Shibi Report
Transcript of Shibi Report
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LAKSHMI NARAYAN COLLEGE OF TECHNOLOGY
PROJECT REPORT ONNETWORKING(INFRASTRUCTURE)
6/24/2010
Submitted to: Submitted by:
Mohd. Anis Shibi Choudhary
IT Manager-TCS
TTSL BHOPAL
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INDEX
1. Acknowledgement.
2. CertificateofApproval.
3. TATA Teleservices Limited.
4. Introduction.
5. Basicsofnetworking.
6. RJ-45.
7. Switchconfiguration
8. V-Lan
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KNOWLEDGEMENT
Nocreationinthisworldisasoloeffortandneitheristhisproject. I would beveryremissifI didnotthankmanypeoplewhohavehelpedmedirectlyorindirectlytosurvivetheproject.
InparticularI wouldliketothank:
Information Technology HeadMr. DeepanjanNathforbeingtrulygenerousandallowingmetoworkinhis
department.
Information Technology ManagerMohd. Anisforallowingmetodotheprojectintherespectivedepartment.
My sincere thanks toMohd. Anis (IT Manager-TCS) for theconstantenormous
supportthroughthethickandthinandpolishingituntilitshines.
While talkingabout football forany tediousworkwesay bend it like Beckhamsowasthecasehereworkingwith TTSL, wheneverI hadanyproblemMr. Rajeshpandey (Network Manager) wasalwayshere togiveahelpinghandandpixilate
theproblem. Soformeit became benditlike Rajesh Sir.
I always believe in transforming things in theireasiestpossiblestateand I thankMr. Mohd Anisforallowingmeworkmyway.
Godhelpthosewhohelpthemselves butintechnicalfieldwesaygodhelpthosewhoarehelped by Help Desk. Theseveryimportantpeoplefulfilledtheredutiesinallaspect. So myspecialvotesof thanks toMr. Ganesh More, Mrs. Babita
Diwakaran and Mr. Wasim Khan.
A healthy environmentplays a vital role in the functionality of any companyTeam TTSL Bhopalproves it right! I would take the opportunity to thank andappreciateall thosewhohavegivenmea friendlyworkingenvironmentwhere Ienjoyed learning. I have a list to thank people for this favor Mrs. PriyankaParmar, Mr. Vivek Upadhayay.
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I thank the facultyof mycollege forkeeping me updatedwith the scopeof mysubjectwhichhelpedmealotduringthetrainingandmydearfriendsforkeepmegoing.
Familycomesfirst buthere I ammentioningthemintheend becausetheirsupporthasalways beenandwillalways bethelayingstoneofanywork I do. So I thankmyfamilywithallmyheartforencouragingandsupportingmealways.
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CERTIFICATE OF APPROVAL
This is to certify that Ms.Shibi Choudhary of Lakshmi
Narayan College Of Technology, Bhopal (M.P.) have completed
their training and project on NETWORKING
(INFRASTRUCTURE) during the session 24/06/10 to 24/07/10
and have submitted satisfactory report in this volume for the
partial fulfillment of Bachelor Of Engineering granted by RGPV,
Bhopal (M.P.).
[COMPUTER SCIENCE & ENGINEERING]
Mohd. Anis Mr. Deepanjan Nath
(IT Manager-TCS) (IT Head- TCS)
Mr. Rajesh Pandey Mr. Ganesh Moore
(Network Manager) (Helpdesk Engg.)
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TATA TELESERVICES LIMITED
Tata Teleservices Limitedspearheadsthe Tata Groupspresenceinthetelecomsector. The Tata Grouphadrevenuesofaround US $75 billioninfinancialyear2008-09, andincludesover90 companies, over350,000 employeesworldwideandmorethan 3.5 millionshareholders.
