ECE Electives[1]

7/25/2019 ECE Electives[1]

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ANNA UNIVERSITY :: CHENNAI 600 025

CURRICULUM 2004

LIST OF ELECTIVES FOR

B.E. ELECTRONICS AND COMMUNICATION ENGINEERING.

ELECTIVE I AND II ( SEMESTER VII )

Cod No. Co!"# T$%& L T ' M

EC1001 Ad*+d M$+"o,"o+##o"

EC1002 I*%"*% *d - 3 0 0 100

EC1003 Co,!%" H"d/" *d I*%"+$*1 3 0 0 100

EC1004 Ad*+d D$1$%& S$1*& '"o+##$*1 3 0 0 100

EC1005 E&+%o1*%$+# I*%""*+ *d Co,%$$&$%3 3 0 0 100

EC1006 Md$+& E&+%"o*$+# 3 0 0 100

EC1007 O,"%$*1 S3#%# 3 0 0 100EC1008 H$1 S,d N%/o"# 3 0 0 100

EC1009 D$1$%& I1 '"o+##$*1 3 0 0 100

EC1010 'o/" E&+%"o*$+# 3 0 0 100

EC1011 T&$#$o* *d V$do E*1$*"$*1 3 0 0 100

CS1018 So% Co,!%$*1 3 0 0 100

EC1012 So&$d S%% E&+%"o*$+ D$+# 3 0 0 100

ELECTIVE III AND IV ( SEMESTER VIII )

Cod No. Co!"# T$%& L T ' M

IT1353 Eddd S3#%# 3 0 0 100EC1013 $"# *%/o"# 3 0 0 100

EC1014 T&+o!*$+%$o* S/$%+$*1 *d N%/o"# 3 0 0 100

EC1015 S%&&$% Co!*$+%$o* 3 0 0 100

EC1016 Ad*+d E&+%"o*$+ #3#% d#$1* 3 0 0 100

EC1017 O,%o&+%"o*$+ d$+# 3 0 0 100

EC1018 T&+o!*$+%$o* S3#% Mod&$*1 *d

S$!&%$o*

3 0 0 100

EC1019 Rd" *d N$1%$o*& A$d# 3 0 0 100

EC1020 S,+ '"o+##$*1 3 0 0 100

EC1021 Ro% S*#$*1 3 0 0 100

EC1022 O7+% O"$*%d '"o1"$*1 3 0 0 100EC1023 E*1$*"$*1 A+o!#%$+# 3 0 0 100

GE1001 Intellectual Property Ri!t" 3 0 0 100

GE1002 In#ian Con"titution an# Society 3 0 0 100

Pae$$ 1


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EC8008 ADVANCED MICRO'ROCESSORS 9 0 0 800

AIM

To learn t!e arc!itecture an# prora%%in o& a#'ance# Intel &a%ily %icroproce""or" an# %icrocontroller"$

OB-ECTIVES

To intro#uce t!e concept" in internal prora%%in %o#el o& Intel &a%ily o& %icroproce""or"$

To intro#uce t!e prora%%in tec!ni(ue" u"in )*S)+ ,-S an# .I-S &unction call"$

To intro#uce t!e /a"ic arc!itecture o& Pentiu% &a%ily o& proce""or"$

To intro#uce t!e arc!itecture prora%%in an# inter&acin o& 16 /it %icrocontroller"$To intro#uce t!e concept" an# arc!itecture o& RISC proce""or an# *R)$

UNIT I ADVANCED MICRO'ROCESSOR ARCHITECTURE

Internal )icroproce""or *rc!itectureReal %o#e %e%ory a##re""in Protecte# )o#e )e%ory a##re""in

)e%ory pain ,ata a##re""in %o#e" Prora% %e%ory a##re""in %o#e" Stac %e%ory

a##re""in %o#e" ,ata %o'e%ent in"truction" Prora% control in"truction" *rit!%etic an# oicIn"truction"$

UNIT II MODULAR 'ROGRAMMING AND ITS CONCE'TS

)o#ular prora%%in "in ey/oar# an# i#eo #i"play ,ata Con'er"ion" ,i" &ile" Interrupt !oo"

u"in a""e%/ly lanuae" it! C C

UNIT III 'ENTIUM 'ROCESSORS

Intro#uction to Pentiu% )icroproce""or Special Pentiu% rei"ter" Pentiu% %e%ory %anae%ent e

Pentiu% In"truction" Pentiu% Proce""or Special Pentiu% pro &eature" Pentiu% 4 proce""or

UNIT;IV 86;BIT MICRO CONTROLLER 80968097 *rc!itectureCP rei"ter" R*Internal Prora% an# ,ata %e%ory Ti%er":i! "pee#

Input an# -utput Serial Inter&aceI- port" Interrupt" *, con'erter;atc! #o ti%er Poer #on&eature In"truction "et E

?o!n Peat%an+ ,e"in it! )icrocontroller )cGra :ill Pu/li"!in Co t#+ e ,el!i$ =IT I>

*lan Cle%ent"+ @T!e principle" o& co%puter :ar#areA+ -


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REFERENCES

RaBa%al+ T!e concept" an# &eature o& %icro controller" 68:C11+ 8051 an# 8096 S C!an# Pu/li"!er"+e ,el!i$

EC8002 INTERNET AND -AVA 9 0 0 800

AIM

To learn t!e /a"ic" o& Internetorin+ Routin+ ;orl# ;i#e ;e/+ ?a'a Prora%%in it! "i%ple ca"e

"tu#ie"$

OB-ECTIVES

To learn Internetorin it! TCPIP$

To learn routin &or !i! "pee# %ulti%e#ia tra&&ic

To learn t!e &un#a%ental" in ;;;+ :T) an# D)$To learn ?a'a &or etorin application

To un#er"tan# t!e /a"ic concept" in Eco%+ etor operatin "y"te% an# ;e/ #e"in$

UNIT I INTERNETOR=ING ITH TC' > I':

Re'ie o& netor tec!noloie"+ Internet a##re""in+ *##re"" re"olution protocol" =*RP R*RP>+ Routin

IP #atara%"+ Relia/le "trea% tran"port "er'ice =TCP> TCP IP o'er *T) netor"+ Internet application" E%ail+ Telnet+ TP+ S+ Internet tra&&ic %anae%ent$

UNIT II INTERNET ROUTING:

Concept" o& rap! t!eory+ Routin protocol"+ ,i"tance 'ector protocol" =RIP>+ in "tate protocol =-SPP>+Pat! 'ector protocol" =.GP an# I,RP>+ Routin &or !i! "pee# %ulti%e#ia tra&&ic+ )ultica"tin+ Re"ource

re"er'ation =RSP>+ IP "itc!in$

UNIT III ORLD IDE EB:

:TTP protocol+ ;e/ /ro"er" net"cape+ Internet e


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AIM

To ena/le t!e "tu#ent to et a #etaile# nole#e o& all t!e !ar#are co%ponent" t!at %ae up a co%puter

an# to un#er"tan# t!e #i&&erent inter&ace" re(uire# &or connectin t!e"e !ar#are #e'ice"$

OB-ECTIVES

To intro#uce i""ue" relate# to CP an# %e%ory$

To un#er"tan# t!e co%ponent" on t!e %ot!er/oar#To un#er"tan# #i&&erent "torae %e#ia

To intro#uce t!e &eature" o& #i&&erent I- perip!eral #e'ice" an# t!eir inter&ace"$

UNIT I C'U AND MEMORY

CP e""ential" proce""or %o#e" %o#ern CP concept" *rc!itectural per&or%ance &eature" t!e

IntelJ" CP CP o'er clocin o'er clocin re(uire%ent" o'er clocin t!e "y"te% o'er clocint!e Intel proce""or" E""ential %e%ory concept" %e%ory oraniKation" %e%ory pacae" %o#ule"

loical %e%ory oraniKation" %e%ory con"i#eration" %e%ory type" %e%ory tec!ni(ue" "electin

an# in"tallin %e%ory$

UNIT II MOTHERBOARDS

*cti'e %ot!er/oar#" "ocet" an# "lot" Intel ,850G. Pentiu%4 %ot!er /oar# eO 'ERI'HERALS

Parallel port "inal" an# ti%in #iara% IEEE1284 %o#e" a"ync!ronou" co%%unication "erial port

"inal" 'i#eo a#apter" rap!ic accelerator" 3, rap!ic" accelerator i""ue" ,irectD %ice

%o#e%" ey/oar#" "oun# /oar#" au#io /enc! %ar"$

UNIT V BUS ARCHITECTURE

.u"e" In#u"try "tan#ar# arc!itecture =IS*>+ perip!eral co%ponent Interconnect =PCI> *ccelerate#

Grap!ic" port =*GP> pluan#play #e'ice" SCSI concept" S. arc!itecture$

TOTAL : 45

TE


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)ie )eyer"+ @Intro#uction to PC :ar#are an# Trou/le "!ootinA+ Tata )cGra:ill+ e ,el!i+ 2003$

.$Go'in#araBulu+ @I.) PC an# Clone" !ar#are trou/le "!ootin an# %aintenanceA+ Tata )cGra:ill+

e ,el!i+ 2002$

EC8004 ADVANCED DIGITAL SIGNAL 'ROCESSING 9 0 0 800

AIM

To intro#uce t!e "tu#ent to a#'ance# #iital "inal proce""in tec!ni(ue"$

OB-ECTIVES

To "tu#y t!e para%etric %et!o#" &or poer "pectru% e"ti%ation$

To "tu#y a#apti'e &ilterin tec!ni(ue" u"in )S alorit!% an# to "tu#y t!e application" o& a#apti'e

&ilterin$

To "tu#y %ultirate "inal proce""in &un#a%ental"$To "tu#y t!e analy"i" o& "peec! "inal"$

To intro#uce t!e "tu#ent to a'elet tran"&or%"$

UNIT I 'ARAMETRIC METHODS FOR 'OER S'ECTRUM ESTIMATION

Relation"!ip /eteen t!e auto correlation an# t!e %o#el para%eter" T!e Nule ;aler %et!o# &or t!e

*R )o#el Para%eter" T!e .ur )et!o# &or t!e *R )o#el para%eter" uncon"traine# lea"t"(uare"%et!o# &or t!e *R )o#el para%eter" "e(uential e"ti%ation %et!o#" &or t!e *R )o#el para%eter"

"election o& *R )o#el or#er$

UNIT II ADA'TIVE SIGNAL 'ROCESSING

IR a#apti'e &ilter" "teepe"t #e"cent a#apti'e &ilter )S alorit!% con'erence o& )S alorit!%"

*pplication noi"e cancellation c!annel e(ualiKation a#apti'e recur"i'e &ilter" recur"i'e lea"t "(uare"$

UNIT III MULTIRATE SIGNAL 'ROCESSING

,eci%ation /y a &actor , Interpolation /y a &actor I ilter ,e"in an# i%ple%entation &or "a%plin ratecon'er"ion ,irect &or% IR &ilter "tructure" Polyp!a"e &ilter "tructure$

UNIT IV S'EECH SIGNAL 'ROCESSING

,iital %o#el" &or "peec! "inal )ec!ani"% o& "peec! pro#uction %o#el &or 'ocal tract+ ra#iation an#

e


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REFERENCES

$R$Ra/iner an# R$;$Sc!a/er+ ,iital Proce""in o& Speec! Sinal"+ Pear"on E#ucation =1979>$

Ro/erto Cri"t+ )o#ern ,iital Sinal Proce""in+ T!o%"on .roo"Cole =2004>Ra!u'eer$ )$ Rao+ *Bit S$.opar#iar+ ;a'elet Tran"&or%"+ Intro#uction to T!eory an# application"+

Pear"on E#ucation+ *"ia+ 2000$

EC8005 ELECTROMAGNETIC INTERFERENCE AND COM'ATIBILITY 9 0 0 800

AIM

To un#er"tan# #i&&erent electro%anetic Inter&erence pro/le%" occurrin in Inter"y"te% an# in inter "y"te%

an# t!eir po""i/le %itiation tec!ni(ue" in Electronic #e"inOB-ECTIVES

To un#er"tan# E)I Source"+ E)I pro/le%" an# t!eir "olution %et!o#" in PC. le'el Su/"y"te% an#

"y"te% le'el #e"in$To %ea"ure t!e e%i""ion$ i%%unity le'el &ro% #i&&erent "y"te%" to couple it! t!e pre"cri/e# E)C

"tan#ar#"

UNIT I BASIC CONCE'TS

,e&inition o& E)I an# E)C it! e


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,on!ite Con"ultant Incorporate :an#/oo o& E)I E)C ol I 1985

EC8006 MEDICAL ELECTRONICS 9 0 0 800

AIM

To %ae "tu#ent" to un#er"tan# t!e application" o& electronic" in #iano"tic an# t!erapeutic area$

OB-ECTIVE

To "tu#y t!e %et!o#" o& recor#in 'ariou" /iopotential"

To "tu#y !o to %ea"ure /ioc!e%ical an# 'ariou" p!y"ioloical in&or%ation

To un#er"tan# t!e orin o& unit" !ic! ill !elp to re"tore nor%al &unctioninTo un#er"tan# t!e u"e o& ra#iation &or #iano"tic an# t!erapy

