{"id":57626,"date":"2022-06-30T00:00:00","date_gmt":"2022-06-30T00:00:00","guid":{"rendered":"https:\/\/nursingstudybay.com\/2022\/06\/30\/literature-survey-essay\/"},"modified":"2022-10-26T17:49:18","modified_gmt":"2022-10-26T17:49:18","slug":"literature-survey-essay","status":"publish","type":"post","link":"https:\/\/www.studyproessays.com\/help\/literature-survey-essay\/","title":{"rendered":"LITERATURE SURVEY Essay"},"content":{"rendered":"
\n

LITERATURETSURVEY<\/h2>\n

1.I.TF.TAkyildizTandTI.TH.TKasimoglu,T\u0093WirelessTsensorTandTactorTnetworks:TresearchTchallenges,\u0094TAdTHocTNetworks.<\/p>\n

WirelessTsensorTandTactorTnetworksT(WSANs)TreferTtoTaTgroupTofTsensorsTandTactorsTlinkedTbyTwirelessTmediumTtoTperformTdistributedTsensingTandTactingTtasks.TTheTrealizationTofTwirelessTsensorTandTactorTnetworksT(WSANs)TneedsTtoTsatisfyTtheTrequirementsTintroducedTbyTtheTcoexistenceTofTsensorsTandTactors.TInTWSANs,TsensorsTgatherTinformationTaboutTtheTphysicalTworld,TwhileTactorsTtakeTdecisionsTandTthenTperformTappropriateTactionsTuponTtheTenvironment,TwhichTallowsTaTuserTtoTeffectivelyTsenseTandTactTfromTaTdistance.TInTorderTtoTprovideTeffectiveTsensingTandTacting,TcoordinationTmechanismsTareTrequiredTamongTsensorsTandTactors.TMoreover,TtoTperformTrightTandTtimelyTactions,TsensorTdataTmustTbeTvalidTatTtheTtimeTofTacting.TThisTpaperTexploresTsensor-actorTandTactor-actorTsynchronizationTandTdescribesTresearchTchallengeTforTcoordinationTandTcommunicationTproblems.<\/p>\n

2.Y.TAkkaya,TKemalTandTMohamed,T\u0093CoverageTandTlatencyTawareTactorTplacementTmechanismsTinTwsans,\u0094TInternationalTJournalTofTSensorTNetworks.<\/p>\n

InTWirelessTSensorTandTActorTNetworksT(WSANs),TresponsivenessTtoTseriousTeventsTisTofTutmostTimportanceTandTthus,TminimalTlatencyTshouldTbeTexperienced.TInTaddition,TsinceTtheseTactionsTcanTbeTtakenTatTanyTspotTwithinTtheTmonitoredTarea,TtheTactorsTshouldTprovideTmaximalTcoverageTofTtheTarea.TInTthisTpaper,TweTproposeTtwoTactorTplacementTmechanismsTforTWSANs,TnamelyTCOLATandTCOCOLATthatTconsiderTbothTtheTdelayTrequirementsTofTdataTcollectionTandTtheTcoverageTofTtheTarea.TCOLATevenlyTdistributesTtheTactorsTinTtheTregionTforTmaximisedTcoverageTfirst.TActorsTthenTcollaborativelyTformTclusters.TEachTindividualTactorTrepositionsTitselfTatTaTnewTlocationTthatTenablesTminimalTlatencyTinTcollectingTdataTinTitsTcluster.TCOCOLATisTanTextensionTtoTCOLATwhichTadditionallyTenforcesTconnectivityTamongTtheTactorsTbyTassigningTappropriateTlocationsTtoTeachTactorTforTimprovedTcoverageTandTreducedTlatency.TTheTeffectivenessTofTbothTapproachesTisTevaluatedTthroughTextensiveTsimulationTexperiments.<\/p>\n

three.S.TG.TA,TH.TBozyigit,TandTF.TB.,T\u0093Cluster-basedTcoordinationTandTroutingTframeworkTforTwirelessTsensorTandTactorTnetworks,\u0094TWirelessTCommunicationsTandTMobileTComputing.<\/p>\n

InTWirelessTSensorTActorTNetworksT(WSAN),TsensorTnodesTperformTtheTsensingTtaskTandTactorTnodesTtakeTactionTbasedTonTtheTsensedTphenomena.TGenerally,TtheTnetworkTisTconfiguredTtoTobserveTmultipleTeventsTandTtoTreactTuponTeachTindividualTeventTaccordingly.TTimeTdelay,TenergyTefficiencyTandTreliabilityTareTthreeTimportantTaspectsTofTWSANTthatTrequireTspecialTattention.TToTensureTefficientTandTreliableToperationsTofTsuchTheterogeneousTWSAN,TnewTcommunicationTprotocolsTareTimperative.<\/p>\n