Incorporatedin 1996, Tata Teleservices Limitedisthepioneerofthe CDMA 1xtechnologyplatformin India. IthasembarkedonagrowthpathsincetheacquisitionofHughes Tele.com(India) Ltd [renamed Tata Teleservices(Maharashtra) Limited] bythe Tata Groupin 2002. Itlaunchedmobileoperationsin January 2005 underthe brand Tata Indicomandtodayenjoysapan-IndiapresencethroughexistingoperationsinallofIndias 22 telecom Circles. Thecompanyisalsothemarketleaderinthefixedwirelesstelephonymarketwithits
brand Walky. Thecompanyhasrecentlyintroducedthe brand Photontoprovidea
varietyofoptionsforwirelessmobile broadbandaccess. Thecompanysnetworkhas beenratedasthe Least Congestedin Indiaforlastfiveconsecutivequarters
bythe Telecom
RegulatoryAuthorityofIndiathroughindependentsurveys.Tata Teleservices Limitednowalsohasapresenceinthe GSM space, throughitsjointventurewithNTT DOCOMO ofJapan, andoffersdifferentiatedproductsandservicesunderthe TATA DOCOMO brandname. TATA DOCOMO arisesoutofthe Tata Groupsstrategicalliancewith JapanesetelecommajorNTT DOCOMOinNovember2008. TATA DOCOMO hasreceivedapan-Indialicensetooperate
GSM telecomservicesandhasalso beenallottedspectrumin 18 telecom Circles.Thecompanyhasrolledout GSM servicesin 14 ofIndias 22 telecom Circlesinaquickspanofundersixmonths. Thecompanyplanstolaunchpan-Indiaoperations
bytheendofFY 2009-10.
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TATA DOCOMO marksasignificantmilestoneinthe Indiantelecomlandscape,andhasalreadyredefinedtheveryfaceoftelecomsin India, beingthefirsttopioneertheper-secondtariffoptionpartofits PayforWhat You Usepricingparadigm. Tokyo-basedNTTisoneoftheworldsleadingmobileoperatorsinthe Japanesemarket, thecompanyistheclearmarketleader, used byover50 percentofthecountrys
mobilephoneusers.
Today, Tata Teleservices Limited, alongwith Tata Teleservices(Maharashtra)Limited, servesover58 millioncustomersinmorethan 410,000 townsandvillagesacrossthecountry, witha bouquetoftelephonyservicesencompassingmobileservices, wirelessdesktopphones, public boothtelephony, wirelineservicesandenterprisesolutions.
In December2008, Tata Teleservices Limitedannouncedauniquereverseequityswapstrategicagreement betweenitstelecomtowersubsidiary, Wireless TT Info-Services Limited, and Quippo Telecom Infrastructure Limitedwiththecombinedentitykickingoffoperationsinearly 2009 with 18,000 towers, thereby becomingthelargestindependententityinthisspaceandwiththehighesttenancyratiosin
theindustry. The WTTIL-Quippocombineistargetingover50,000 towers bytheendofFY 2010-11.
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INTRODUCTION
"Wethinkwestartedwithsoundandstraightforward businessprinciples,consideringtheinterestsoftheshareholders, ourownandthehealthandwelfareoftheemployeesthesurefoundationofoursuccess."
JamsetjiNusserwanji Tata, Founder, Tata Group
R.M. Lala, authorofvariouscriticallyacclaimed booksonthe Tata Grouphas, inanarticlein The Hindu, clearlydefined businessethicsfromthe Tata Groupperspective. Hesaysthatinthepublicmind, ethicsin businessismainlyidentified
withfinancialintegrity, buttherealmeaningofethicsgoes beyondthat. Thedictionarydefinesethicsasthescienceofmoralsinhumanconduct, amoralprincipleorcode. Businessethicslaysdownhowapersonin businessdealswithhisorhercolleagues, staffandworkers, shareholders, customers, thecommunity,thegovernment, theenvironmentandeventhenationatlarge.
As Tata Teleservices Limitedwearepartofthelargerwholethatis Tata Group;andas TTSLiteswehavetoensurethatweupholdthehigheststandardsof
businesspracticesandhumanethicsthathave beenset bythe Tatasovertheyears.
Inanyfastmovingindustry, especiallyoneasdynamicastelecom, therearetimeswhenyoumight betemptedtotakeshortcutsforthesakeofgrowth. However,manyatimestheseshortcutsmaybeunethicalandagainstthenormsofbusinessethicswhichexistwithinthe Groupandtheworldoutside. The Tata CodeofConductclearlydefinestheideal behaviorandethicsthatevery Tataemployeeshouldfollowinhis/herdaytodaywork.
If, inyourdailycourseoflifehereat TTSL, youseesomeonetakingthoseshortcutsandviolatingwhatweasapartofthe Tata Groupandasdecenthuman
beingsstandfortakeastandand blowthewhistle;itistherightthingtodo!Speakoutforwhatisrightandreportanyviolationofourethicalstandards.Clickthe Ethics Violationlinkbelowtoreportaviolationyouhaveobserved.