To un#er"tan# t!e nee# an# tec!ni(ue o& electrical "a&ety in :o"pital"

UNIT I ELECTRO;'HYSIOLOGY AND BIO;'OTENTIAL RECORDING

T!e oriin o& .iopotential" /iopotential electro#e"+ /ioloical a%pli&ier"+ ECG+ EEG+ E)G+ PCG+ E-G+

lea# "y"te%" an# recor#in %et!o#"+ typical a'e&or%" an# "inal c!aracteri"tic"$

UNIT II BIO;CHEMICAL AND NON ELECTRICAL 'ARAMETER MEASUREMENT

P:+ P-2+ PC-2+ P:C-3+ Electrop!ore"i"+ colori%eter+ p!oto%eter+ *uto analyKer+ .loo# &lo %eter+car#iac output+ re"piratory %ea"ure%ent+ .loo# pre""ure+ te%perature+ pul"e+ .loo# cell counter"$

UNIT III ASSIST DEVICES AND BIO;TELEMETRY

Car#iac pace%aer"+ ,C ,e&i/rillator+ Tele%etry principle"+ &re(uency "election+ .iotele%etry+ ra#iopillan# tele"ti%ulation$

UNIT IV RADIOLOGICAL E@UI'MENTS

Iono"in ra#iation+ ,iano"tic


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OB-ECTIVES

To !a'e an o'er'ie o& co%ponent" o& an operatin "y"te%"

To !a'e a t!orou! nole#e o& Proce"" %anae%ent+ Storae %anae%ent+ I- an# ile )anae%ent$To !a'e an un#er"tan#in o& a #i"tri/ute# operatin "y"te%"$

UNIT I O'ERATING SYSTEMS AN OVERVIE ?

Intro#uction to -S )ain&ra%e "y"te%" ,e"top Sy"te%" )ultiproce""or Sy"te%" ,i"tri/ute#Sy"te%" Clu"tere# Sy"te%" Real Ti%e Sy"te%" :an#!el# Sy"te%"$ Co%puterSy"te% -peration

I- Structure Storae Structure Storae :ierarc!y :ar#are Protection etor Structure$ Sy"te%

Co%ponent" -peratinSy"te% Ser'ice" Sy"te% Call" Sy"te% Prora%" Sy"te% Structure irtual

)ac!ine" Sy"te% ,e"in an# I%ple%entation Sy"te% Generation$

UNIT II 'ROCESS MANAGEMENT

80

Proce"" Concept Proce"" Sc!e#ulin -peration" on Proce""e" Cooperatin Proce"" Interproce""

Co%%unication Co%%unication in client"er'er "y"te%"$ T!rea#" -'er'ie )ultit!rea#in %o#el"

T!rea#in i""ue" CP Sc!e#ulin .a"ic Concept" Sc!e#ulin Criteria Sc!e#ulin *lorit!%"

)ultipleProce""or Sc!e#ulin Real Ti%e Sc!e#ulin Proce"" Sc!e#ulin )o#el"$ T!e CriticalSection

Pro/le% Sync!roniKation :ar#are Se%ap!ore" Cla""ic pro/le%" o& Sync!roniKation Criticalreion" )onitor" *to%ic tran"action"$ Sy"te% )o#el ,ea#loc C!aracteriKation )et!o#" &or

!an#lin ,ea#loc" ,ea#loc Pre'ention ,ea#loc a'oi#ance ,ea#loc #etection Reco'ery &ro%

,ea#loc$

UNIT III STORAGE MANAGEMENT 80

Storae )anae%ent .acroun# Sappin Contiuou" )e%ory allocation Pain Se%entation Se%entation it! Pain$ irtual )e%ory .acroun# ,e%an# Pain Proce"" creation Pae

Replace%ent *llocation o& &ra%e" T!ra"!in$ ile Sy"te% I%ple%entation ile Concept *cce""

)et!o#" ,irectory Structure ile Sy"te% )ountin ile S!arin Pro#uction$ ile Sy"te%

Structure ile Sy"te% I%ple%entation ,irectory I%ple%entation *llocation )et!o#" ree"pace)anae%ent E&&iciency an# Per&or%ance Reco'ery$

UNIT IV I>O SYSTEMS ?

I- :ar#are *pplication I- Inter&ace Oernel I- Su/"y"te% Tran"&or%in I- to :ar#are-peration" Strea%" Per&or%ance$ ,i" Structure ,i" Sc!e#ulin ,i" )anae%ent SapSpace

)anae%ent R*I, Structure ,i" *ttac!%ent Sta/le Storae I%ple%entation Tertiary Storae

Structure$

UNIT V DISTRIBUTED SYSTEMS

.acroun# Topoloy etor Type" Co%%unication Co%%unication Protocol" Ro/u"tne""

,e"in I""ue"$ a%in an# Tran"parency Re%ote ile *cce"" State&ul er"u" Statele"" Ser'ice ileReplication$ E'ent -r#erin )utual E


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;illia% Stallin"+ -peratin Sy"te% Prentice :all o& In#ia+ 4 t!E#ition+ 2003

EC800? HIGH S'EED NETOR=S 9 0 0 800

AIM

To !i!li!t t!e &eature" o& #i&&erent tec!noloie" in'ol'e# in :i! Spee# etorin an# t!eir

per&or%ance$

OB-ECTIVES

Stu#ent" ill et an intro#uction a/out *T) an# ra%e relay$

Stu#ent" ill /e pro'i#e# it! an upto#ate "ur'ey o& #e'elop%ent" in :i! Spee# etor"$Ena/le t!e "tu#ent" to no tec!ni(ue" in'ol'e# to "upport realti%e tra&&ic an# cone"tion control$

Stu#ent" ill /e pro'i#e# it! #i&&erent le'el" o& (uality o& "er'ice =$S> to #i&&erent application"$UNIT I HIGH S'EED NETOR=S

ra%e Relay etor" *"ync!ronou" tran"&er %o#e *T) Protocol *rc!itecture+ *T) loical

Connection+ *T) Cell *T) Ser'ice Cateorie" **$

:i! Spee# *" a"t Et!ernet+ Gia/it Et!ernet+ i/er C!annel ;irele"" *" application"+

re(uire%ent" *rc!itecture o& 802$11

UNIT II CONGESTION AND TRAFFIC MANAGEMENT ?

ueuin *naly"i" ueuin )o#el" Sinle Ser'er ueue" E&&ect" o& Cone"tion Cone"tion Control

