5T) 5 *e ester

DIGITAL LOGICDESIGN

UNIT I

B!nary Sy1 em1 / -igital *yste s+ Binary Nu bers+ Nu ber Base onversions+>ctal and He7adeci al Nu bers+ o !le ents+ *igned Binary Nu bers+ Binaryodes+ Binary *torage and 0egisters+ Binary @ogic.

Boolean Alge,ra An+ Log!c Ga e1 / Basic -efinitions+ #7io atic definition of Boolean #lgebra+ Basic theore s and !ro!erties of Boolean #lgebra+ Boolean=unctions+ anonical and *tandard =or s+ >ther @ogic >!erations+ -igital @ogic,ates+ 5ntegrated ircuits.

UNIT II

Ga e-Le4el M!n!m!Ha !on / The 'a! ethod+ =our


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Reg!1 er1 an+ Co'n er1@ 0egisters+ shift registers+ 0i!!le ounters+*ynchronous


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ounters+ other counters.

UNIT

Memory an+ 9rogramma,le Log!c / 5ntroduction+ 0ando #ccess 'e ory+'e ory -ecoding+ &rror -etection and correction+ 0ead >nly 'e ory+

rogra able logic #rray+ rogra able #rray @ogic+ *e"uentialrogra able -evices.

ar+6are De1cr! !on Lang'age@ Hardware -escri!tion @anguage+ -efinition+*tructural -efinition of H-@+ H-@ 'odels for o binational circuits+ H-@ for 'odels for *e"uential circuits.

Te? Boo*1@

. -igital -esign =ourth &dition+ '. 'orris 'ano+ earson &ducation.

2. =unda entals of @ogic -esign 0oth+ 4th

&dition+Tho son.

Reference1@

. *witching and =inite #uto ata Theory by Qvi Mohavi+ Tata 'c,raw

Hill.2. switching and @ogic -esign 8* 0ao+ earson &ducation

3. -igital rinci!les and -esign -onald -.,ivone+ Tata 'c ,raw Hill.

. =unda entals of -igital @ogic and 'icro o !uter -esign+ 4 th

&dition+ '.0afi"u66a an (John illey)


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valued -e!endencies forth Nor al =or .


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UNIT I

Transaction once!t/ Transaction *tate 5 !le entation of #to icity and-urability< oncurrent &7ecutions *eriali6ability< 0ecoverability 5 !le entation of 5solationrgani6ation and 5nde7ing luster 5nde7es+ri ary and *econdary 5nde7es 5nde7 data *tructures Hash Based 5nde7ing

Tree base 5nde7ing o !arison of =ile >rgani6ations 5ntuitions for tree5nde7es

5nde7ed *e"uential #ccess 'ethods (5*#') BK Trees/ # -yna ic 5nde7*tructure.

TE T BOO#S@

. -ata base 'anage ent *yste s+ 0aghura a Mrishnan+ Johannes

,ehr%e+ T#T# 'c,rawHill 3rd&dition

2. -ata base *yste once!ts+ *ilberschat6+ Morth+ 'c,raw hill+ 8edition.

RE%ERENCE BOO#@

. 5ntroduction to -atabase *yste s+ .J.-ate earson &ducation2. -ata base *yste s design+ 5 !le entation+ and 'g t+ 0ob

oronel4th&dn. Tho son

3. -atabase 'anage ent *yste s . 0adha Mrishna H5


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2114

. -ata base 'anage ent *yste + &l asri Navrate earson &ducation

4. -ata base 'anage ent *yste 'athew @eon+ @eo


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88/223


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traverse the given binary tree in

a) reorder b) 5norder andc) ostorder.

Ta1* 0 rite KK !rogra s for the i !le entation of B=* and -=* for agiven gra!h.

Ta1* 2/ rite a KK !rogra to !erfor the following o!erations

a) 5nsertion into an #8@


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DATA BASE MANAGEMENT SYSTEMSLAB

O,>ec !4e1@

[ To teach the student database design and "uery and @ *L@.

Recommen+e+ Sy1 em1 Sof 6are Re;'!remen 1@

[ 5ntel based des%to!

[ 'ys"l >racle latest version 0eco ended

. reation+ altering and dro!!ing of tables and inserting rows into atable (use constraints while creating tables) e7a !les using *&@& T co and.

2. Lueries (along with sub Lueries) using #N9+ #@@+ 5N+ &\5*T*+ N>T&\5*T*+ UN5>N+ 5NT&0*&T+ onstraints.

&7a !le/< *elect the roll nu ber and na e of the student whosecured fourth ran% in the class.

3. Lueries using #ggregate functions ( >UNT+ *U'+ #8,+ '#\

and'5N)+ ,0>U B9+ H#85N, and reation and dro!!ing of 8iews.

. Lueries using onversion functions (to]char+ to]nu ber and to]date)+string functions ( oncatenation+ l!ad+ r!ad+ ltri + rtri + lower+ u!!er+ initca!+length+ substr and instr)+ date functions (*ysdate+ ne7t]day+ add] onths+last]day+ onths]between+ least+ greatest+ trunc+ round+ to]char+ to]date)

4. i) reation of si !le @ *L@ !rogra which includes declarationsection+ e7ecutable section and e7ce!tion Handling section (&7.*tudent ar%s can be selected fro the table and !rinted for thosewho secured first class and an e7ce!tion can be raised if no recordswere found)

ii) 5nsert data into student table and use >''5T+ 0>@@B# Mand


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*#8& >5NT in @ *L@ bloc%.


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A. -evelo! a !rogra that includes the features N&*T&- 5=+ #*&and #*& e7!ression. The !rogra can be e7tended using the NU@@5= and

>#@&* & functions.

;. rogra develo! ent using H5@& @>> *+ nu eric =>0 @>> *+nested loo!s using &00>0 Handling+ BU5@T 5N &7ce!tions+ U*& defined&7ce!tions+ 0#5*&< # @5 #T5>N &00>0.