Ethics Violation
Trustustodotherightthingforweexpectyoutodothesame.Ethics:(defn.)
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1. Thedisciplinedealingwithwhatisgoodand badandwithmoraldutyandobligation
2. Asetofmoralprinciples:atheoryorsystemofmoralvalues
3. Theprinciplesofconductgoverninganindividualoragroup
4. Aguidingphilosophy(Source: Merriam-Websters Online DictionaryPhilosophySharpeningthesawistheessenceoflife. Itisimperativetocreatetimetorenewknowledge, skillsandallowoneselftheopportunitytoformnewmentalframes."
TheroleofLearningand Developmentteamwill betoformallycreatethis
opportunityofrenewalandcontinuouslearningforteammembers, leadingtoimprovedorganizationalandindividualeffectiveness.
Key Highlights
Trainingstrategyfinalizedandreadyforrollout. Gyan Tarangreleasedandrolledourforall TTSL employees. Thisapplication
aimsatconsolidatingthe Talentin TTSL. SixskilldevelopmenttrainingprogramsorganizedforGM andaboveemployees.Someofthekeyprogramswere FinanceforStrategic Decisionmaking,Breakthrough Leadership, Strategic Planningand Leadershipskills. Induction Dates Standardizedand Prereadmaterialuploadedonintranet. Trainingcalendarpublishedonintranetsothatitiseasilyaccessibletoall TTSLemployees.
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SOFTWARE REQUIREMENTS IN TATA:-
1. OS/windows 7(Enterprise).
2. MS-Office 2007.
3. OCS (Office Communicator).
4. Print Manager.
5. E-attendance.
6. Acrobat Reader
7. WinZip 14.1.
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BASICS OF NETWORKING
# NETWORK TOPOLOGY:-
1. Bustopology.
2. Startopology
3. Meshtopology.
4. Hybridtopology.
5. Ringtopology.
# OSI-MODEL:-
OSI stands for open system interconnection reference model.The Open SystemInterconnection (OSI) reference modeldescribes how information from a software
application in one computer moves through a network medium to a software
application in another computer. The OSI reference model is a conceptual model
composed of seven layers, each specifying particular network functions. The
model was developed by the International Organization for Standardization (ISO)
in 1984, and it is now considered the primary architectural model for inter-
computer communications. The OSI model divides the tasks involved with moving
information between networked computers into seven smaller, more manageable
task groups. A task or group of tasks is then assigned to each of the seven OSI
layers. Each layer is reasonably self-contained so that the tasks assigned to each
layer can be implemented independently. This enables the solutions offered by
one layer to be updated without adversely affecting the other layers.
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The seven layers of the Open System Interconnection (OSI) reference model:
Applicationlayer.
Presentationlayer.
Sessionlayer.
Transportlayer.
Networklayer.
Datalinklayer.
Physicallayer.
CHARACTERISTICS OF OSI LAYER:-
Thesevenlayersofthe OSI referencemodelcan bedividedintotwocategories:upperlayersandlowerlayers.
Theupper layersofthe OSI modeldealwithapplicationissuesandgenerallyareimplementedonlyinsoftware. Thehighestlayer, theapplicationlayer, isclosesttotheenduser. Bothusersandapplicationlayerprocessesinteractwithsoftwareapplicationsthatcontainacommunicationscomponent. Thetermupperlayerissometimesusedtorefertoanylayeraboveanotherlayerinthe OSI model.
Thelower layersofthe OSI modelhandledatatransportissues. Thephysicallayerandthedatalinklayerareimplementedinhardwareandsoftware. Thelowestlayer, thephysicallayer, isclosesttothephysicalnetworkmedium
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(thenetworkcabling, forexample) andisresponsibleforactuallyplacinginformationonthemedium.
Information being transferred from a software application in one computer
system to a software application in another must pass through the OSI layers. Forexample, if a software application in System A has information to transmit to a
software application in System B, the application program in System A will pass its
information to the application layer (Layer 7) of System A. The application layer
then passes the information to the presentation layer (Layer 6), which relays the
data to the session layer (Layer 5), and so on down to the physical layer (Layer 1).
At the physical layer, the information is placed on the physical network medium
and is sent across the medium to System B. The physical layer of System B
removes the information from the physical medium, and then its physical layer
passes the information up to the data link layer (Layer 2), which passes it to thenetwork layer (Layer 3), and so on, until it reaches the application layer (Layer 7)
of System B. Finally, the application layer of System B passes the information to
the recipient application program to complete the communication process.