Tra&&ic )anae%ent Cone"tion Control in Pacet Sitc!in etor" ra%e Relay Cone"tion

Control$

UNIT III TC' AND ATM CONGESTION CONTROL 82

TCP lo control TCP Cone"tion Control Retran"%i""ion Ti%er )anae%ent E


10/29

Ir'an PepelnB+ ?i% Guic!ar# an# ?e&& *pcar+ @)PS an# P arc!itectureA+ Ci"co Pre""+ olu%e 1 an# 2+

2003

EC800 DIGITAL IMAGE 'ROCESSING 9 0 0 800

AIM

To intro#uce t!e "tu#ent to 'ariou" i%ae proce""in tec!ni(ue"$

OB-ECTIVES

To "tu#y t!e i%ae &un#a%ental" an# %at!e%atical tran"&or%" nece""ary &or i%ae proce""in$

To "tu#y t!e i%ae en!ance%ent tec!ni(ue"To "tu#y i%ae re"toration proce#ure"$

To "tu#y t!e i%ae co%pre""ion proce#ure"$

To "tu#y t!e i%ae "e%entation an# repre"entation tec!ni(ue"$

UNIT I DIGITAL IMAGE FUNDAMENTALS AND TRANSFORMS

Ele%ent" o& 'i"ual perception I%ae "a%plin an# (uantiKation .a"ic relation"!ip /eteen pi$*$O$ ?ain+ P:I+ e ,el!i =1995>un#a%ental" o& ,iital I%ae Proce""in$

Pae$$ 10


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C!an#a ,utta )aun#ar ,iital I%ae Proce""in an# *pplication"+ Prentice :all o& In#ia+ 2000

EC8080 'OER ELECTRONICS 9 0 0 800

AIM

*pplication o& Electronic nole#e in in#u"try &or recti&ication o& polyp!a"e "upply 'oltae an# &or

control o& %otor "pee# an# &or t!er%al !eatin$

OB-ECTIVES

To "tu#y a/out poer electronic circuit" &or 'oltae an# current control an# protection$

To learn t!e "itc!in c!aracteri"tic" o& tran"i"tor" an# SCR"$ Serie" an# parallel &unction" o& SCR"+Prora%%a/le trierin %et!o#" o& SCR$

To learn controlle# recti&ication *C "upplie"$

To "tu#y o& con'erter" an# in'erter"$

To learn a/out %otor control+ c!are"+ S)PS an# PS$

UNIT I 'OER ELECTRONICS DEVICES

C!aracteri"tic" o& poer #e'ice" c!aracteri"tic" o& SCR+ #iac+ triac+ SCS+ GT-+ P?T poer tran"i"tor"

poer ET" *SCR to tran"i"tor %o#el o& SCR Protection o& t!yri"tor" aain"t o'er 'oltae o'er current+ #'#t an# #i#t$

UNIT II TRIGGERING TECHNI@UES

Turn on circuit" &or SCR trierin it! "inle pul"e an# train o& pul"e" "ync!roniKin it! "upply

trierin it! %icroproce""or &orce# co%%utation #i&&erent tec!ni(ue" "erie" an# parallel operation"

o& SCR"$

UNIT III CONTROLLED RECTIFIERS

Con'erter" "inle p!a"e t!ree p!a"e !al& controlle# an# &ully controlle# recti&ier" ;a'e&or%" o&

loa# 'oltae an# line current un#er con"tant loa# current e&&ect o& tran"&or%er leaae in#uctance #ualcon'erter$

UNIT IV INVERTERS

oltae an# current "ource in'erter"+ re"onant+ Serie" in'erter+ P;) in'erter$ *C an# ,C c!opper" ,Cto ,C con'erter" .uc+ /oo"t an# /uc /oo"t$

UNIT V INDUSTRIAL A''LICATIONS

,C %otor #ri'e" In#uction an# "ync!ronou" %otor #ri'e" "itc!e# reluctance an# /ru"!le"" %otor

#ri'e" .attery c!arer S)PS PS in#uction an# #ielectric !eatin$

TOTAL : 45

TE


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AIM

Tele'i"ion Tec!noloy !a" no /eco%e a 'ital tool to t!e in&or%ation re'olution t!at i" "eepin acro""t!e countrie" o& t!e orl#$ T!e "ylla/u" ai%" at a co%pre!en"i'e co'erae o& Tele'i"ion Sy"te%" it! all

t!e ne #e'elop%ent" in Tele'i"ion Enineerin

OB-ECTIVES

To "tu#y t!e analy"i" an# "ynt!e"i" o& T Picture"+ Co%po"ite i#eo Sinal+ Recei'er Picture Tu/e" an#

Tele'i"ion Ca%era Tu/e"

To "tu#y t!e principle" o& )onoc!ro%e Tele'i"ion Tran"%itter an# Recei'er "y"te%"$

To "tu#y t!e 'ariou" Color Tele'i"ion "y"te%" it! a reater e%p!a"i" on P* "y"te%$To "tu#y t!e a#'ance# topic" in Tele'i"ion "y"te%" an# i#eo Enineerin

UNIT I FUNDAMENTALS OF TELEVISION

?

Geo%etry &or% an# *"pect Ratio I%ae Continuity u%/er o& "cannin line" Interlace# "cannin

Picture re"olution Ca%era tu/e" I%ae ort!icon 'i#iconplu%/icon"ilicon #io#e array 'i#icon"oli#

"tate i%ae "canner" %onoc!ro%e picture tu/e" co%po"ite 'i#eo "inal'i#eo "inal #i%en"ion

!oriKontal "ync$ Co%po"ition 'ertical "ync$ ,etail" &unction" o& 'ertical pul"e train "cannin "e(uence#etail"$ Picture "inal tran"%i""ion po"iti'e an# neati'e %o#ulation S. tran"%i""ion "oun# "inal

tran"%i""ion "tan#ar# c!annel /an#i#t!$

UNIT II MONOCHROME TELEVISION TRANSMITTER AND RECEIVER

T tran"%itter T "inal propaation Inter&erence T tran"%i""ion *ntenna" )onoc!ro%e T

recei'er R tuner :+ : tuner ,iital tunin tec!ni(ue" *TI "u/"y"te%" *GC oi"ecancellation i#eo an# "oun# inter carrier #etection 'i"ion I "u/"y"te% 'i#eo a%pli&ier" re(uire%ent"

an# con&iuration" ,C rein"ertion i#eo a%pli&ier circuit" Sync "eparation typical "ync proce""in

circuit" ,e&lection current a'e&or% ,e&lection -"cillator" ra%e #e&lection circuit" re(uire%ent"

ine ,e&lection circuit" E:T eneration Recei'er *ntenna"$

UNIT III ESSENTIALS OF COLOUR TELEVISION ?

