Final Syllabus DECS

8/18/2019 Final Syllabus DECS

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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY HYDERAAD!" TECH" #ELECTRONICS AND CO!!UNICATION ENGINEERING$ DIGITAL ELECTRONICSAND CO!!UNICATION ENGINEERING$ DIGITAL ELECTRONICS AND CO!!UNICATION

SYSTE!S%COURSE STRUCTURE AND SYLLAUS

I Yea&

I Se'este& Su()e*t Int"'a&+

s

E,t"'a&+

s

L - C&e.its

1 Core Course I Digital System Design 25 75 4 - 4

2 Core Course II VLSI Technology and Design 25 75 4 - 4

3 Core Course III Advanced Data Communications 25 75 4 - 4

4 Core Elective I Detection and Estimation TheoryEm!edded System Design

Advanced Digital Signal "rocessing

25 75 4 - 4

# Core Elective $II Internet%or&ing Advanced Com'uter Architecture(eal Time )'erating Systems

25 75 4 - 4

* )'en Elective $I S'read S'ectrum Communication Advanced Communications and +et%or&sVirtual instrumentation

25 75 4 - 4

, La!oratory Digital Signal "rocessing La! 25 75 - 4 2

- Seminar 50 50 - 4 2

Total 225 575 24 8 28

I Yea&II Se'este& Su()e*t Int"

'a&+sE,t"'a&+s

L - C&e.its

1 Core Course IV Coding Theory and Techni.ues 25 75 4 - 42 Core Course V Digital Signal "rocessors and Architectures 25 75 4 - 43 Core Course VI /ireless Communications and +et%or&s 25 75 4 - 4

4 Core Elective III S'eech Signal "rocessing0iomedical Signal "rocessing(adar Signal "rocessing

25 75 4 - 4

# Core Elective IV +et%or& Security And Cry'togra'hy

/ireless I) Communications)'tical Communications Technology

25 75 4 - 4

* )'en Elective $II Image and Video "rocessingSot%are Deined (adio

Adhoc /ireless +et%or&s

25 75 4 - 4

, La!oratory Advanced Communications La! 25 75 - 4 2

- Seminar 50 50 - 4 2Total 225 575 24 8 28

II Yea&

I Se'este& Int"'a&+s

E,t"'a&+s

L - C&e.its

1

Com'rehensive Viva 0 100 - - 4

2 Seminar $I on " roect /or& 25 75 - - 12Total 25 175 - - 16

II Se'este& Int"'a&+s

E,t"'a&+s

L - C&e.its

1

Seminar $II on "roect /or& 25 0 - - 4

2 "roect evaluation 0 75 - - 12

Total 25 75 - - 16


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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY HYDERAAD

!" Te*/" 0 I Yea& 0I Se' #ECE $DECE$DECS%

DIGITAL SYSTE! DESIGN

UNIT I2

!ini'i3ation an. T&ans4o&'ation o4 Seuential !a*/ines2 The 5inite State odel Ca'a!ilitiesand limitations o 5S State e.uivalence and machine minimi6ation Sim'liication o incom'letelys'eciied machines5undamental mode model 5lo% ta!le State reduction inimal closed covers (aces7 Cyclesand 8a6ards

UNIT II2Digital Design2 Digital Design 9sing ()s7 "ALs and "LAs7 0CD Adder7 32 !it adder7 Stategra'hs or control circuits7 Score!oard and Controller7 A shit and add multi'lier7 Array multi'lier7:ey'ad Scanner7 0inary divider

UNIT III2S! C/a&ts2 State machine charts7 Derivation o S Charts7 (eali6ation o S Chart7 Im'lementation

o 0inary ulti'lier7 dice game controller

UNIT IV26ault !o.eling 7 Test -atte&n Gene&ation2 Logic 5ault model 5ault detection ; (edundancy$5ault e.uivalence and ault location 5ault dominance Single stuc& at ault model ulti'le stuc& atault models 0ridging ault model5ault diagnosis o com!inational circuits !y conventional methods "ath sensiti6ation techni.ues70oolean Dierence method :ohavi algorithm Test algorithms D algorithm7 ")DE7 (andomtesting7 Transition count testing7 Signature analysis and test !ridging aults

UNIT V26ault Diagnosis in Seuential Ci&*uits2 Circuit Test A''roach7 Transition Chec& A''roach Stateidentiication and ault detection e


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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY HYDERAAD!" Te*/" 0 I Yea& 0I Se' #ECE $DECE$DECS%

VLSI TECHNOLOGY AND DESIGN

UNIT 0I2Re:ie; o4 !i*&oele*t&oni*s an. Int&o.u*tion to !OS Te*/nologies2)S7 C)S7 0iC)S Technology 0asic Electrical "ro'erties o )S7 C)S ; 0iC)S Circuits@Ids Vds relationshi's7 Threshold Voltage VT7 m7 ds and Bo7 "ass Transistor7 )S7 C)S ; 0iC)S Inverters7 >'u>'d7 )S Transistor circuit model7 Latch$u' in C)S circuits