# NETWORKING DEVICES:-
1.Switches:-Inelectronics, aswitchisanelectricalcomponentthatcan breakan
electricalcircuit, interruptingthecurrentordivertingitfromoneconductor
toanother.[1][2]
Themostfamiliarformofswitchisamanuallyoperated
electromechanicaldevicewithoneormoresetsofelectricalcontacts. Each
setofcontactscan beinoneoftwostates:either 'closed' meaningthe
contactsaretouchingandelectricitycanflow betweenthem, or 'open',
meaningthecontactsareseparatedandnonconducting.
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2.Routers:-Anetwork switchisasmallhardwaredevicethatjoinsmultiplecomputerstogetherwithinonelocalareanetwork(LAN). Technically, networkswitchesoperateatlayertwo(Data LinkLayer) ofthe OSI model.
Networkswitchesappearnearlyidenticaltonetworkhubs, butaswitch
generallycontainsmoreintelligence(andaslightlyhigherpricetag) thanahub.Unlikehubs, networkswitchesarecapableofinspectingdatapacketsastheyarereceived, determiningthesourceanddestinationdeviceofeachpacket, andforwardingthemappropriately. Bydeliveringmessagesonlytotheconnecteddeviceintended, anetworkswitchconservesnetworkbandwidthandoffersgenerally betterperformancethanahub.
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RJ-45
The RJ-45 connector is commonly used for network cabling and fortelephony applications. It's also used for serial connections in special
cases.
RJ-45 Cables
Thereare 3 maintypesofRJ-45 cablesthatyouwillrunacrossinnetworking, both
LANand WAN.
y Straight-throughy Crossovery Rolled
Toidentifythe RJ-45 cabletype, holdthetwoendsofthecablenexttoeachother
soyoucanseethecoloredwiresinsidetheends.
ExaminethesequenceofcoloredwirestodeterminethetypeofRJ-45 cable, asfollows:
y Straight-throughthecoloredwiresareinthesamesequenceat bothends
ofthecable.y Crossoverthefirst(farleft) coloredwireatoneendofthecableisthe
thirdcoloredwireattheotherendofthecable.y Rolledthecoloredwiresatoneendofthecableareinthereverse
sequenceofthecoloredwiresattheotherendofthecable.
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Thesequenceofwiresforestablishingtheconnectionisasfollows:-
1. Whiteoforange.2. Orange.3. Whiteofgreen.4. Blue.5. Whiteofblue6. Green.7. Whiteofbrown.8. Brown.
# STATIC CABLE MAKING:-
Stepsformaking Staticcable:-
1. Cutthecableusingtheclippingtoolandaligntheminorder, cuttheminsamelevel, nowwithtoolputallthewiresin RJ-45 connector.
2. Colorshould beinorderotherwisethecablemadewill beofnouse.
#CROSS CABLE: -
Stepsformakingcrosscable:
1. Onesidewillinorderofstaticcableorder.2. Secondsideorderwill bechangedasfollows-- Whiteofgreen.- Green- Whiteoforange.
- Blue.- Whiteofblue.
- Orange.- Whiteofbrown.- Brown.
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SWITCH CONFIGURATION
#. HOW TO CONFIGURE IP ADDRESS OF A SWITCH:-
Tostartthe HYPER TERMINAL
1. Goto Start ProgramsAccessoriesCommunicationHyperTerminal.2. Giveanyusernamesay XYZ.3. Clickon DefaultsettingsandclickOK.4. Hit entertostarttheprocessing.
USERACCESS VERIFICATION
Username:
Password:
-Type entoenabletheconfiguration.
Password:
-Type shruntoshowtherunningconfiguration.
-Type congifttoconfiguretheterminal.
Now Give CommandsAs Follows:-
Config()#hostnamettsl
ttsl(config)#interfacefastethernet 0/1
ttsl(config-if)#description ***SHIBI***
ttsl(config-if)#exit
ttsl(config)#vlan 1(IP addresswithsubnetaddress)
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Weassign IP toonlyone V-lanandtogiveaccesstootherportsweneedtomakethemthememberofthatoneport.CommandtomakethememberofV-LAN:-
Switchportaccessvlan 6
y Switchcan beaccessedintwowaysafteritisconfigured:-
1. Through TELNET:- In TELNET, weaccessthrough LAN. Tomakesomeoranynumberofusersgainaccesstotheswitch, thecommandisasfollows-
Linevty 0 4[Thiswillallowfiveuserstogainaccess.]