Co%pati/ility colour perception T!ree colour t!eory lu%inance+ !ue an# "aturationcolour tele'i"ion

ca%era" 'alue" o& lu%inance an# colour #i&&erence "inal" colour tele'i"ion #i"play tu/e" #elta unpreci"ion inline an# Trinitron colour picture tu/e" purity an# con'erence purity an# "tatic an#

#yna%ic con'erence a#Bu"t%ent" pincu"!ion correction tec!ni(ue" auto%atic #eau""in circuit rey

"cale tracin colour "inal tran"%i""ion /an#i#t! %o#ulation o& colour #i&&erence "inal" ei!tin

&actor" or%ation o& c!ro%inance "inal$

UNIT IV COLOUR TELEVISION SYSTEMS: 80

TSC colour T "y"te% TSC colour recei'er li%itation" o& TSC "y"te% P* colour T "y"te% cancellation o& p!a"e error" P* , colour "y"te% P* co#er Pal,ecolour recei'er c!ro%o "inal

a%pli&ier "eparation o& an# "inal" colour /ur"t "eparation .ur"t p!a"e ,i"cri%inator *CC

a%pli&ier Re&erence -"cillator I#ent an# colour iller circuit" an# #e%o#ulator" Colour "inal

%atri


13/29

TER$R$Gulati @)onoc!ro%e an# colour tele'i"ion @+ e ae Internationl Pu/li"!er+ 2003 =nit I+III an# I>

REFERENCES

*$) ,!ae+ @Tele'i"ion an# i#eo EnineerinA+ Secon# e#ition+ T):+ 2003$S$P$.ali+ @ Colour Tele'i"ion+ T!eory an# PracticeA+ T):+ 1994

CS808? SOFT COM'UTING 9 0 0 800

AIM

To intro#uce t!e tec!ni(ue" o& "o&t co%putin an# a#apti'e neuro&uKKy in&erencin "y"te%" !ic! #i&&er

&ro% con'entional *I an# co%putin in ter%" o& it" tolerance to i%preci"ion an# uncertainty$

OB-ECTIVES

To intro#uce t!e i#ea" o& &uKKy "et"+ &uKKy loic an# u"e o& !euri"tic" /a"e# on !u%an e


14/29

UNIT V A''LICATIONS OF COM'UTATIONAL INTELLIGENCE ?

Printe# C!aracter Reconition In'er"e Oine%atic" Pro/le%" *uto%o/ile uel E&&iciency Pre#iction

So&t Co%putin &or Color Recipe Pre#iction$

TOTAL : 45

TE


15/29

Carrier",i&&u"ion o& Proce""e",i&&u"ion an# ,ri&t o& Carrier .uiltin iel#",i&&u"ion an#

Reco%/ination T!e Continuity E(uation Stea#y "tate Carrier InBection ,i&&u"ion ent!T!e :ayne"

S!ocley E


16/29

IT8959 EMBEDDED SYSTEMS 9 0 0 800

AIM

To i'e "u&&icient /acroun# &or un#ertain e%/e##e# "y"te%" #e"in$

OB-ECTIVES

To intro#uce "tu#ent" to t!e e%/e##e# "y"te%"+ it" !ar#are an# "o&tare$

To intro#uce #e'ice" an# /u"e" u"e# &or e%/e##e# netorin$

To e Priority In'er"ion Pro/le% an# ,ea#loc Situation" Inter Proce"" Co%%unication" u"in Sinal"

Se%ap!ore la or %ute< a" Re"ource ey )e""ae ueue" )ail/o

Socet" Re%ote Proce#ure Call" =RPC">$

UNIT V REAL TIME O'ERATING SYSTEMS 'ART ; 2

Stu#y o& )icro C-SII or < ;or" or *ny ot!er popular RT-S RT-S Sy"te% e'el unction" Ta"

Ser'ice unction" Ti%e ,elay unction" )e%ory *llocation Relate# unction" Se%ap!ore Relate#

unction" )ail/o< Relate# unction" ueue Relate# unction" Ca"e Stu#ie" o& Prora%%in it!

Pae$$ 16


17/29

RT-S n#er"tan#in Ca"e ,e&inition )ultiple Ta"" an# t!eir &unction" Creatin a li"t o& ta""

unction" an# IPC" E


18/29

UNIT IV IRELESS LAN

:i"torical o'er'ie" o& t!e * in#u"try+ e'olution o& t!e ;* in#u"try+ irele"" !o%e netorin+

IEEE 802$11$ T!e P:N ayer+ )*C ayer+ irele"" *T)+ :NPER *+ :NPER * 2$

UNIT V 'AN ANDGEOLOCATION SYSTEMS

IEEE 802$15 ;P*+ :o%e R+ .luetoot!+ inter&ace /eteen .luetoot! an# 802$11+ irele"" eolocation

tec!noloie" &or irele"" eolocation+ eolocation "tan#ar#" &or E$911 "er'ice$TOTAL : 45

TE


19/29

UNIT II DIGITAL SITCHING

Sitc!in unction"+ Space ,i'i"ion Sitc!in+ Ti%e ,i'i"ion Sitc!in+ to#i%en"ional Sitc!in

STS Sitc!in+ TST Sitc!in+ o$4 ESS Toll Sitc!+ ,iital Cro""Connect Sy"te%"+ ,iital Sitc!inin an *nalo En'iron%ent$ Ele%ent" o& SS07 "inalin$

UNIT III NETOR= SYNCHRONIATION CONTROL AND MANAGEMENT

Ti%in Ti%in Reco'ery P!a"eoce# oop+ Cloc In"ta/ility+ ?itter )ea"ure%ent"+ Sy"te%atic ?itter$Ti%in Inaccuracie" Slip"+ *"ync!ronou" )ultiple


20/29

UNIT II GEOSTATIONARY ORBIT S'ACE SEGMENT

Intro#uction *ntenna oo *nel" T!e Polar )ount *ntenna i%it" o& i"i/ility ear

Geo"tationary -r/it" Eart! Eclip"e o& Satellite Sun Tran"it -utae aunc!in -r/it" Pro/le%" Poer Supply *ttitu#e Control Spinnin Satellite Sta/iliKation )o%entu% ;!eel Sta/iliKation

Station Oeepin T!er%al Control TTMC Su/"y"te% Tran"pon#er" ;i#e/an# Recei'er Input

,e%ultiple T

)a"ter *ntenna T Sy"te% Co%%unity *ntenna T Sy"te% Tran"%itRecei'e Eart! Station" Pro/le%" E(ui'alent I"otropic Ra#iate# Poer Tran"%i""ion o""e" reeSpace Tran"%i""ion

ee#er o""e" *ntenna )i"alin%ent o""e" i Re(ue"t" &or co%%ent" Split TCP connection"