UNIT 0II2La


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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY HYDERAAD

!" Te*/" 0 I Yea& 0I Se' #ECE $DECE$DECS%

ADVANCED DATA COMMUNICATIONS

Unit I

Data Communications, Networks and Network Types, Internet History, tandards and !dministration,

"rotoco# $ayerin%, TC"&I" protoco# suite, 'I (ode#) Di%ita# Data Transmission, DT*-DC*inter+ace)

Data Link Layer

Introduction, Data $ink $ayer, Nodes and $inks, erices, Cate%ories o+ $inks, su #ayers, $ink

$ayer !ddressin%, !ddress .eso#ution "rotoco#)

Unit II

Error Detetion an! Corretion/ Types o+ *rrors, .edundancy, detection ersus correction, Codin%

#ock Codin%/ *rror Detection, ertica# redundancy ceeks, #on%itudina# redundancy ceeks, *rror

Correction, *rror correction sin%#e it, Hammin% code)

Cy"i Co!e#/ Cyc#ic .edundancy Ceck, "o#ynomia#s, Cyc#ic Code *ncoder 3sin% "o#ynomia#s,

Cyc#ic Code !na#ysis, !danta%e o+ Cyc#ic Codes, Cecksum

Data Link Contro"/ D$C erices, Data $ink $ayer "rotoco#s, HD$C, "oint to "oint "rotoco#

Unit III

S$it%in&' Introduction to witcin%, Circuit witced Networks, "acket witcin%, tructure o+

switc

M("ti)"e*in& ' (u#tip#ein%, re6uency Diision (u#tip#ein%, Time Diision (u#tip#ein%)

Connetin& !e+ie#' "assie Hus, .epeaters, !ctie Hus, rid%es, Two $ayer witces, .outers,Tree $ayer witces, ateway, ackone Networks)

,ire! LANS' *ternet "rotoco#, tandard *ternet, ast *ternet, i%ait *ternet, 10 i%a it

*ternet

Unit IV

Me!ia Ae## Contro" MAC. S(/ Layer.andom !ccess, !$'H!, Carrier ense (u#tip#e !ccess 8C(!9, Carrier ense (u#tip#e !ccess

wit Co##ision Detection 8C(!&CD9, Carrier ense (u#tip#e !ccess wit Co##ision !oidance

8C(!&C!9,Contro##ed !ccess- .eseration, "o##in%- Token "assin%, Canne#i:ation - re6uency

Diision (u#tip#e !ccess 8D(!9, Time - Diision (u#tip#e !ccess 8TD(!9, Code - Diision

(u#tip#e !ccess 8CD(!9)

S)etr(0 S)rea!in&' pread pectrum-re6uency Hoppin% pread pectrum and Direct e6uence

pread pectrum)

Unit V

Net$ork# Layer' "acketi:in%, .outin% and orwardin%, "acket witcin%, Network $ayer

"er+ormance, I"4 !ddress, !ddress pace, C#ass+u# !ddressin%, C#ass#ess !ddressin%, Dynamic

Host Con+i%uration "rotoco# 8DHC"9, Network !ddress .eso#ution8N!T9, orwardin% o+ I"

"ackets, orwardin% ased on Destination !ddress, orwardin% ased on $ae#, .outin% as "acket

witces)

Unia#t o(tin& / Introduction, o(tin& A"&orit%0#-Distance ector .outin%, $ink tate .outin%,

"at ector .outin%, Unia#t o(tin& rotoo"#- .outin% In+ormation "rotoco#8.I"9, 'pen ort

"at irst ersion 4)

TE3T OOS'

1) Data Communications and Networkin% - ) !) orou:an, 5t , 201;,T(H)

2) Data and Computer Communications - , "HI)

2) Data Communications and Networkin% - ) !) orou:an, 2nd , 201;, T(H)

Data Communications and Computer Networks- ri?endra in%, 2nd ed), 2005, "HI)


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DETECTION AND ESTI!ATION THEORY#ELECTIVE I%

UNIT 0I2Ran.o' -&o*esses2 Discrete Linear odels7 ar&ov Se.uences and "rocesses7 "oint "rocesses7and aussian "rocesses

UNIT 0II2Dete*tion T/eo&


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E!EDDED SYSTE! DESIGN#ELECTIVE I%

UNIT 0I2AR! A&*/ite*tu&e2 A( Design "hiloso'hy7 (egisters7 "rogram Status (egister7 Instruction"i'eline7 Interru'ts and Vector Ta!le7 Architecture (evision7 A( "rocessor 5amilies

UNIT 0II2AR! -&og&a''ing !o.el 0 I2 Instruction Set@ Data "rocessing Instructions7 Addressing odes70ranch7 Load7 Store Instructions7 "S( Instructions7 Conditional Instructions