Toaccess TELNET, firstwearerequiredtogiveapasswordas-
Password XYZ
Thengotostartruntypecmdtypetelnet.
Thenitwillaskforthepassword, enterthepasswordyouhaveassigned
earlier. Onlyafterenteringthepasswordwecangainaccesstotheswitch.
2. Through CONSOLE:- Inserttheconsolecableintheconsoleportoftheswitchandoneendconnectedtothesystem. Nowwecangainaccesstotheswitch.
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V-LAN
A Local Area Network (LAN) was originally defined as a network of computers
located within the same area. Today, Local Area Networks are defined as a single
broadcast domain. This means that if a user broadcasts information on his/herLAN, the broadcast will be received by every other user on the LAN. Broadcasts
are prevented from leaving a LAN by using a router. The disadvantage of this
method is routers usually take more time to process incoming data compared to a
bridge or a switch. More importantly, the formation of broadcast domains
depends on the physical connection of the devices in the network. Virtual Local
Area Networks (VLAN's) were developed as an alternative solution to using
routers to contain broadcast traffic.
Inatraditional LAN, workstationsareconnectedtoeachotherbymeansofahuborarepeater. Thesedevicespropagateanyincomingdatathroughoutthenetwork.However, iftwopeopleattempttosendinformationatthesametime, acollisionwilloccurandallthetransmitteddatawill belost. Oncethecollisionhasoccurred,itwillcontinueto bepropagatedthroughoutthenetworkbyhubsandrepeaters.Theoriginalinformationwillthereforeneedto beresentafterwaitingforthecollisionto beresolved, therebyincurringasignificantwastageoftimeandresources. Topreventcollisionsfromtravelingthroughalltheworkstationsinthenetwork, a bridgeoraswitchcan beused. Thesedeviceswillnotforwardcollisions, butwillallow broadcasts(toeveryuserinthenetwork) andmulticasts
(toapre-specifiedgroupofusers) topassthrough. Aroutermay beusedtopreventbroadcastsandmulticastsfromtravelingthroughthenetwork.
Theworkstations, hubs, andrepeaterstogetherforma LANsegment. A LANsegmentisalsoknownasacollisiondomainsincecollisionsremainwithinthesegment. Theareawithinwhich broadcastsandmulticastsareconfinediscalleda
broadcastdomainorLAN. Thusa LANcanconsistofoneormore LANsegments.Defining broadcastandcollisiondomainsina LANdependsonhowtheworkstations, hubs, switches, androutersarephysicallyconnectedtogether. This
meansthateveryoneona LANmust belocatedinthesamearea .
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VLAN's allow a network manager to logically segment a LAN into different
broadcast domains (see Figure2). Since this is a logical segmentation and not a
physical one, workstations do not have to be physically located together. Users on
different floors of the same building, or even in different buildings can now
belong to the same LAN.
Logical View
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Physical View
VLAN's offer a number of advantages over traditional LAN's. They are:
1) Performance.
2) FormationofVirtual Workgroups.
3) SimplifiedAdministration.
4) Reduced Cost.
5) Security.
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#. V-LAN CONFIGURATION:-
Username:
Password:
switch>en
Password:
switch#configt
Enterconfigurationcommands, oneperline. Endwith CNTL/Z.
UserAccess Verification
Username:
Password:
switch>en
Password:
switch#configt
Enterconfigurationcommands, oneperline. Endwith CNTL/Z.
switch(config)#hostnameswitch
switch(config)#hostnameswitch
switch(config)#vlan 10
switch(config-vlan)#namecs
switch(config-vlan)#exit
switch(config)#vlan 20
switch(config-vlan)#nameit
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switch(config-vlan)#exit
switch(config)#vlan 30
switch(config-vlan)#nameec
switch(config-vlan)#exit
switch#
switch#configt
Enterconfigurationcommands, oneperline. Endwith CNTL/Z.