I. rogra s develo! ent using creation of !rocedures+ !assing !ara eters5N and >UT of

0> &-U0&*.

:. rogra develo! ent using creation of stored functions+ invo%efunctions in *L@ *tate ents and write co !le7 functions.

1. rogra develo! ent using creation of !ac%age s!ecification+ !ac%age bodies+ !rivate ob$ects+ !ac%age variables and cursors and calling stored !ac%ages.

. -evelo! !rogra s using features !ara eters in a U0*>0+ =>0 U -#T& U0*>0+ H&0& U00&NT of clause and U0*>0 variables.

2. -evelo! rogra s using B&=>0& and #=T&0 Triggers+ 0ow and*tate ent Triggers and 5N*T- >=Triggers

TE T BOO#S@

. >0# @& @ *L@ by e7a !le. Ben$a in 0osen6weig+ &lena*ilvestrova+ earson &ducation 3 rd &dition

2. >0# @& -#T# B#*& @>, @ *L@ rogra ing * >TTU0'#N+ Tata 'cracle 1g+ Blac% Boo%+ -r. .*.-esh!ande.


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E?erc!1e@ onvert JM =li! =lo! to T fli! flo!



DIGITAL ELECTRONICS LAB

A3 COMBINATIONAL CIRCUITS

. 0eali6ation of ,ates(#N-+ >0+N>T+ N#N-+ N>0)

E?erc!1e@ 0eali6e an \>0 and \N>0 gates

2. -esign of Half adder+ =ull adder using ,ates

E?erc!1e@ -esign Half subtractor circuit

3. 8erification of bit 'agnitude co !arator

E?erc!1e@ 8erify an I bit 'agnitude co !arator

. -esign of 2 to decoder

E?erc!1e@ 5 !le ent a 3 to I decoder

4. -esign of 2 to 'ulti!le7er

E?erc!1e@ 5 !le ent a to ulti!le7er

A. -esign of to -e ulti!le7er

E?erc!1e@ -esign a to -e ulti!le7er using to 2 -e ulti!le7er

;. 5 !le entation of Binary to ,rey code converter E?erc!1e@ 5 !le ent a bcd to e7cess


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;1

E?erc!1e@ -esign a !arallel to serial *hift 0egister

A. -esign of Binary counter

E?erc!1e@ -esign of -ecade ounter

;. -esign of #synchronous U! counter

E?erc!1e@ -esign an #synchronous od counter

I. -esign of *ynchronous -own counter

E?erc!1e@ -esign a *ynchronous U -own counter

No e@# ini u of 2 (Twelve) e7!eri ents have to be !erfor ed and

recorded by the candidate to attain eligibility for University ractical&7a ination.


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;



COM9UTER ORGANIKATION

UNIT -I

Ba1!c S r'c 're of Com ' er1@ o !uter Ty!es+ =unctional unit+ Basic

> &0#T5>N#@ conce!ts+ Bus structures+ 'ulti!rocessors and 'ultico !uters.+ -ata 0e!resentation+ =i7ed oint 0e!resentation+ =loating oint0e!resentation+ &rror -etection codes.

Reg!1 er Tran1fer Lang'age an+ M!cro o era !on1@ 0egister Transfer language. 0egister Transfer+ Bus and e ory transfers+ #rith etic 'icroo!erations+ @ogic icro o!erations+ *hift icro o!erations+ #rith etic logic shiftunit.

UNIT -II

Ba1!c Com ' er Organ!Ha !on an+ De1!gn / 5nstruction codes+ o !uter 0egisters+ o !uter instructions+ Ti ing and ontrol+ 5nstruction cycle+ 'e ory0eference 5nstructions+ 5n!ut >ut!ut and 5nterru!t+ o !lete o !uter -escri!tion.

M!cro 9rogramme+ Con rol@ ontrol e ory+ #ddress se"uencing+ icro !rogra e7a !le+ design of control unit+ 'icro !rogra *e"uencer+ Hard wiredcontrol 8s 'icro !rogra ed control+

UNIT -III

Cen ral 9roce11!ng Un! Organ!Ha !on@ ,eneral 0egister >rgani6ation+ *T# M

organi6ation. 5nstruction for ats+ #ddressing odes. -#T# Transfer andani!ulation+ rogra control. 0educed 5nstruction set co !uter.

Com ' er Ar! hme !c@ #ddition and subtraction+ ulti!lication #lgorith s+=loating !oint #rith etic o!erations+ B - #dder.

UNIT -I


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97/223

;3

. o !uter #rchitecture a "uantitative a!!roach+ John @. Hennessy and-avid #. atterson+ =ourth &dition &lsevier

4. o !uter #rchitecture/ =unda entals and !rinci!les of o !uter

-esign+ Jose!h -. -u as 55+ B* ublication.


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99/223

;4

%!le 1y1 em In erface < the conce!t of a file+ #ccess 'ethods+ -irectory structure+file sharing+ !rotection.

%!le Sy1 em !m lemen a !on < =ile syste structure+ file syste i !le entation+

directory i !le entation+ allocation ethods+ free!erating *yste once!ts< #braha *ilberchat6+ eter B. ,alvin+

,reg ,agne ;th &dition+ John iley.2. >!erating *yste sV < 5nternal and -esign rinci!les *tallings+ =ifth&dition 2114+ earson education H5

RE%ERENCES

. >!erating syste s< # once!t based #!!roach!erating *yste # -esign #!!roach< rowley+T'H.

3. 'odern >!erating *yste s+ #ndrew * Tanenbau 2nd editionearson H5.


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;A

Go*ara>' Rangara>' In1 ! ' e of Eng!neer!ng an+ Technology (A' onomo'1"

De ar men of Informa !on Technology

#'*a ally) y+era,a+ .// /0/) A393) In+!a (/8/" :. : 888/

G'!+el!ne1@

Total 'ar%s ;24 !er *e W I *e 4I11 Total redits 24 !er *e W I *e 211 @oad distribution !er *e ester 4 Theory K 3 @abs (e7ce!t 58 9ear+2nd

*e .)