UNIT 0III2AR! -&og&a''ing !o.el 0 II2 Thum! Instruction Set@ (egister 9sage7 )ther 0ranch Instructions7Data "rocessing Instructions7 Single$(egister and ulti (egister Load$Store Instructions7 Stac&7Sot%are Interru't Instructions

UNIT 0IV2AR! -&og&a''ing2 Sim'le C "rograms using 5unction Calls7 "ointers7 Structures7 Integer and5loating "oint Arithmetic7 Assem!ly Code using Instruction Scheduling7 (egister Allocation7Conditional E


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ADVANCED DIGITAL SIGNAL -ROCESSING#ELECTIVE I%

UNIT 0I2Re:ie; o4 D6T= 66T= IIR 6ilte&s an. 6IR 6ilte&s2 !ulti Rate Signal -&o*essing2 Introduction7Decimation !y a actor D7 Inter'olation !y a actor I7 Sam'ling rate conversion !y a rational actor ID7ultistage Im'lementation o Sam'ling (ate Conversion7 5ilter design ; Im'lementation or sam'lingrate conversion

UNIT 0II2A>>li*ations o4 !ulti Rate Signal -&o*essing2 Design o "hase Shiters7 Interacing o DigitalSystems %ith Dierent Sam'ling (ates7 Im'lementation o +arro% 0and Lo% "ass 5ilters7Im'lementation o Digital 5ilter 0an&s7 Su!$!and Coding o S'eech Signals7 Guadrature irror 5ilters7 Trans$multi'lee*t&al Esti'ation2 Estimation o s'ectra rom inite durationo!servation o signals7 +on$'arametric ethods@ 0artlett7 /elch ; 0lac&man$Tu&ey methods7Com'arison o all +on$"arametric methods

UNIT 0IV2I'>le'entation o4 Digital 6ilte&s2 Introduction to ilter structures II( ; 5I(F7 5re.uency sam'lingstructures o 5I(7 Lattice structures7 5or%ard 'rediction error7 0ac&%ard 'rediction error7 (electioncoeicients or lattice reali6ation7 Im'lementation o lattice structures or II( ilters7 Advantages o lattice structures

UNIT 0V2-a&a'et&i* !et/o.s o4 -o;e& S>e*t&u' Esti'ation2 Autocorrelation ; Its "ro'erties7 (elation!et%een auto correlation ; model 'arameters7 A( odels $ ule$/al&er ; 0urg ethods7 A ; A(A models or 'o%er s'ectrum estimation7 5inite %ord length eect in II( digital 5ilters 5inite

%ord$length eects in 55T algorithms

TEJT 0)):S@1 Digital Signal "rocessing@ "rinci'les7 Algorithms ; A''lications $ ="roa&is ; D

anola&is7 4th Ed7 "8I2 Discrete Time Signal "rocessing $ Alan V )''enheim ; ( / Schaer7 "8I3 DS" A "ractical A''roach Emmanuel C Ieacher7 0arrie / =ervis7 2 Ed7 "earson

Education

RE6ERENCE OO9S21 odern S'ectral Estimation@ Theory ; A''lication S :ay7 1--7 "8I2 ulti (ate Systems and 5ilter 0an&s ""Vaidyanathan "earson Education3 Digital Signal "rocessing SSalivahanan7 AVallavara7 Cnana'riya7 2???7T8

4 Digital S'ectral Analysis =r ar'le


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INTENET,OIN9

#Core *#ectie @II%UNIT I2Inte&net;o&+ing Con*e>ts2 "rinci'les o Internet%or&ing7 Connectionless Internet%or&ing7

A''lication level Interconnections7 +et%or& level Interconnection7 "ro'erties o the Internet7 Internet Architecture7 /ired LA+S7 /ireless LA+s7 "oint$to$"oint /A+s7 S%itched /A+s7 ConnectingDevices7 TC"I" "rotocol SuiteI- A..&ess2 Class4ul A..&essing2 Introduction7 Classul Addressing7 )ther Issues7 Su!$netting andSu'er$nettingClassless A..&essing2 Varia!le length 0loc&s7 Su!$netting7 Address Allocation Delivery75or%arding7 and (outing o I" "ac&ets@ Delivery7 5or%arding7 (outing7 Structure o (outerAR- an. RAR-2 A("7 A(" "ac&age7 (A("

UNIT II2Inte&net -&oto*ol #I-%2 Datagram7 5ragmentation7 )'tions7 Chec&sum7 I" V*T&ans'ission Cont&ol -&oto*ol #TC-%2 TC" Services7 TC" 5eatures7 Segment7 A TC" Connection7State Transition Diagram7 5lo% Control7 Error Control7 Congestion Control7 TC" Times