*"y%%etric C!annel" Propo"e# Sy"te%"$

UNIT V DIRECT BROADCAST SATELLITE SERVICES

Intro#uction -r/ital Spacin" Poer Ratin an# u%/er o& Tran"pon#er" re(uencie" an#

PolariKation Tran"pon#er Capacity .it Rate" &or ,iital Tele'i"ion )PEG Co%pre""ion Stan#ar#"

orar# Error Correction :o%e Recei'er -ut#oor nit =-,> :o%e Recei'er In#oor nit =I,> ,onlin *naly"i" plin Pro/le%" Satellite )o/ile Ser'ice" S*T" Ra#ar"at Glo/al

Po"itionin Satellite Sy"te% -r/co%%$

TOTAL : 45

TE


21/29

EC8086 ADVANCED ELECTRONIC SYSTEM DESIGN 9 0 0 800

AIM

To et nole#e a/out u"ae o& electronic #e'ice" in Co%%unication Enineerin an# Poer "upplie"$

OB-ECTIVE

To "tu#y R co%ponent "uc! a" re"onator+ &ilter+ tran"%i""ion line"+ etcQTo learn #e"in o& R a%pli&ier" u"in tran"i"tor"$

To "tu#y %o#ern Poer Supplie" u"in SCR an# S)PS tec!noloy

To learn a/out "inal "!iel#in M roun#in tec!ni(ue" an# "tu#y o& *, an# ,* Con'erter"$

To learn nole#e a/out &a/rication o& PC." u"in C*,$

UNIT I INTRODUCTION TO RF DESIGN

R /e!a'iour o& pa""i'e co%ponent"+ C!ip co%ponent" an# circuit /oar# con"i#eration"+ Re'ie o&tran"%i""ion line"+ I%pe#ance an# a#%ittance tran"&or%ation+ Parallel an# "erie" connection o& netor"+

*.C, an# "catterin para%eter"+ *naly"i" o& a%pli&ier u"in "catterin para%eter$ R &ilter .a"ic

re"onator an# &ilter con&iuration" .utterort! an# C!e/y"!e' &ilter"$ I%ple%entation o& %icro"trip &ilter

#e"in$ .an# pa"" &ilter an# ca"ca#in o& /an# pa"" &ilter ele%ent"$

UNIT II RF TRANSISTOR AM'LIFIER DESIGN

I%pe#ance %atc!in u"in #i"crete co%ponent"$ )icro"trip line %atc!in netor"$ *%pli&ier cla""e" o&

operation an# /ia"in netor" *%pli&ier poer ain+ nilateral #e"in=S12 0> Si%ple input an# output%atc!in netor" .ilateral #e"in Sta/ility circle an# con#itional "ta/ility+ Si%ultaneou" conBuate

%atc!in &or uncon#itionally "ta/le tran"i"tor"$ .roa#/an# a%pli&ier"+ :i! poer a%pli&ier" an#

%ulti"tae a%pli&ier"$

UNIT III DESIGN OF 'OER SU''LIES

,C poer "upply #e"in u"in tran"i"tor" an# SCR"+ ,e"in o& cro/ar an# &ol#/ac protection circuit"+

Sitc!e# %o#e poer "upplie"+ orar#+ &ly/ac+ /uc an# /oo"t con'erter"+ ,e"in o& tran"&or%er" an#control circuit" &or S)PS$

UNIT IV DESIGN OF DATA AC@UISITION SYSTEMS

*%pli&ication o& o le'el "inal"+ Groun#in+ S!iel#in an# Guar#in tec!ni(ue"+ ,ual "lope+ (ua# "lopean# !i! "pee# *, con'erter"+ )icroproce""or" Co%pati/le *, con'erter"+ )ultiplyin *, con'erter"

an# oarit!%ic *, con'erter"+ Sa%ple an# :ol#+ ,e"in o& to an# &our ire tran"%itter"$

UNIT V DESIGN OF 'RINTED CIRCUIT BOARDS

Intro#uction to tec!noloy o& printe# circuit /oar#" =PC.>+ General lay out an# rule" an# para%eter"+ PC.

#e"in rule" &or ,iital+ :i! re(uency+ *nalo+ Poer Electronic" an# )icroa'e circuit"+ Co%puter

*i#e# #e"in o& PC."$

TOTAL : 45

TE


22/29

-t%ar Oien"tein+ @Sitc!e# )o#e Poer "upplie" in PracticeA+ ?o!n ;iley an# Son"+ 1989$

4$ )u!a%%a# :$Ra"!i#+ Poer Electronic" Circuit"+ ,e'ice" an# *pplication"+ Prentice :all o&

In#ia+ 2004$

EC808 O'TO ELECTRONIC DEVICES 9 0 0 800

AIM

To learn #i&&erent type" o& optical e%i""ion+ #etection+ %o#ulation an# opto electronic interate# circuit"

an# t!eir application"$

OB-ECTIVE

To no t!e /a"ic" o& "oli# "tate p!y"ic" an# un#er"tan# t!e nature an# c!aracteri"tic" o& li!t$

To un#er"tan# #i&&erent %et!o#" o& lu%ine"cence+ #i"play #e'ice" an# la"er type" an# t!eir application"$

To learn t!e principle o& optical #etection %ec!ani"% in #i&&erent #etection #e'ice"$

To un#er"tan# #i&&erent li!t %o#ulation tec!ni(ue" an# t!e concept" an# application" o& optical "itc!in$To "tu#y t!e interation proce"" an# application o& opto electronic interate# circuit" in tran"%itter" an#

recei'er"$

UNIT I ELEMENTS OF LIGHT AND SOLID STATE 'HYSICS

;a'e nature o& li!t+ PolariKation+ Inter&erence+ ,i&&raction+ i!t Source+ re'ie o& uantu% )ec!anical

concept+ Re'ie o& Soli# State P!y"ic"+ Re'ie o& Se%icon#uctor P!y"ic" an# Se%icon#uctor ?unction,e'ice$

UNIT II DIS'LAY DEVICES AND LASERS

Intro#uction+ P!oto u%ine"cence+ Cat!o#e u%ine"cence+ Electro u%ine"cence+ InBection

u%ine"cence+ InBection u%ine"cence+ E,+ Pla"%a ,i"play+ i(ui# Cry"tal ,i"play"+ u%eric ,i"play"+

a"er E%i""ion+ */"orption+ Ra#iation+ Population In'er"ion+ -ptical ee#/ac+ T!re"!ol# con#ition+ a"er