&lectives/ >!en &lective K &lectives B#*/ Basic #!!lied *ciences - / -e!art ental ore -&/ -e!art ental &lective H**/ Hu anities and *ocial *ciences 5&/ 5nterde!art ental &lective / ro$ect or%

55 9ear 5 *e ester ^ ,rou! Na e of ourse @ T 'ar%s

- 'athe atical =oundationof o !uter *cience ('= *)

s

112 - -ata *tructures

Through KK 113 B#* robability *tatistics

( *) 115& -igital @ogic -esign

(-@-) 3 3 114 - -atabase 'anage ent

*yste s 11

^ ,rou! La,1- -ata *tructures

Through KK @ab 3 2 ;4

2 - -atabase 'anage ent*yste s @ab 3 2 ;4

3 5& -igital &lectronics@ab @ab 3 2 ;4Total : 4 : 24 ;24


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;;


- o !uter >rgani6ation 112 - >!erating *yste (>*) 113 - >b$ect >riented

rogra ing through $ava 11

- *oftware &ngineering3 3 114 - -esign #nalysis of

#lgorith s 11^ ,rou! Na e of @ab

- >!erating *yste @ab 3 2 ;42 - >b$ect >riented

rogra ing throughJava @ab 3 2 ;4

3 - eb -esigning @ab 3 2 ;4Total : 4 : 24 ;24


- o !iler -esign 112 - o !uter ,ra!hics 113 - #dvanced UN5\

rogra ing 115& 'icro ontrollers 3 3 11

4 H** 'anagerial &cono icsand =inancial #nalysis 11

^ ,rou! Na e of @ab- #dvanced &nglish

co unication *%ills @ab 3 2 ;42 - #dvanced UN5\

rogra ing @ab 3 2 ;43 5& 'icro ontroller @ab 3 2 ;4

Total : 4 : 24 ;24


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;I


- eb Technologies 3 3 11

2 - o !uter Networ%s 113 H** 'anage ent *cience 11

- -ata 'ining and -ataarehousing 11

4 5& >!en &lectivery!togra!hy

Networ% *ecurity& bedded *yste s-istributed -atabases

irelesso unication

11

^ ,rou! Na e of @ab- o !uter Networ%s

and -ata warehousingand -ata 'ining @ab 3 2 ;4

2 - eb Technologies @ab 3 2 ;43 5ndustry >riented

'ini ro$ect 3 2 ;4Total : 4 : 24 ;24


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;:


- *oftware Testing

'ethodologies 112 - 'obile o !uting 113 - >b$ect >riented

#nalysis and -esign 11-& &lective?0eilly (UN5Ts4+A+;+I)

RE%ERENCE BOO#S@

. rogra ing world wide web@U'& />0& T& HN>@>,5&* By 'arty Hall and @arry Brownearson

3. 5nternet and orld ide eb How to !rogra by -ietel and NietoH5 earson &ducation #sia.

. Ja%arta *truts oo%boo% + Bill *iggel%ow+ * - >?0eilly for cha! I.

4. 'urach?s beginning J#8# J-M 4+ 'urach+* -

A. #n 5ntroduction to web -esign and rogra ing ang


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earson.


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B.Tech (5T) 555 9ear < 55*e ester

COM9UTER NET OR#S

UNIT I

In ro+'c !on @ >*5+ T 5 and other networ%s odels+ &7a !les of Networ%s/ Novell Networ%s +#r!anet+ 5nternet+ Networ% To!ologies #N+ @#N+'#N.

9hy1!cal Layer / Trans ission edia co!!er+ twisted !air wireless+ switchingand encoding asynchronous co unicationsG Narrow band+ broad band 5*-Nand #T'.

UNIT -II

Da a l!n* layer @ -esign issues+ fra ing+ error detection and correction+ 0 +&le entary rotocol


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&lectronic'ailG the orld &B+ 'ulti 'edia.

TE T BOO#S@

. o !uter Networ%s C #ndrew * Tanenbau + th &dition+ earson&ducation H5


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2. -ata o unications and Networ%ing Behrou6 #. =orou6an+Third &ditionT'H.

RE%ERENCES @

. #n &ngineering #!!roach to o !uter Networ%s


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B.Tech (5T) 555 9ear < 55*e ester

MANAGEMENT

SCIENCE UNIT-I

In ro+'c !on o Managemen & Organ!1a !on@ once!ts of 'anage ent andorgani6ation< nature+ i !ortance and =unctions and Theories of 'anage ent+*yste s #!!roach to 'anage ent+ @eadershi! *tyles+ *ocial res!onsibilities of 'anage ent. -esigning >rganisational *tructures/ Basic conce!ts related to

>rganisation < -e!art entation and -ecentralisation+ Ty!es and &valuation of echanistic and organic structures of organisation and suitability.

UNIT-II

O era !on1 & Mar*e !ng Managemen @ rinci!les and Ty!es of lant @ayoutb$ects+ *!atial -ata 'ining+'ulti edia -ata 'ining+ Te7t 'ining+ 'ining the orld ide eb

T&\TB>>M* @

. -ata 'ining once!ts and Techni"ues < Jiawei Han 'ichelineMa ber+'organ Mauf ann ublishers+ &lsevier+ *econd &dition+ 211A.

2. 5ntroduction to -ata 'ining ang


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1


B3Tech (IT" III Year - II

Seme1 er CRY9TOGRA9 YAND NET OR# SECURITY

Un! -I

5ntroduction to security attac%s+ services and echanis + introduction tocry!togra!hy.

onventional &ncry!tion/ onventional encry!tion odel+ classical encry!tiontechni"ues< substitution ci!hers and trans!osition ci!hers+ cry!tanalysis+stereogra!hy+ strea and bloc% ci!hers.