St&ea' Cont&ol T&ans'ission -&oto*ol #SCT-%2 SCT" Services7 SCT" 5eatures7 "ac&et 5ormat75lo% Control7 Error Control7 Congestion Control!o(ile I-2 Addressing7 Agents7 Three "hases7 Ineiciency in o!ile I"Classi*al TC- I'>&o:e'ents2 Indirect TC"7 Snoo'ing TC"7 o!ile TC"7 5ast (etransmit 5ast(ecovery7 Transmission Time )ut 5ree6ing7 Selective (etransmission7 Transaction )riented TC"

UNIT III2Uni*ast Routing -&oto*ols #RI-= OS-6= an. G-2 Intra and Inter$domain (outing7 Distance Vector (outing7 (I"7 Lin& State (outing7 )S"57 "ath Vector (outing7 0"!ulti*asting an. !ulti*ast Routing -&oto*ols2 9nicast $ ulticast$ 0roadcast7 ulticast A''lications7 ulticast (outing7 ulticast Lin& State (outing@ )S"57 ulticast Distance Vector@DV("

UNIT IV2Do'ain Na'e S


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ADVANCED CO!-UTER ARCHITECTURE#Core *#ectie @II%

UNIT I26un.a'entals o4 Co'>ute& Design2 5undamentals o Com'uter design7 Changing aces o com'uting and tas& o com'uter designer7 Technology trends7 Cost 'rice and their trends7 easuringand re'orting 'erormance7 Guantitative 'rinci'les o com'uter design7 AmdahlHs la%Instruction set 'rinci'les and eelines2 Introduction7 0asic (ISC instruction set7 Sim'le im'lementation o (ISC instruction set7Classic ive stage 'i'e lined (ISC 'rocessor7 0asic 'erormance issues in 'i'elining7 "i'elineha6ards7 (educing 'i'eline !ranch 'enalties!e'o&< Hie&a&*/< Design2 Introduction7 (evie% o A0C o cache7 Cache 'erormance7 (educingcache miss 'enalty7 Virtual memory

UNIT III2Inst&u*tion Le:el -a&allelis' t/e Ha&.;a&e A>>&oa*/2 Instruction$Level 'arallelism7 Dynamicscheduling7 Dynamic scheduling using TomasuloHs a''roach7 0ranch 'rediction7 high 'erormanceinstruction delivery$ hard%are !ased s'eculationIL- So4t;a&e A>>&oa*/ 2 0asic com'iler level techni.ues7 Static !ranch 'rediction7 VLI/ a''roach7E


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REAL TI!E O-ERATING SYSTE!S

#Core *#ectie @II%

UNIT 0 IInt&o.u*tion2 Introduction to 9+IJLI+9J7 )vervie% o Commands7 5ile I)7 o'en7 create7 close7lsee&7 read7 %riteF7 "rocess Control or&7 vor&7 ee&ating Stions= Inte&&u>ts an. Ti'e&s2 E


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S-READ S-ECTRU! CO!!UNICATION#O-EN ELECTIVE I%

UNIT I2Int&o.u*tion to S>&ea. S>e*t&u' Sle A**ess #CD!A% -&in*i>les2 Introduction7 /ide 0and o!ileChannel7 The Cellular CDA System7 Single 9ser (eceiver in a ulti 9ser Channel7 CDA SystemCa'acity7!ultiUse& Dete*tion in CD!A Cellula& Ra.io2 )'timal ulti$9ser Detection7 Linear Su!o'timalDetectors7 Intererence Com!at Detection Schemes7 Intererence Cancellation Techni.ues

UNIT V2-e&4o&'an*e o4 S>&ea. S>e*t&u' S


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JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY HYDERAAD!" Te*/" 0 I Yea& 0II Se' #ECE $DECE$DECS%

ADVANCED COMMUNICATIONS AND NET,OS

OEN ELECTIVE I.UNIT I

S)rea! S)etr(0 Co00(niation#

preadin% se6uences- "roperties o+ preadin% e6uences, "seudo- noise se6uence, o#d se6uences, Aasamise6uences,


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VIRTUAL INSTRU!ENTATION#O-EN ELECTIVE 0I%


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DIGITAL SIGNAL -ROCESSING LA

Note2 A inimum o 1? E


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CODIN9 T?EO@ AND TEC?NIUES

UNIT B I'

Co!in& >or e"ia/"e Di&ita" Tran#0i##ion an! #tora&e

(atematica# mode# o+ In+ormation, ! $o%aritmic (easure o+ In+ormation, !era%e and (utua#

In+ormation and *ntropy, Types o+ *rrors, *rror Contro# trate%ies)

Linear "ok Co!e#' Introduction to $inear #ock Codes, yndrome and *rror Detection, (inimum

Distance o+ a #ock code, *rror-Detectin% and *rror-correctin% Capai#ities o+ a #ock code, tandard

array and yndrome Decodin%, "roai#ity o+ an undetected error +or $inear Codes oer a C,

Hammin% Codes) !pp#ications o+ #ock codes +or *rror contro# in data stora%e system

UNIT - II'