)o#e"+ Cla""e" o& a"er"+ )o#e ocin+ la"er application"$UNIT III O'TICAL DETECTION DEVICES

P!oto #etector+ T!er%al #etector+ P!oto ,e'ice"+ P!oto Con#uctor"+ P!oto #io#e"+ ,etector Per&or%ance$

UNIT IV O'TOELECTRONIC MODULATOR

Intro#uction+ *nalo an# ,iital )o#ulation+ Electrooptic %o#ulator"+ )aneto -ptic ,e'ice"+

*cou"toptic #e'ice"+ -ptical+ Sitc!in an# oic ,e'ice"$

UNIT V O'TOELECTRONIC INTEGRATED CIRCUITS

Intro#uction+ !y/ri# an# )onolit!ic Interation+ *pplication o& -pto Electronic Interate# Circuit"+

Interate# tran"%itter" an# Recei'er"+ Gui#e# a'e #e'ice"$

TOTAL : 45

TE


23/29

EC808? TELECOMMUNICATION SYSTEM MODELING AND SIMULATION

9 0 0 800

AIM

To %o#el t!e ran#o% 'aria/le" an# ran#o% proce"" applie# to teleco%%unication "y"te% an# to learn t!e

%et!o#" o& "y"te% "i%ulation an# per&or%ance e'aluation$

OB-ECTIVES

To learn "i%ulation o& ran#o% 'aria/le" an# ran#o% proce""

To learn %o#elin o& ra#io co%%unication c!annel"

To un#er"tan# 'ariou" "i%ulation tec!ni(ue"To un#er"tan# "i%ulation %et!o#oloie" an# per&or%ance e'aluation

To analy"e "o%e #iital co%%unication optical co%%unication an# "atellite co%%unication tec!ni(ue" a"

ca"e "tu#ie" t!rou! "i%ulation$

UNIT I SIMULATION OF RANDOM VARIABLES RANDOM 'ROCESS

Generation o& ran#o% nu%/er" an# "e(uence+ Gua""ian an# uni&or% ran#o% nu%/er" Correlate# ran#o%

"e(uence"+ Te"tin o& ran#o% nu%/er" enerator"+ Stationary an# uncorrelate# noi"e+ Goo#ne"" o& &it te"t$

UNIT II MODELING OF COMMUNICATION SYSTEMS

Ra#io &re(uency an# optical "ource"+ *nalo an# ,iital "inal"+ Co%%unication c!annel an# %o#el"+ ree"pace c!annel"+ )ultipat! c!annel an# #i"crete c!annel noi"e an# inter&erence$

UNIT III ESTIMATION OF 'ERFORMANCE MEASURE FOR SIMULATION

uality o& e"ti%ator+ E"ti%ation o& SR+ Pro/a/ility #en"ity &unction an# /it error rate+ )onte Carlo

%et!o#+ I%portance "a%plin %et!o#+ E


24/29

AIM

To %ae t!e "tu#ent un#er"tan# t!e principle" o& Ra#ar an# it" u"e in %ilitary an# ci'ilian en'iron%ent*l"o to %ae t!e "tu#ent &a%iliar it! na'iational ai#" a'aila/le &or na'iation o& aircra&t" an# "!ip"$

OB-ECTIVES

To #eri'e an# #i"cu"" t!e Rane e(uation an# t!e nature o& #etection$To apply #oppler principle to ra#ar" an# !ence #etect %o'in taret"+ clu"ter+ al"o to un#er"tan# tracin

ra#ar"

To re&re"! principle" o& antenna" an# propaation a" relate# to ra#ar"+ al"o "tu#y o& tran"%itter" an#

recei'er"$To un#er"tan# principle" o& na'iation+ in a##ition to approac! an# lan#in ai#" a" relate# to na'iation

To un#er"tan# na'iation o& "!ip" &ro% "!ore to "!ore$

UNIT I

I*%"od!+%$o* %o Rd"

.a"ic Ra#ar T!e "i%ple &or% o& t!e Ra#ar E(uation Ra#ar .loc ,iara% Ra#ar re(uencie"

*pplication" o& Ra#ar T!e -riin" o& Ra#arT Rd" E!%$o*

Intro#uction ,etection o& Sinal" in oi"e Recei'er oi"e an# t!e Sinaltooi"e RatioPro/a/ility

,en"ity unction" Pro/a/ilitie" o& ,etection an# al"e *lar% Interation o& Ra#ar Pul"e" Ra#ar Cro""Section o& Taret" Ra#ar cro"" Section luctuation" Tran"%itter PoerPul"e Repetition re(uency

*ntenna Para%eter"Sy"te% lo""e" -t!er Ra#ar E(uation Con"i#eration"

UNIT II

MTI *d '! Do,,&" Rd"

Intro#uction to ,oppler an# )TI Ra#ar ,elay ine Canceler" Staere# Pul"e Repetition re(uencie" ,oppler ilter .an" ,iital )TI Proce""in )o'in Taret ,etector i%itation" to )TI Per&or%ance

)TI &ro% a )o'in Plat&or% =*)IT> Pul"e ,oppler Ra#ar -t!er ,oppler Ra#ar Topic" Tracinit! Ra#ar )onopul"e Tracin Conical Scan an# Se(uential o/in i%itation" to Tracin

*ccuracy o*nle Tracin Tracin in Rane -t!er Tracin Ra#ar Topic" Co%pari"on o&Tracer" *uto%atic Tracin it! Sur'eillance Ra#ar" =*,T>$

UNIT III

D%+%$o* o S$1* $* No$#Intro#uction )atc!e# ilter Recei'er ,etection Criteria ,etector"

*uto%atic ,etector Interator" Con"tantal"e*lar% Rate Recei'er" T!e Ra#ar operator Sinal

)anae%ent Propaation Ra#ar ;a'e" *t%o"p!eric Re&raction Stan#ar# propaation on"tan#ar#

Propaation T!e Ra#ar *ntenna Re&lector *ntenna" Electronically Steere# P!a"e# *rray *ntenna" P!a"e S!i&ter" re(uencyScan *rray"Rd" T"*#$%%"# Intro#uction inear .ea% Poer Tu/e" Soli# State R Poer Source"

)anetron Cro""e# iel# *%pli&ier" -t!er R Poer Source" -t!er a"pect" o& Ra#ar Tran"%itter$

Rd" R+$"# ; T!e Ra#ar Recei'er Recei'er noi"e iure Super!etero#yne Recei'er ,uple