'odern Bloc% i!hers/ Bloc% ci!hers !rinci!als+ *hannon?s theory of confusionand diffusion+ fiestal structure+ data encry!tion standard(-&*)+ strength of -&*+differential and linear cry!t analysis of -&*+ bloc% ci!her odes of o!erations+tri!le -&*+ 5- encry!tion and decry!tion+ strength of 5-+ confidentialityusing conventional encry!tion+ traffic confidentiality+ %ey distribution+ randonu ber generation.

Un! -II

rinci!als of !ublic %ey cry!to syste s+ 0*# algorith + security of 0*#+ %eyanage ent+ -iffle


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eb *ecurity/ *ecure soc%et layer and trans!ort layer security+ secureelectronic transaction (*&T).

*yste *ecurity/ 5ntruders+ 8iruses and related threads+ firewall design

!rinci!als+ trusted syste s.

Te? Boo*1@

. illia *tallings+ R ry!togra!hy and Networ% *ecurity/ rinci!als andracticeS+ rentice Hall+ New Jersy.

2. Johannes #. Buch ann+ R5ntroduction to ry!togra!hyS+ *!ringer


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B3Tech (IT" III Year - II

Seme1 er EMBEDDED SYSTEMS

UNIT-I

In ro+'c !on o Em,e++e+ 9roce11or1@ 5ntroduction to & bedded o !uting+5ssues and hallenges in & bedded syste -esign+ Trends/ * + custo designedchi!s+ configurable designed chi!s+ configurable !rocessors and ulti -evices/< Ty!es and &7a !les of 5 > devices+ *ynchronous+ 5so *erial high s!eed buses/ 5*#+ 5+ 5


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1;

0e ote rocedure alls (0 s) < >!erating *yste *ervices/< ,oals+ *tructures+Mernel+ rocess 'anage ent+ 'e ory 'anage ent+ -evice 'anage ent < 0eal


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Ti e >!erating *yste < 0T>* Tas% scheduling odels/< o


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Transaction 'anage ent Transaction and o !utation 'odel 'ultidatabaseoncurrency ontrol+ 'ultidatabase 0ecovery+ >b$ect >rientation #nd

5ntero!erability >b$ect 'anage ent #rchitecture >0B# and -atabase

5ntero!erability -istributed o !onent 'odel >' >@& and -atabase5ntero!erability+ U*H6su+ atric% 8aldurie6 earson &ducation.


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B3Tech (IT" III Year II

Seme1 er IRELESS COMMUNICATION

UNIT I

In ro+'c !on o 6!rele11 comm'n!ca !on 1y1 em1@

&volution of obile radio co unications+ e7a !les of wireless co .*yste s+ !agingsyste s+ cordless tele!hone syste s+ co !arison of variouswireless syste s.

mo+ern 6!rele11 comm'n!ca !on 1y1 em1@second generation cellular networ%s+ third generation wireless networ%s+ wirelessin localloo!+ wireless local area networ%s+ blue tooth and !ersonal area networ%s.

UNIT II

In ro+'c !on o cell'lar mo,!le 1y1

EMS@ *!ectru #llocation+ basic ellular *yste s+ !erfor ance riteria+

>!eration of cellularsyste s+ analog cellular syste s+ digital ellular *yste s.Ell'lar 1y1 em +e1!gn f'n+amen al1@

=re"uency 0euse+ channel assign ent strategies+ handoff*trategies+ 5nterferenceandsyste ca!acity+ trac%ing and grade off service+ i !roving coverage andca!acity.

UNIT III

M'l ! le acce11 echn!;'e1 for 6!rele11comm'n!ca !on@

5ntroduction to 'ulti!le #ccess+ =-'#+ T-'#+ *!read *!ectru ulti!le#ccess+ s!acedivision ulti!le access+ !ac%et ratio+ ca!acity of a cellularsyste s.

UNIT I

!rele11 ne 6or*!ng@-ifference between wireless and fi7ed tele!hone networ%s+ develo! ent of wirelessnetwor%s+ fi7ed networ% trans ission hierarchy+ traffic routing inwireless networ%s+ wirelessdata services+ co on channel signaling+ 5*-N(5ntegrated *ervices digital Networ%s)+advanced intelligent networ%s.

UNIT


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3

In ell!gen cell conce an+ a l!ca !on@


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5ntelligent cell conce!t+ a!!lications of intelligent icro


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4


B3Tech (IT" III Year IISeme1 er

COM9UTER NET OR#S AND DATA MININGAND ARE OUSING LAB

9ART-A@

. 5 !le ent the data lin% layer fra ing ethods such as character+ character stuffing and bit stuffing.

2. 5 !le ent on a data set of characters the three 0 !olyno ials 0 2+0 A and 0 5 .

3. 5 !le ent -i$%stra Vs algorith to co !ute the *hortest !ath thru a gra!h.

. Ta%e an e7a !le subnet gra!h with weights indicating delay betweennodes.

Now obtain 0outing table art each node using distance vector routing algorith4. Ta%e an e7a !le subnet of hosts . >btain broadcast tree for it.

A. Ta%e a A bit !laying te7t and encry!t the sa e using -&* algorith.

;. rite a !rogra to brea% the above -&* coding

I. Using 0*# algorith &ncry!t a te7t data and -ecry!t the sa e .

9ART-B@

redit 0is% #ssess ent

De1cr! !on@ The business of ban%s is a%ing loans. #ssessing the creditworthiness of an a!!licant is of crucial i !ortance. 9ou have to develo! asyste to hel! a loan officer decide whether the credit of a custo er is good+

or bad. # ban%?s business rules regarding loans ust consider two o!!osingfactors. >n the one hand+ a ban% wants to a%e as any loans as !ossible.5nterest on these loans is the ban%s !rofit source. >n the other hand+ a ban% cannot afford to a%e too any bad loans. Too any bad loans could lead to thecolla!se of the ban%. The ban%?s loan !olicy ust involve a co !ro ise/ not toostrict+ and not too lenient.

To do the assign ent+ you first and fore ost need so e %nowledge about the


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A

world of credit. 9ou can ac"uire such %nowledge in a nu ber of ways.