switch(config)#interfacefastethernet 0/1
switch(config-if)#description ***cs***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 10
switch(config-if)#exit
switch(config)#interfacefastethernet 0/2
switch(config-if)#description ***cs1***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 10
switch(config-if)#exit
switch(config)#interfacefastethernet 0/3
switch(config-if)#description ***cs2***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 10
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switch(config-if)#exit
switch(config)#interfacefastethernet 0/4
switch(config-if)#description ***cs3***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 10
switch(config-if)#exit
switch(config)#interfacefastethernet 0/5
switch(config-if)#description ***cs4***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 10
switch(config-if)#exit
switch(config)#interfacefastethernet 0/6
switch(config-if)#description ***cs5***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 10
switch(config-if)#exit
switch(config)#interfacefastethernet 0/7
switch(config-if)#description ***cs6***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 10
switch(config-if)#exit
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switch(config)#interfacefastethernet 0/8
switch(config-if)#description ***it***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/9
switch(config-if)#description ***it1***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/9
switch(config-if)#description ***it2***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/9
switch(config-if)#description ***it1***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/10
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switch(config-if)#description ***it2***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/11
switch(config-if)#description ***it3***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/12
switch(config-if)#description ***it4***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/13
switch(config-if)#description ***it5***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/14
switch(config-if)#description ***it6***
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switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/15
switch(config-if)#description ***it7***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 20
switch(config-if)#exit
switch(config)#interfacefastethernet 0/16
switch(config-if)#description ***ec***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 30
switch(config-if)#exit
switch(config)#interfacefastethernet 0/17
switch(config-if)#description ***ec1***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 30
switch(config-if)#exit
switch(config)#interfacefastethernet 0/18
switch(config-if)#description ***ec2***
switch(config-if)#switchportmodeaccess
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switch(config-if)#switchportaccessvlan 30
switch(config-if)#exit
switch(config)#interfacefastethernet 0/19
switch(config-if)#description ***ec3***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 30
switch(config-if)#exit
switch(config)#interfacefastethernet 0/20
switch(config-if)#description ***ec4***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 30
switch(config-if)#exit
switch(config)#interfacefastethernet 0/21
switch(config-if)#description ***ec5***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 30
switch(config-if)#exit
switch(config)#interfacefastethernet 0/22
switch(config-if)#description ***ec6***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 30
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switch(config-if)#exit
switch(config)#interfacefastethernet 0/23
switch(config-if)#description ***ec7***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 30
switch(config-if)#exit
switch(config)#interfacefastethernet 0/24
switch(config-if)#description ***ec8***
switch(config-if)#switchportmodeaccess
switch(config-if)#switchportaccessvlan 30
switch(config-if)#exit
switch(config)#exit
switch#configt
switch(config)#interfacevlan 10
switch(config-if)#172.18.100.263 255.255.255.2
switch(config-if)#exit
switch(config)#exit
switch#
*Mar 1 01:31:08: %SYS-5-CONFIG_I: Configuredfromconsole byhelpdeskonconsol
eshowvlan
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VLANName Status Ports
---- -------------------------------- --------- ------------------------------
1 default active
3 HSRP_Zone active
6 VLAN0006 active
7 Franchisee active
8 OMC_Zone active
9 Internet_Zone active
10 cs active Fa0/1, Fa0/2, Fa0/3, Fa0/4
Fa0/5, Fa0/6, Fa0/7
20 it active Fa0/8, Fa0/9, Fa0/10, Fa0/11
Fa0/12, Fa0/13, Fa0/14, Fa0/15
30 ec active Fa0/16, Fa0/17, Fa0/18, Fa0/19
Fa0/20, Fa0/21, Fa0/22, Fa0/23
Fa0/24
1002 fddi-default act/unsup
1003 token-ring-default act/unsup
1004 fddinet-default act/unsup
1005 trnet-default act/unsup
VLAN Type SAID MTU Parent RingNo BridgeNo Stp BrdgMode Trans1Trans2
switch#[Bswitch(config)#interfacegigabitethernet 0/
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THANK YOU.
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BIBLIOGRAPHY
http://social.msdn.microsoft.com
http://www.tek-tips.com/
http://slacksite.com/
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http://www.devasp.net/net/articles/
http://www.tatainteractive.com
http://telespace:8080/default.aspx
c# by oreilly
http://www.webwizguide.com/kb/asp_tutorials/add_to_database.asp
http://www.microsoft.com/
http://www.dealing-with-data.net/index.html
http://www.asptutorial.info/learn/OpenReadCreate-files.html
http://172.17.14.119/crtool/cr_process.asp
http://www.wikipiedia.com