25/29

Rd$o R*1# ; T!e ) our cour"e Ra#io Rane : -%ni ,irectional Rane=-R> -R

Recei'in E(uip%ent Rane an# *ccuracy o& -R Recent ,e'elop%ent"$H3,"o&$+ S3#%# o N$1%$o* (Lo"* *d D++) ; oran* oran* E(uip%ent Rane an#

preci"ion o& Stan#ar# oran oranC T!e ,ecca a'iation Sy"te% ,ecca Recei'er" Rane an#*ccuracy o& ,ecca T!e -%ea Sy"te%

UNIT V

DME *d TACAN ; ,i"tance )ea"urin E(uip%ent -peration o& ,)E T*C* T*C* E(uip%entA$d# %o A,,"o+ *d L*d$*1 ; In"tru%ent an#in Sy"te% Groun# Controlle# *pproac! Sy"te%

)icroa'e an#in Sy"te%=)S>Do,,&" N$1%$o* ; T!e ,oppler E&&ect .ea% Con&iuration" ,oppler re(uency E(uation" Trac

Sta/iliKation ,oppler Spectru% Co%ponent" o& t!e ,oppler a'iation Sy"te% ,oppler rane

E(uation *ccuracy o& ,oppler a'iation Sy"te%"$I*"%$& N$1%$o* ; Principle" o& -peration a'iation -'er t!e Eart! Co%ponent" o& an Inertial

a'iation Sy"te% Eart! Coor#inate )ec!aniKation Strappe#,on Sy"te%" *ccuracy o& Inertial

a'iation Sy"te%"$S%&&$% N$1%$o* S3#% ; T!e Tran"it Sy"te% a'"tar Glo/al Po"itionin Sy"te% =GPS>

TOTAL : 45TE 2003

REFERENCES

Peyton L$ Pee/le"+ FRa#ar Principle"F+ ?o!niley+ 2004

?$C Too%ay+ F Principle" o& Ra#arF+ 2n#E#ition P:I+ 2004

EC8020 S'EECH 'ROCESSING 9 0 0 800

AIM

To intro#uce t!e c!aracteri"tic" o& Speec! "inal" an# t!e relate# ti%e an# &re(uency #o%ain %et!o#" &or

"peec! analy"i" an# "peec! co%pre""ion

OB-ECTIVE

To intro#uce t!e %o#el" &or "peec! pro#uction

To #e'elop ti%e an# &re(uency #o%ain tec!ni(ue" &or e"ti%atin "peec! para%eter"

To intro#uce a pre#icti'e tec!ni(ue &or "peec! co%pre""ionTo un#er"tan# "peec! reconition+ "ynt!e"i" an# "peaer i#enti&ication$

UNIT I NATURE OF S'EECH SIGNAL

Speec! pro#uction %ec!ani"%+ Cla""i&ication o& "peec!+ "oun#"+ nature o& "peec! "inal+ %o#el" o& "peec!

pro#uction$Speec! "inal proce""in purpo"e o& "peec! proce""in+ #iital %o#el" &or "peec! "inal+ ,iitalproce""in o& "peec! "inal"+ Sini&icance+ "!ort ti%e analy"i"$

UNIT II TIME DOMAIN METHODS FOR S'EECH 'ROCESSING

Ti%e #o%ain para%eter" o& "peec!+ %et!o#" &or e


26/29

UNIT III FRE@UENCY DOMAIN METHODS FOR S'EECH 'ROCESSING

S!ort ti%e ourier analy"i"+ &ilter /an analy"i"+ "pectrorap!ic analy"i"+ or%at e


27/29

E#itin Ra"ter an# ector #ata "tructure" Co%pari"on o& Ra"ter an# ector #ata "tructure *naly"i"

u"in Ra"ter an# ector #ata Retrie'al+ Recla""i&ication+ -'erlayin+ .u&&erin ,ata -utput Printer"

an# Plotter"

UNIT V MISCELLANEOUS TO'ICS

i"ual Interpretation o& Satellite I%ae" Ele%ent" o& Interpretation Interpretation Oey" C!aracteri"tic"

o& ,iital Satellite I%ae I%ae en!ance%ent ilterin Cla""i&ication Interation o& GIS an#Re%ote Sen"in *pplication o& Re%ote Sen"in an# GIS r/an *pplication" Interation o& GIS an#

Re%ote Sen"in *pplication o& Re%ote Sen"in an# GIS ;ater re"ource" r/an *naly"i"

;ater"!e# )anae%ent Re"ource" In&or%ation Sy"te%"$ Glo/al po"itionin "y"te% an intro#uction$

TOTAL : 45

TE


28/29

,ata :i#in an# )e%/er unction" -/Bect Creation an# ,e"truction*#:oc Poly%orp!i"%i"itation

Iterator" an# Container"$

UNIT III

Te%plate"+ Generic Prora%%in+ an# STIn!eritanceE


29/29

UNIT III 'I'ES RESONATORS AND FILTERS

Re"onance in pipe" "tan#in a'e pattern a/"orption o& "oun# in pipe" lon a'elent! li%it

:el%oltK re"onator acou"tic i%pe#ance re&lection an# tran"%i""ion o& a'e" in pipe acou"tic &ilter" lo pa""+ !i! pa"" an# /an# pa""$No$# S$1*& d%+%$o* H"$*1 *d #,+

oi"e+ "pectru% le'el an# /an# le'el co%/in /an# le'el" an# tone" #etectin "inal" in noi"e

#etection t!re"!ol# t!e ear &un#a%ental propertie" o& !earin lou#ne"" le'el an# lou#ne"" pitc! an#&re(uency 'oice$

UNIT IV ARCHITECTURAL ACOUSTICS:

Soun# in en#o"ure * "i%ple %o#el &or t!e rot! o& "oun# in a roo% re'er/eration ti%e Sa/ine+"oun# a/"orption %aterial" %ea"ure%ent o& t!e acou"tic output o& "oun# "ource" in li'e roo%" acou"tic"

&actor in arc!itectural #e"in$E*$"o**%& A+o!#%$+#:

;ei!te# "oun# le'el" "peec! inter&erence !i!ay noi"e noi"e in#uce# !earin lo"" noi"e an#arc!itectural #e"in "peci&ication an# %ea"ure%ent o& "o%e i"olation #e"in o& portion"$

UNIT V TRANSDUCTION

Tran"#ucer a" an electi'e" netor canonical e(uation &or t!e to "i%ple tran"#ucer" tran"%itter"

%o'in coil lou# "peaer lou#"peaer ca/inet" !orn lou# "peaer+ recei'er" con#en"er %icrop!one

%o'in coil electro#yna%ic" %icrop!one pieKoelectric %icrop!one cali/ration o& recei'er"$

TOTAL : 45

TE

ECE Electives[1]

Documents

Transcript of ECE Electives[1]