. Mnowledge &ngineering. =ind a loan officer who is willing to tal%. 5nterviewher and try to re!resent her %nowledge in the for of !roduction rules.

2. Boo%s. =ind so e training anuals for loan officers or !erha!s a suitable


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;

te7tboo% on finance. Translate this %nowledge fro te7t for to !roductionrule for .

3. o on sense. 5 agine yourself as a loan officer and a%e u! reasonable

rules which can be used to $udge the credit worthiness of a loan a!!licant.. ase histories. =ind records of actual cases where co !etent loan officers

correctly $udged when+ and when not to+ a!!rove a loan a!!lication.

The German Cre+!Da a@

#ctual historical credit data is not always easy to co e by because of confidentiality rules. Here is one such dataset+ consisting of 111 actual casescollected in ,er any. credit dataset (original) &7cel s!readsheet version of the,er an credit data (-own load fro web).

5n s!ite of the fact that the data is ,er an+ you should !robably a%e use of it for this assign ent. (Unless you really can consult a real loan officer)

# few notes on the ,er an dataset

-' stands for -eutsche 'ar%+ the unit of currency+ worth about :1 centsanadian (but loo%s and acts li%e a "uarter).

owns]tele!hone. ,er an !hone rates are uch higher than in anada sofewer !eo!le own tele!hones.

foreign]wor%er. There are illions of these in ,er any ( any froTur%ey).

5t is very hard to get . ,er an citi6enshi! if you were not born of ,er an !arents.

There are 21 attributes used in $udging a loan a!!licant. The goal is toclassify the a!!licant into one of two categories+ good or bad.

S', a1*1@ (T'rn !n yo'r an16er1 o he follo6!nga1*1"

. @ist all the categorical (or no inal) attributes and the realne ty!e of odel that you can create is a -ecision Tree < train a -ecisionTree using the co !lete dataset as the training data. 0e!ort the odelobtained after training.

. *u!!ose you use your above odel trained on the co !lete dataset+ andclassify credit good bad for each of the e7a !les in the dataset. hat E of


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I

e7a !les can you classify correctlyX (This is also called testing on thetraining set) hy do you thin% you cannot get 11 E training accuracyX


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4. 5s testing on the training set as you did above a good idea X hy or hy not X

A. >ne a!!roach for solving the !roble encountered in the !revious "uestion isusing cross


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21

that ight be in this dataset X >ne0 classifier uses a single attribute to a%edecisions (it chooses the attribute based on ini u error). 0e!ort the ruleobtained by training a one 0 classifier. 0an% the !erfor ance of $ I+ #0T

and one0.Ta1* Re1o'rce1@

#ndrew 'oore?s -ata 'ining Tutorials (*ee tutorials on -ecision Trees andross

8alidation) -ecision Trees (*ource/ Tan+ '*U)

[ To 'itchell?s boo% slides (*ee slides on once!t @earning and-ecision

Trees)[ e%a resources/

[ 5ntroduction to e%a (ht l version) (download !!t.version)

[ -ownload e%a

[ e%a Tutorial

[ #0== for at

[ Using e%a fro co and line


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Logo e, S! e Name

ome Log!n Reg!1 ra !on Ca alog'e Car

5T

& &

&&&

585@

-escri!tion of the eb *ite

22

=ig .

5" LOGIN 9AGE@

This !age loo%s li%e below/

Logo e, S! e Name


5T

& &

&&&

585@

@oginassword

sub it 0ese

7" CATOLOGUE 9AGE@

The catalogue !age should contain the details of all the boo%s available in the

web site in a table.The details should contain the following/

. *na! shot of over age.2. #uthor Na e.3. ublisher.

. rice.4. #dd to cart button.


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23

Logo e, S! e Name


5T

& &

&&&

585@

Boo%/\'@ Bible#uthor/ inston

ublication/ iely

Boo%/#5#uthor/*.0ussel

ublication/rinston Hall

Boo%/Java 2#uthor/ atson

ublication/B Bublications

Boo%/HT'@ in2 hours#uthor/*a eter

ublication/*aublication

1.4

A3

34.4

41

#dd to cart

#dd to cart

#dd to cart

#dd to cart

Note/ ee% 2 contains the re aining !ages and their descri!tion.

ee*-5@

8" CART 9AGE@

The cart !age contains the details about the boo%s which are added to the cart.The cart !age should loo% li%e this/

Logo e, S! e Name


5T

& &

&&&

585@

Boo* Name 9r!ce ' an ! y Amo 'nJava 2 34.4 2 ; 1\'@ bible 1.4 1.4

Total # ount 31.4


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2

." REGISTRATION9AGE@

reate a R registration form Rwith the following

fields) Na e (Te7t field)

2) assword (!assword field)

3) &< ail id (te7t field)

) hone nu ber (te7t field)

4) *e7 (radio button)

A) -ate of birth (3 select bo7es)

;) @anguages %nown (chec% bo7es &nglish+ Telugu+ Hindi+ Ta il)

I) #ddress (te7t area)

EE# 7@

ALIDATION

@

rite Ja,a'cri t to validate the following fields of the above registration !age.

. Na e (Na e should contains al!habets and the length should not beless than A characters).

2. assword ( assword should not be less than A characters length).

3. &< ail id (should not contain any invalid and ust follow the standard !attern na e do ain.co )

. hone nu ber ( hone nu ber should contain 1 digits only).