Cy"i Co!e# ' Description, enerator and "arity-ceck (atrices, *ncodin%, yndrome Computation

and *rror Detection, Decodin% ,Cyc#ic Hammin% Codes, ortened cyc#ic codes, *rror-trappin%decodin% +or cyc#ic codes, (a?ority #o%ic decodin% +or cyc#ic codes)

UNIT B III'

Con+o"(tiona" Co!e# ' *ncodin% o+ Cono#utiona# Codes, tructura# and Distance "roperties,

maimum #ike#iood decodin%, e6uentia# decodin%, (a?ority- #o%ic decodin% o+ Cono#ution codes)

!pp#ication o+ iteri Decodin% and e6uentia# Decodin%, !pp#ications o+ Cono#utiona# codes in

!.E system)

UNIT B IV'

T(r/o Co!e#

$D"C Codes- Codes ased on sparse %raps, Decodin% +or inary erasure canne#, $o%-#ike#iood

a#%era, rie+ propa%ation, "roduct codes, Iteratie decodin% o+ product codes, Concatenatedcono#utiona# codes- "ara##e# concatenation, Te 3(T Turo code, eria# concatenation, "ara##e#

concatenation, Turo decodin%

UNIT - V'

S)ae-Ti0e Co!e#

Introduction, Di%ita# modu#ation scemes, Diersity, 'rto%ona# space- Time #ock codes,

!#amoutiFs scemes, *tension to more tan Two Transmit !ntennas, imu#ation .esu#ts, patia#

(u#tip#ein% / enera# Concept, Iteratie !"" "reprocessin% and "er-#ayer Decodin%, $inear

(u#ti#ayer Detection, 'ri%ina# $!T Detection, E$ Decomposition and Inter+ace Cance##ation,

"er+ormance o+ (u#ti @ $ayer Detection cemes, 3ni+ied Description y $inear Dispersion Codes)

TE3T OOS'

1) *rror Contro# Codin%- undamenta#s and !pp#ications @u $in, Danie# B)Coste##o,Br,

"rentice Ha##, Inc)

2) *rror Correctin% Codin% Teory-(an Goun% .ee- 1=, (craw-Hi##

EEENCE OOS'

1) *rror Correctin% Codin% Teory-(an Goun% .ee-1=,(craw @ Hi## "u#isin%,

2) Di%ita# Communications-undamenta# and !pp#ication - ernard k#ar, "*)

;) Di%ita# Communications- Bon ) "roakis, 5t ed), 200=, T(H)

4) Introduction to *rror Contro# Codes-a#atore raano-o+ord

5) *rror Correction Codin% @ (atematica# (etods and !#%oritms @ Todd A)(oon, 200>,

) In+ormation Teory, Codin% and Crypto%rapy @ .an?an ose, 2nd *dition, 200, T(H)


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DIGITAL SIGNAL -ROCESSORS AND ARCHITECTURES

UNITI2Int&o.u*tion to Digital Signal -&o*essing2Introduction7 A digital Signal "rocessing system7 the sam'ling 'rocess7 Discrete time

se.uences7 Discrete 5ourier Transorm D5TF and 5ast 5ourier Transorm 55TF7 linear time$invariant systems7 Digital ilters7 Decimation and inter'olationA&*/ite*tu&es 4o& -&og&a''a(le DS- .e:i*es20asic Architectural eatures7 DS" com'utational !uilding !loc&s7 0us Architecture andemory7 Data addressing ca'a!ilities7 Address generation 9+IT7 'rogramma!ility and'rogram e


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2 The Deinitive uide to A( Corte


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WIRELESS CO!!UNICATIONS AND NETWOR9SUNIT I2T/e Cellula& Con*e>tSagation2 La&geS*ale -at/ Loss2 Introduction to (adio /ave "ro'agation7 5reeS'ace "ro'agation odel7 (elating "o%er to Electric 5ield7 The Three 0asic "ro'agationechanisms7 (election$(election rom Dielectrics7 0re%ster Angle7 (election rom 'reectconductors7 round (election T%o$(ayF odel7 Diraction$5resnel >one eometry7 :nie$edgeDiraction odel7 ulti'le &nie$edge Diraction7 Scattering7 )utdoor "ro'agation odels$ Longley$(yce odel7 )&umura odel7 8ata odel7 "CS Eagation2 S'all 0S*ale 6a.ing an. !ulti>at/ 2 Small Scale ulti'ath'ro'agation$5actors inluencing small scale ading7 Do''ler shit7 Im'ulse (es'onse odel o amulti'ath channel$ (elationshi' !et%een 0and%idth and (eceived 'o%er7 Small$Scale ulti'atheasurements$Direct (5 "ulse System7 S'read S'ectrum Sliding Correlator Channel Sounding75re.uency Domain Channels Sounding7 "arameters o o!ile ulti'ath Channels$Time Dis'ersion"arameters7 Coherence 0and%idth7 Do''ler S'read and Coherence Time7 Ty'es o Small$Scale5ading$5ading eects Due to ulti'ath Time Delay S'read7 5lat ading7 5re.uency selective ading75ading eects Due to Do''ler S'read$5ast ading7 slo% ading7 Statistical odels or multi'ath5ading Channels$Clar&eHs model or lat ading7 s'ectral sha'e due to Do''ler s'read in Clar&eHs

model7 Simulation o Clar&e and ans 5ading odel7 Level crossing and ading statistics7 T%o$ray(ayleigh 5ading odel