InTthisTpaper,TweTproposeTanTintegratedTcluster?basedTcoordinationTandTroutingT(CCR)TframeworkTforTWSAN,TwhoseTprimeTobjectiveTisTtoTensureTreliableTactionTwithTefficientTenergyTconsumption.TInTCCR,TsensorTnodesTareTfirstTconfiguredTtoTformTclustersTbyTtakingTintoTaccountTtheTresidualTenergyTofTnodesTandTnetworkTdensity.TOnceTtheTclustersTareTformed,Tcluster?headsTcoordinateTwithTtheTactorsTtoTformTinteractiveTregions.TTheTreliabilityTofTactionTisTaddressedTinTtermsTofTinTtimeTdataTdeliveryTtoTactorsTinTinteractiveTregionsTandTactor\u0096actorTcoordinationTtoTmakeTsureTthatTanTactorTperformTactionTinTtheTreportedTregion.TATnovelTreal?timeTdataTaggregationT(RDA)TapproachTisTalsoTincorporatedTinTtheTframeworkTtoTconserveTenergyTbyTminimizingTtheTnumberTofTtransmissionsTandTachieveTfairness.<\/p>\n

four.F.-H.TTseng,TL.-D.TChou,TandTH.-C.TChao,T\u0093ATsurveyTofTblackTholeTattacksTinTwirelessTmobileTadThocTnetworks,\u0094THumanTcentricTComputingTandTInformationTSciences<\/p>\n

TheTblackTholeTattackTisToneTofTtheTwell-knownTsecurityTthreatsTinTwirelessTmobileTadThocTnetworks.TTheTintrudersTutilizeTtheTloopholeTtoTcarryToutTtheirTmaliciousTbehaviorsTbecauseTtheTrouteTdiscoveryTprocessTisTnecessaryTandTinevitable.TManyTresearchersThaveTconductedTdifferentTdetectionTtechniquesTtoTproposeTdifferentTtypesTofTdetectionTschemes.TInTthisTpaper,TweTsurveyTtheTexistingTsolutionsTandTdiscussTtheTstate-of-the-artTroutingTmethods.TWeTnotTonlyTclassifyTtheseTproposalsTintoTsingleTblackTholeTattackTandTcollaborativeTblackTholeTattackTbutTalsoTanalyzeTtheTcategoriesTofTtheseTsolutionsTandTprovideTaTcomparisonTtable.TWeTexpectTtoTfurnishTmoreTresearchersTwithTaTdetailedTworkTinTanticipation.<\/p>\n

5.L.TK.TBysaniTandTA.TK.TTuruk,T\u0093ATsurveyTonTselectiveTforwardingTattackTinTwirelessTsensorTnetworks,\u0094TinTInternationalTConferenceTonTDevicesTandTCommunications.<\/p>\n

WirelessTSensorTNetwork(WSN)TisTbeingTemergedTasTaTprevailingTtechnologyTinTfutureTdueTtoTitsTwideTrangeTofTapplicationsTinTmilitaryTandTcivilianTdomains.TTheseTnetworksTareTeasilyTproneTtoTsecurityTattacks,TsinceTonceTdeployedTtheseTnetworksTareTunattendedTandTunprotected.TSomeTofTtheTinherentTfeaturesTlikeTlimitedTbatteryTandTlowTmemoryTmakesTsensorTnetworksTinfeasibleTtoTuseTconventionalTsecurityTsolutions,TwhichTneedsTcomplexTcomputationsTandThighTmemory.TThereTareTlotTofTattacksTonTtheseTnetworksTwhichTcanTbeTclassifiedTasTroutingTattacksTandTdataTtrafficTattacks.TSomeTofTtheTdataTattacksTinTsensorTnodesTareTwormhole,TblackTholeTandTselectiveTforwardingTattack.TInTaTblackTholeTattack,TcompromisedTnodeTdropsTallTtheTpacketsTforwardingTthroughTit.TATspecialTcaseTofTblackTholeTattackTisTselectiveTforwardingTattack,TwhereTcompromisedTnodeTdropsTpacketsTselectively,TwhichTmayTdeteriorateTtheTnetworkTefficiency.TInTthisTpaper,TweTdiscussedTaboutTselectiveTforwardingTattackTandTsomeTofTtheTmitigationTschemesTtoTdefendTthisTattack.<\/p>\n

6.Z.TKarakehayov,T\u0093UsingTrewardTtoTdetectTteamTblack-holeTattacksTinTwirelessTsensorTnetworks,\u0094TWksp.TReal-WorldTWirelessTSensorTNetworks.<\/p>\n