Note / 9ou can also validate the login !age with these !ara eters.

ee*-8@-esign a web !age using CSS (C ascading Style Sheets " which includes thefollowing/

) Use different font+ styles/

5n the style definition you define how each selector should wor% (font+ color etc.). Then+ in the body of your !ages+ you refer to these selectors to activate thes

tyles. =or &7a !le/
mailto:[email protected]:[email protected]


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24

FHT'@D

FH-DFstyle ty!e Ste7t cssSDB.headline color/redG font** @5NMF aDFbrDFa href S y!age.ht S class Shlin%SDH&@ @5NMF aDF bDF bodyDF ht lD

Fb class SheadlineSDThis is headline style boldF bD

F B>-9D

F HT'@D


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2A

2) *et a bac%ground i age for both the !age and single ele ents on the !age.9ou can define the bac%ground i age for the !age li%e this/

Bo+y(,ac*gro'n+ !mage3'rl(my !mage g!f"F"

3) ontrol the re!etition of the i age with the bac%ground


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Fht lDFheadDFstyle ty!e Ste7t cssSD

.7lin% cursor/crosshair.hlin% cursor/hel!F styleDF headD

FbodyDFbDFa href S y!age.ht S class S7lin%SD 0>** @5NMF aDFbrD

Fa href S y!age.ht S class Shlin%SDH&@ @5NMF aDF bDF bodyDF ht lD

ee*-.@

rite an \'@ file which will dis!lay the Boo% infor ation which includes the

following/) Title of the boo%

2) #uthor Na e

3) 5*BN nu ber

) ublisher na e

4) &dition

A) rice

rite a -ocu ent Ty!e -efinition (-T-) to validate the above \'@

file. -is!lay the \'@ file as follows.

The contents should be dis!layed in a table. The header of the table should be incolor ,0&9. #nd the #uthor na es colu n should be dis!layed in one color and should be ca!itali6ed and in bold. Use your own colors for re ainingcolu ns.

Use \'@ sche as \*@ and ** for the above !ur!ose.

Note/ ,ive at least for boo%s. 5t should be valid

syntactically. Hint/ 9ou can use so e 7 l editors li%e \'@racle).
http://localhost:4040/rama/books.htmlhttp://localhost:8080/books.htmlhttp://localhost:8080/books.htmlhttp://localhost:4040/rama/books.htmlhttp://localhost:4040/rama/books.htmlhttp://localhost:8080/books.htmlhttp://localhost:8080/books.html


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reate a table which should contain at least the following fields/ na e+ !assword+e ail


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ractice VJ-B ? connectivity.

rite a $ava !rogra servlet J* to connect to that database and e7tract datafro the tables and dis!lay the . &7!eri ent with various *L@ "ueries.

5nsert the details of the users who register with the web site+ whenever a new user clic%s the sub it button in the registration !age (wee%2).

ee*-2/@

r! e a $S9 6h!ch +oe1 he follo6!ng >o,@

5nsert the details of the 3 or users who register with the web site (wee%:) byusing registration for . #uthenticate the user when he sub its the login forusing the user na e and !assword fro the database ( si ilar to wee%I insteadof coo%ies).

ee*-22@

reate tables in the database which contain the details of ite s (boo%s in our case li%e Boo% na e + rice+ Luantity+ # ount )) of each category. 'odifyyour catalogue !age (wee% 2)in such a way that you should connect to thedatabase and e7tract data fro the tables and dis!lay the in the catalogue !ageusing J-B .

ee*-25 /

TT9 is a stateless !rotocol. *ession is re"uired to aintain the state.

The user ay add so e ite s to cart fro the catalog !age. He can chec% the cart !age for the selected ite s. He ay visit the catalogue again and select so e

ore ite s. Here our interest is the selected ite s should be added to the old cartrather than a new cart. 'ulti!le users can do the sa e thing at a ti e(i.e.+ frodifferent syste s in the @#N using the i!


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B3Tech (IT" I Year I

Seme1 er SO%T ARE TESTINGMET ODOLOGIES

UNIT - I

Con4en !onal Sof 6are Managemen @ The waterfall odel+ conventionalsoftware'anage ent !erfor ance.

E4ol' !on of Sof 6are Econom!c1 @ *oftware &cono ics+ !rag atic softwarecost esti ation.

Im ro4!ng Sof 6are Econom!c1 @ 0educing *oftware !roduct si6e+ i !rovingsoftware !rocesses+ i !roving tea effectiveness+ i !roving auto ation+#chieving re"uired "uality+ !eer ins!ections.

UNIT - II

L!fe cycle ha1e1 @ &ngineering and !roduction stages+ ince!tion+ &laboration+construction+ transition !hases.

Ar !fac 1 of he roce11 @ The artifact sets+ 'anage ent artifacts+ &ngineeringartifacts+ !rogra atic artifacts.

Mo+el ,a1e+ 1of 6are arch! ec 're1 @ # 'anage ent !ers!ective andtechnical !ers!ective.

or* %lo61 of he roce11 @ *oftware !rocess wor%flows+ 5teration wor%flows+

UNIT -III

Chec* o!n 1 of he roce11 @ 'a$or ile stones+ 'inor 'ilestones+ eriodicstatus assess ents.

I era !4e 9roce11 9lann!ng @ or% brea%down structures+ !lanningguidelines+ cost and schedule esti ating+ 5teration !lanning !rocess+ rag atic

!lanning.

UNIT - I9ro>ec Organ!Ha !on1 an+ Re1 on1!,!l! !e1 @ @inergani6ations+ evolution of >rgani6ations.

9roce11 A' oma !on @ #uto ation Building bloc%s+ The ro$ect &nviron ent.

UNIT -


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9ro>ec Con rol an+ 9roce11 !n1 r'men a !on @ The seven core 'etrics+'anage ent indicators+ "uality indicators+ life cycle e7!ectations+ !rag atic*oftware 'etrics+ 'etrics auto ation.

Ta!lor!ng he 9roce11 @ rocessdiscri inants.

%' 're Sof 6are 9ro>ec Managemen @ 'odern ro$ect rofiles+ Ne7tgeneration*oftware econo ics+ odern !rocess transitions.

Ca1e S '+y@ The co and enter rocessing and -is!lay syste < 0e!lace ent( -*


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B3Tech (IT" I Year- I

Seme1 er MOBILECOM9UTING

UNIT -I

In ro+'c !on o Mo,!le Comm'n!ca !on1 an+ Com ' !ng @ 'obile o !uting(' ) / 5ntroduction to ' + novel a!!lications+ li itations+ and architecture.5ntroduction to Networ% Technologies and ellular o unications

GSM @ 'obile services+ *yste architecture+ 0adio interface+ rotocols+@ocali6ation and calling+ Handover+ *ecurity+ and New data services.