UNIT IV2Euali3ation an. Di:e&sitero 5orcing Algorithm7 Least ean S.uare Algorithm7(ecursive least s.uares algorithm Diversity Techni.ues$Derivation o selection Diversityim'rovement7 Derivation o a


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R15 Regulations


S-EECH SIGNAL-ROCESSING

#Core *#ectie @III%UNIT 0I2

6un.a'entals o4 Digital S>ee*/ -&o*essing@ Anatomy ; "hysiology o S'eech )rgans7 The

'rocess o S'eech "roduction7 Acoustic "honetics7 Articulatory "honetics7 The Acoustic Theory o S'eech "roduction$ 9niorm lossless tu!e model7 eect o losses in vocal tract7 eect o radiation at

li's7 Digital models or s'eech signals

UNIT 0II2

Ti'e Do'ain !o.els 4o& S>ee*/ -&o*essing2 Introduction$ /indo% considerations7 Short time

energy and average magnitude Short time average 6ero crossing rate7 S'eech Vs Silence

discrimination using energy and 6ero crossing7 "itch 'eriod estimation using a 'arallel 'rocessing

a''roach7 The short time autocorrelation unction7 The short time average magnitude dierence

unction7 "itch 'eriod estimation using the autocorrelation unction

UNIT 0III2Linea& -&e.i*ti:e Co.ing #L-C% Anal/i* S>ee*/ -&o*essing2 Introduction7 8omomor'hic Systems or Convolution@

"ro'erties o the Com'le< Ce'strum7 Com'utational Considerations7 The Com'le< Ce'strum o

S'eech7 "itch Detection7 5ormant Estimation7 The 8omomor'hic Vocoder

S>ee*/ En/an*e'ent2 +ature o interering sounds7 S'eech enhancement techni.ues@ Singleicro'hone A''roach @ s'ectral su!traction7 Enhancement !y re$synthesis7 Com! ilter7 /iener ilter7

ulti micro'hone A''roach

UNITV2Auto'ati* S>ee*/ 7 S>ea+e& Re*ognition2 0asic 'attern recognition a''roaches7 "arametricre'resentation o s'eech7 Evaluating the similarity o s'eech 'atterns7 Isolated digit (ecognitionSystem7 Continuous digit (ecognition SystemHi..en !a&+o: !o.el #H!!% 4o& S>ee*/2 8idden ar&ov odel 8F or s'eech recognition7

Viter!i algorithm7 Training and testing using 8S7

S>ea+e& Re*ognition2 (ecognition techni.ues7 5eatures that distinguish s'ea&ers7 S'ea&er

(ecognition Systems@ S'ea&er Veriication System7 S'ea&er Identiication System

TE8T OO9S21 Digital "rocessing o S'eech Signals $ L( (a!iner and S / Schaer "earson

Education

2 S'eech Communications@ 8uman ; achine $ Douglas )OShaughnessy7 2nd Ed7 /ileyIndia7 2???

3 Digital "rocessing o S'eech Signals L( (a!inar and ( / =haung7 1,-7 "earson

Education

RE6ERENCE OO9S2

1 Discrete Time S'eech Signal "rocessing@ "rinci'les and "ractice $ Thomas 5 Guateri7 1st Ed7

"E 2 S'eech ; Audio Signal "rocessing$ 0en old ; +elson organ7 1st Ed7 /iley


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IO!EDICAL SIGNAL -ROCESSING

#Core *#ectie @III%

UNIT I2Ran.o' -&o*esses

Stationary random 'rocess7 Ergodicity7 "o%er s'ectral density and autocorrelation unction o random'rocesses +oise 'o%er s'ectral density analysis7 +oise !and%idth and noise igure o systems

UNIT -II:

Data Co'>&ession Te*/niues2 Lossy and Lossless data reduction Algorithms EC datacom'ression using Turning 'oint7 A>TEC7 C)(TES7 8uman coding7 vector .uantisation7 DIC)Standards

UNIT -III:

Ca&.iologi*al Signal -&o*essing@ "re$'rocessing7 G(S Detection ethods7 (hythm analysis7 Arrhythmia Detection Algorithms7 Automated EC Analysis7 EC "attern (ecognition Ada'tive +oise Cancelling@ "rinci'les o Ada'tive +oise Cancelling7 Ada'tive +oise Cancelling %iththe LS Ada'tation Algorithm7 +oise Cancelling ethod to Enhance EC onitoring7 5etal EConitoring

UNIT -IV:

Signal A:e&aging= -olis/ing ean and trend removal7 "ronyHs method7 "ronyOs ethod !ased onthe Least S.uares Estimate7 Linear 'rediction7 ule /al&er /F e.uations7 Analysis o Evo&ed"otentials

UNIT -V:

Neu&ologi*al Signal -&o*essing@ odelling o EE Signals7 Detection o s'i&es and s'indlesDetection o Al'ha7 0eta and amma /aves Auto (egressive A(F modelling o sei6ure EESlee' Stage analysis7 Inverse 5iltering7 Least s.uares and 'olynomial modelling

TE8T OO9S21 "ro!a!ility7 (andom Varia!les ; (andom Signal "rinci'les "eyton > "ee!les7 4 th Ed7

2??7 T8

2 0iomedical Signal "rocessing$ "rinci'les and Techni.ues $ D C (eddy7 2??#7 T8

REFERENCE BOOKS:

1 Digital 0io Dignal "rocessing $ /eit&unat (7 117 Elsevier2 0iomedical Signal "rocessing $ A&ay 7 IEEE "ress3 0iomedical Signal "rocessing $Vol I Time ; 5re.uency Analysis $ CohenA7 1-*7 C(C

"ress4 0iomedical Digital Signal "rocessing@ C$Language E


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R15 Regulations


RADAR SIGNAL -ROCESSING

#Core *#ectie @III%UNIT I2

Int&o.u*tion2 (adar 0loc& Diagram7 (adar E.uation7 Inormation Availa!le rom (adar Echo(evie% o (adar (ange "erormance eneral (adar (ange E.uation7 (adar Detection %ith +oise=amming7 0eacon and (e'eater E.uations7 0istatic (adaratched 5ilter (eceiver Im'ulse (es'onse7 5re.uency (es'onse Characteristic and its Derivation7atched 5ilter and Correlation 5unction7 Correlation Detection and Cross$Correlation (eceiver7Eiciency o +on$atched 5ilters7 atched 5ilter or +on$/hite +oise

UNIT II2Dete*tion o4 Ra.a& Signals in Noise2 Detection Criteria +eyman$"earson )!server7 Li&elihood$(atio (eceiver7 Inverse "ro!a!ility (eceiver7 Se.uential )!server7 Detectors Envelo'e Detector7Logarithmic Detector7 IG Detector Automatic Detection $ C5A( (eceiver7 Cell Averaging C5A((eceiver7 C5A( Loss7 C5A( 9ses in (adar (adar Signal anagement Schematics7 Com'onent"arts7 (esources and Constraints

UNIT III2Wa:e4o&' Sele*tion2 (adar Am!iguity 5unction and Am!iguity Diagram "rinci'les and "ro'ertiesPS'eciic Cases Ideal Case7 Single "ulse o Sine /ave7 "eriodic "ulse Train7 Single Linear 5"ulse7 +oise Li&e /aveorms7 /aveorm Design (e.uirements7 )'timum /aveorms or Detection inClutter7 5amily o (adar /aveorms

UNIT IV2-ulse Co'>&ession in Ra.a& Signals2 Introduction7 Signiicance7 Ty'es7 Linear 5 "ulseCom'ression 0loc& Diagram7 Characteristics7 (eduction o Time Side lo!es7 Stretch Techni.ues7eneration and Decoding o 5 /aveorms 0loc& Schematic and Characteristics o "assiveSystem7 Digital Com'ression7 SA/ "ulse Com'ression

UNIT V2-/ase Co.ing Te*/niues2 "rinci'les7 0inary "hase Coding7 0ar&er Codes7 a


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R15 Regulations


NETWOR9 SECURITY AND CRY-TOGRA-HY

#Core *#ectie @I%UNIT I2Int&o.u*tion2 Attac&s7 Services and echanisms7 Security attac&s7 Security services7 A odel or

Internet%or& securityClassical Techni.ues@ Conventional Encry'tion model7 Steganogra'hy7 Classical Encry'tionTechni.ues!o.e&n Te*/niues2 Sim'liied DES7 0loc& Ci'her "rinci'les7 Data Encry'tion standard7 Strength o DES7 Dierential and Linear Cry'tanalysis7 0loc& Ci'her Design "rinci'les and odes o o'erations

UNIT II2En*&tion Algo&it/'s2 Tri'le DES7 International Data Encry'tion algorithm7 0lo%ish7 (C#7 CAST$12-7 (C27 Characteristics o Advanced Symmetric !loc& ciersCon:entional En*&tion2 "lacement o Encry'tion unction7 Traic conidentiality7 :ey distri!ution7(andom +um!er eneration