@#N/ 5nfrared vs. 0adio Trans ission+ 5nfrastructure and #d


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UNIT -

Mo,!le A+ hoc Ne 6or*1 (MANET1"@ >verview+ ro!erties of a '#N&T+s!ectru of '#N&T a!!lications+ routing and various routing algorith s suchas #>-8+ -*0+ -*-8 etc..+ security in '#N&Ts.

9ro ocol1 an+ 9la form1 for mo,!le com ' !ng @ ireless #!!licationrotocol< # . (5ntroduction+ !rotocol architecture+ and treat ent of !rotocols of

all layers)+ \'@ J2'&+ $ava #0-+

TE T BOO#S@

23 $ochen Sch!ller +S'obile o unicationsS+ ddison #amal R 'obile o !utingS+ xford Uni,ersit/ $ress200

RE%ERENCES @

23 0e6a Behravanfar+ R'obile o !uting rinci!les/ -esigning and-evelo!ing 'obile #!!lications with U'@ and \'@S+ 5*BN/ 142 I ;33 +

a bridge University ress+ >ctober 211 +

2. #delstein+ =ran%+ ,u!ta+ *andee! M*+ 0ichard 555+ ,olden + *chwiebert+@oren+ R=unda entals of 'obile and ervasive o !utingS+ 5*BN/11; 23;:+ 'c,raw


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Seme1 er OB$ECT ORIENTED ANALYSIS AND DESIGN

UNIT I@

5ntroduction to U'@/ 5 !ortance of odeling+ !rinci!les of odeling+ ob$ectoriented odeling+ conce!tual odel of the U'@+ #rchitecture+ *oftware-evelo! ent @ife ycle. Basic *tructural 'odeling/ lasses+ 0elationshi!s+co on 'echanis s+ and diagra s.

UNIT II@

#dvanced *tructural 'odeling/ #dvanced classes+ advanced relationshi!s+5nterfaces+ Ty!es and 0oles+ ac%ages. lass >b$ect -iagra s/ Ter s+conce!ts+ odeling techni"ues for lass >b$ect -iagra s.

UNIT III@

Basic Behavioral 'odeling


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&ducation.


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2. ascal 0o"ues/ 'odeling *oftware *yste s Using U'@2+ 5@&9b$ect >riented #nalysis -esign+ The 'c,rawb$ect >riented #nalysisand -esign and Unified rocess+ raig @ar an+ earson &ducation.


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Seme1 er DIGITAL IMAGE 9ROCESSING

(ELECTI E-2"

UNIT -I

In ro+'c !on @ &7a !les of fields that use digital i age !rocessing+ funda entalste!s in digital i age !rocessing+co !onents of i age !rocessing syste . -igital5 age =unda entals/ # si !le i age for ation odel+ i age sa !ling and

"uanti6ation+ basic relationshi!s between !i7els (!.nos. 4< ;+ 2 < + 41


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Image Segmen a !on @ -etection of discontinuous+ edge lin%ing and boundarydetection+ thresholding+ region based seg entation (!.nos/ 4A;


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O,>ec Recogn! !on @ atterns and !atterns classes+ recognition based ondecision theoretic ethods+ atching+ o!ti u statistical classifiers+ ne'ralne 6or*1) 1 r'c 'ral me ho+1 ma ch!ng 1ha e n'm,er1) 1 r!ng ma ch!ng

(!.nos/ A:3


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B3Tech (IT" I Year - ISeme1 er

ARTI%ITIAL INTELLIGENCEAND NEURAL NET OR#S

(ELECTI E-2"

UNIT -I

In ro+'c !on @ #5 !roble s+ foundation of #5 and history of #5 intelligentagents+ #gents and &nviron ents+ the conce!t of rationality+ the nature of environ ents+ structure of agents+ !roble solving agents+ !roble for ulation.

UNIT -II

Search!ng @ *earching for solutions+ unifor ed search strategies Breadth firstsearch+ de!th first *earch. *earch with !artial infor ation (Heuristic search),reedy best first search+ #W search.

Game 9lay!ng@ #dversal search+ ,a es+ in a7+ algorith + o!ti al decisionsin ulti!layer ga es+ #l!ha


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Networ%s+

%ee+,ac* Ne'ral Ne 6or*1@ 5ntroduction+ #nalysis of @inear #uto


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Com e ! !4e Learn!ng Ne'ral Ne 6or*1@ 5ntroduction+ #nalysis of atternlustering Networ%s

TE T BOO#S @

. #rtificial 5ntelligence # 'odern #!!roach. *econd &dition+ *tuart 0ussel+eter Norvig+ H5 earson &ducation.

2. #rtificial Neural Networ%s B. 9agna Narayana+ H5.

RE%ERENCES @

. #rtificial 5ntelligence + 2nd &dition+ &.0ich and M.Mnight (T'H).

2. #rtificial 5ntelligence and &7!ert *yste s atterson H5.

3. &7!ert *yste s/ rinci!les and rogra ing< =ourth &dn+ ,iarrantana0iley+ Tho son.

. 0>@>, rogra ing for #rtificial 5ntelligence. 5van Brat%a< Third &dition earson &ducation.

4. Neural Networ%s *i on Hay%in H5

A. #rtificial 5ntelligence+ 3rd &dition+ atric% Henry inston.+ earson &dition.


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Seme1 er MULTIMEDIA AND A99LICATION DE ELO9MENT

(ELECTI E - I"

UNIT -I

%'n+amen al conce 1 !n Te? an+ Image / 'ulti edia and hy!er edia+ worldwide web+ overview of ulti edia software tools. ,ra!hics and i age datare!resentation gra!hics i age data ty!es+ file for ats+ olor in i age and video/color science+ color odels in i ages+ color odels in video.

%'n+amen al conce 1 !n 4!+eo an+ +!g! al a'+!o / Ty!es of video signals+analog video+ digital video+ digiti6ation of sound+ '5-5+ "uanti6ation andtrans ission of audio.

UNIT -II

Ac !on Scr! I@#ction*cri!t =eatures+ >b$ectriented #ction*cri!t+ -ataty!es

and Ty!e hec%ing+ lasses+ #uthoring an #ction*cri!t lass.Ac !on Scr! II @ 5nheritance+ #uthoring an #ction*cri!t 2.1 *ubclass+5nterfaces+ ac%ages+ &7ce!tions.

UNIT -III

A l!ca !on De4elo men @ #n >> #!!lication =ra e wor%+ Usingo !onents with #ction*cri!t 'ovie li! *ubclasses.

UNIT -I

M'l !me+!a +a a com re11!on @ @ossless co !ression algorith / 0un


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TE T BOO#S @

. =uda entals of 'ulti edia by Qe+0&5@@9.

RE%ERENCES @

. -igital 'ulti edia+ Nigel cha! an and $enny cha! an+ iley


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Seme1 er SEMANTIC EB AND SOCIAL NET OR#S

(ELECTI E - I"

UNIT I

e, In ell!gence

Thin%ing and 5ntelligent eb #!!lications+ The 5nfor ation #ge+ The orldide eb+ @i itations of Todays eb+ The Ne7t ,eneration eb+ 'achine

5ntelligence+ #rtifical 5ntelligence+>ntology+5nference engines+ *oftware #gents+

Bernersntology &ngineering+ onstructing >ntology+ >ntolo gy -evelo! entTools+ >ntology 'ethods+>ntology *haring and 'erging+ >ntology @ibrariesand >ntology 'a!!ing+ @ogic+0ule and 5nference &ngines.

UNIT III

Seman !c e, A l!ca !on1) Ser4!ce1 an+Technology

*e antic eb a!!lications and services+ *e antic *earch+enline o unities+ eb


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RE%ERENCES @

. =ra%es+ .B.+ 0icardo Bae6a


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Seme1 er SCRI9TING LANGUAGES

(ELECTI E - II"

Un! I

In ro+'c !on o Scr! !ng

*cri!ts and rogra s+ >rigin of *cri!ting + *cri!ting Today+ haracteristics of *cri!ting @anguages+ eb *cri!ting+ and the universe of *cri!ting @anguages.

H Basics

H Basics< =eatures+& bedding H ode in your eb !ages+>ut!utting thedata to the browser+ -ataty!es+ 8ariables+ onstants+e7!ressions+stringinter!olation+ control structures . =unction+ reating a =unction+=unction@ibraries+#rrays+strings and 0egular &7!ressions.

Un! II

MyS l Ba1!c1

5ntroduction to '9*L@/ -atabase once!ts+ ,eneral >verview of 'y*Lldatabase+ 5nstallation. onnecting and disconnecting fro '9*Ll *erver+Luerying the database+ -ata -efinition @anguage+ =unctions and @ogicalo!erators+ #ccess !rivilege syste .

Un! III

A+4ance+ 9 9 9rogramm!ng

H and eb =or s+ =iles+ H #uthentication and 'ethodolgies


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Un!

9y hon

5ntroduction to ython langauge+ ython


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B3Tech (IT" I Year ISeme1 er

NET OR# 9ROGRAMMING

(ELECTI E - II"

UNIT I@

5ntroduction to Networ% rogra ing/ >*5 odel+ Uni7 standards+ T and

U- T connection establish ent and =or at+ Buffer si6es and li itation+standard internet services+ rotocol usage by co on internet a!!lication.*oc%ets / #ddress structures+ value result argu ents+ Byte ordering and

ani!ulation function and related functions.

UNIT II@

&le entary T soc%ets *oc%et+ connect+ bind+ listen+ acce!t+ for% and e7ecfunction+ concurrent servers. lose function and related function. T clientserver / 5ntroduction+ T &cho server functions+ Nor al startu!+ ter inate and signalhandling server !rocess ter ination+ rashing and 0ebooting of server hostshutdown of server host.

UNIT III@

5 > 'ulti!le7ing and soc%et o!tions/ 5 > 'odels+ select function+ Batch in!ut+shutdown function+ !oll function+ T &cho server+ getsoc%o!t and setsoc%o!tfunctions. *oc%et states+ ,eneric soc%et o!tion 5 8A soc%et o!tion 5 ' 8Asoc%et o!tion 5 8A soc%et o!tion and T soc%et o!tions.

UNITI @

&le entary U- soc%ets/ 5ntroduction U- &cho server function+ lost datagra +su ary of U- e7a !le+ @ac% of flow control with U- + deter iningoutgoing interface with U- . &le entary na e and #ddress conversions/ -N*+

gethost by Na e function+ 0esolver o!tion+ =unction and 5 8A su!!ort+ una efunction+ other networ%ing infor ation.

UNIT@

5 / 5ntroduction+ =ile and record loc%ing+ i!es+ =5=>s strea s and essages+ Na e s!aces+ syste 5 + 'essage "ueues+ *e a!hores. 0e ote @ogin/Ter inal line disci!lines+ seudo


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Ter inals+ rlogin >verview+ 0 Trans!arency 5ssues.


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TE T BOO#S@

. UN5\ Networ% rogra ing+ 8ol. 5+ *oc%ets # 5+ 2nd &dition. < .0ichard*tevens+ earson &dn. #sia.

2. UN5\ Networ% rogra ing+ st &dition+ < .0ichard *tevens. H5.

RE%ERENCES@

. UN5\ *yste s rogra ing using KK T H#N+ H5.

2. UN5\ for rogra ers and Users+ 3rd &dition ,raha ,@#**+ Ming abls+earson &ducation

3. #dvanced UN5\ rogra ing 2nd &dition '. J. 0> HM5N-+ earson

&ducation


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Seme1 er MULTIMEDIA AND RIC INTERNET A99LICATIONS

(ELECTI E -

IT B.tech AR CS Detailed Syllabus 21-03-13

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