UNIT III2

-u(li* 9e< C&tog&a>/


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R15 Regulations


WIRELESS !I!O CO!!UNICATIONS

#Core *#ectie @I%

UNIT I - ADIN9 C?ANNELS AND DIVESIT@ TEC?NIUES


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R15 Regulations


O-TICAL CO!!UNICATION TECHNOLOGY

#Core *#ectie @I%Signal >&o>agation in O>ti*al 6i(e&s2

eometrical )'tics a''roach and /ave Theory a''roach7 Loss and 0and%idth7 ChromaticDis'ersion7 +on Linear eects$ Stimulated 0rillouin and Stimulated (aman Scattering7 "ro'agation ina +on$Linear edium7 Sel "hase odulation and Cross "hase odulation7 5our /ave iender Intererometers7 Arrayed /aveguide rating7 Tuna!le 5ilters7 8igh Channel Count ulti'le


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R15 Regulations


I!AGE AND VIDEO -ROCESSING#O-EN ELECTIVEII%

UNIT 0I26un.a'entals o4 I'age -&o*essing an. I'age T&ans4o&'s2 0asic ste's o Image "rocessingSystem Sam'ling and Guanti6ation o an image7 0asic relationshi' !et%een 'i&ession2 Image com'ression undamentals $ Coding (edundancy7 S'atial andTem'oral redundancy7 Com'ression models@ Lossy ; Lossless7 8uman coding7 0it 'lane coding7Transorm coding7 "redictive coding7 /avelet coding7 Lossy "redictive coding7 ="E Standards

UNIT IV2asi* Ste>s o4 Vi.eo -&o*essing2 Analog Video7 Digital Video Time$Varying Image 5ormationmodels@ Three$Dimensional otion odels7 eometric Image 5ormation7 "hotometric Image5ormation7 Sam'ling o Video signals7 5iltering o'erations

UNIT 0V2@D !otion Esti'ation2 )'tical lo%7 eneral ethodologies7 "ihang

1st Ed7 "8 Int

EENCE OOS'

1) Di%ita# Ima%e "rocessin% usin% (!T$!@ on:a#e:e and


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R15 Regulations


SO6TWARE DE6INED RADIO

#O-EN ELECTIVEII%UNIT I2Int&o.u*tion2

The +eed or Sot%are (adios7 /hat is Sot%are (adio7 Characteristics and!eneits o sot%are radio$ Design "rinci'les o Sot%are (adio7 (5 Im'lementationissues$ The "ur'ose o (5 5ront End7 Dynamic (ange$ The "rinci'al Challengeo (eceiver Design (5 (eceiver 5ront$ End To'ologies$ Enhanced 5le


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R15 Regulations

TE8T OO9S21 Sot%are Deined (adio Architecture System and 5unctions$ ar&us Dillinger7

:am!i6 adani7 /ILE 2??32 Sot%are Deined (adio@ Ena!ling Technologies$ /alter Tuttle 0ee7 2??27 /iley

"u!lications

RE6ERENCE OO9S21Sot%are (adio@ A odern A''roach to (adio Engineering $ =erey 8 (eed72??27 "EA "u!lication

2Sot%are Deined (adio or 3 $ "aul 0urns7 2??27 Artech 8ouse3Sot%are Deined (adio@ Architectures7 Systems and 5unctions $ ar&us

Dillinger7 :am!i6 adani7 +ancy Alonistioti7 2??37 /iley4)Sot%are (adio Architecture@ )!ect )riented A''roaches to %ireless System

Enginering =ose'h itola7 III7 2???7 =ohn /iley ; Sons


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R15 Regulations


ADHOC WIRELESS NETWOR9S#O-EN ELECTIVE II%

UNIT - I'

,ire"e## Loa" Area Net$ork#

Introduction, wire#ess $!N Topo#o%ies, Ser+ie in A! ?o ,ire"e## Net$ork#'

Introduction, .ea# Time Tra++ic upport in !d Hoc


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R15 Regulations


ADVANCED COMMUNICATION LA

Note'

!) (inimum o+ 10 *periments ae to e conducted) !## *periments may e imu#ated usin% (!T$! and to e eri+ied usin% re#ated

trainin% kits)

1) Determination o+ output o+ cono#ution *ncoder +or a %ien se6uence

2) Determination o+ output o+ cono#ution Decoder +or a %ien se6uence

;) *++iciency o+ D pread- pectrum Tecni6ue

4) imu#ation o+ re6uency Hoppin% 8H9 pread- pectrum

5) 'ptimum receier +or te !) (easurement o+ e++ect o+ Inter ymo# Inter+erence))

7) imu#ation o+ "A system wit (4

=) imu#ation o+ D"A system wit (4

) Desi%n o+ A system

10) "A (odu#ation and Demodu#ation tecni6ues

11) E"A (odu#ation and Demodu#ation tecni6ues

12) DE"A (odu#ation and Demodu#ation tecni6ues

1;) =-E!( (odu#ation and Demodu#ation tecni6ues

14) 'D( Transceier desi%n

15) "er+ormance ea#uation o+ simu#ated CD(! system

1>) Imp#ementation o+ E"A (odu#ation wit .ay#ei% adin% and !

Final Syllabus DECS

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Transcript of Final Syllabus DECS