WirelessTsensorTnetworksTconsistTofTautonomous,Tself-organizing,Tlow-powerTnodesTwhichTcollaborativelyTmeasureTdataTinTanTenvironmentTandTcooperateTtoTrouteTthisTdataTtoTitsTintendedTdestination.TBlackTholeTattacksTareTpotentiallyTdevastatingTattacksTonTwirelessTsensorTnetworksTinTwhichTaTmaliciousTnodeTusesTspuriousTrouteTupdatesTtoTattractTnetworkTtrafficTthatTitTthenTdrops.TWeTproposeTaTrobustTandTflexibleTattackTdetectionTschemeTthatTusesTaTwatchdogTmechanismTandTlightweightTexpertTsystemTonTeachTnodeTtoTdetectTanomaliesTinTtheTbehaviourTofTneighbouringTnodes.TUsingTthisTscheme,TevenTifTmaliciousTnodesTareTinsertedTintoTtheTnetwork,TgoodTnodesTwillTbeTableTtoTidentifyTthemTbasedTonTtheirTbehaviourTasTinferredTfromTtheirTnetworkTtraffic.TWeTexamineTtheTresource-preservingTmechanismsTofTourTsystemTusingTsimulationsTandTdemonstrateTthatTweTcanTallowTgroupsTofTnodesTtoTcollectivelyTevaluateTnetworkTtrafficTandTidentifyTattacksTwhileTrespectingTtheTlimitedThardwareTresourcesT(processing,TmemoryTandTstorage)TthatTareTtypicallyTavailableTonTwirelessTsensorTnetworkTnodes.<\/p>\n

<\/div>\n<\/article>\n","protected":false},"excerpt":{"rendered":"

LITERATURETSURVEY 1.I.TF.TAkyildizTandTI.TH.TKasimoglu,T\u0093WirelessTsensorTandTactorTnetworks:TresearchTchallenges,\u0094TAdTHocTNetworks. WirelessTsensorTandTactorTnetworksT(WSANs)TreferTtoTaTgroupTofTsensorsTandTactorsTlinkedTbyTwirelessTmediumTtoTperformTdistributedTsensingTandTactingTtasks.TTheTrealizationTofTwirelessTsensorTandTactorTnetworksT(WSANs)TneedsTtoTsatisfyTtheTrequirementsTintroducedTbyTtheTcoexistenceTofTsensorsTandTactors.TInTWSANs,TsensorsTgatherTinformationTaboutTtheTphysicalTworld,TwhileTactorsTtakeTdecisionsTandTthenTperformTappropriateTactionsTuponTtheTenvironment,TwhichTallowsTaTuserTtoTeffectivelyTsenseTandTactTfromTaTdistance.TInTorderTtoTprovideTeffectiveTsensingTandTacting,TcoordinationTmechanismsTareTrequiredTamongTsensorsTandTactors.TMoreover,TtoTperformTrightTandTtimelyTactions,TsensorTdataTmustTbeTvalidTatTtheTtimeTofTacting.TThisTpaperTexploresTsensor-actorTandTactor-actorTsynchronizationTandTdescribesTresearchTchallengeTforTcoordinationTandTcommunicationTproblems. 2.Y.TAkkaya,TKemalTandTMohamed,T\u0093CoverageTandTlatencyTawareTactorTplacementTmechanismsTinTwsans,\u0094TInternationalTJournalTofTSensorTNetworks. InTWirelessTSensorTandTActorTNetworksT(WSANs),TresponsivenessTtoTseriousTeventsTisTofTutmostTimportanceTandTthus,TminimalTlatencyTshouldTbeTexperienced.TInTaddition,TsinceTtheseTactionsTcanTbeTtakenTatTanyTspotTwithinTtheTmonitoredTarea,TtheTactorsTshouldTprovideTmaximalTcoverageTofTtheTarea.TInTthisTpaper,TweTproposeTtwoTactorTplacementTmechanismsTforTWSANs,TnamelyTCOLATandTCOCOLATthatTconsiderTbothTtheTdelayTrequirementsTofTdataTcollectionTandTtheTcoverageTofTtheTarea.TCOLATevenlyTdistributesTtheTactorsTinTtheTregionTforTmaximisedTcoverageTfirst.TActorsTthenTcollaborativelyTformTclusters.TEachTindividualTactorTrepositionsTitselfTatTaTnewTlocationTthatTenablesTminimalTlatencyTinTcollectingTdataTinTitsTcluster.TCOCOLATisTanTextensionTtoTCOLATwhichTadditionallyTenforcesTconnectivityTamongTtheTactorsTbyTassigningTappropriateTlocationsTtoTeachTactorTforTimprovedTcoverageTandTreducedTlatency.TTheTeffectivenessTofTbothTapproachesTisTevaluatedTthroughTextensiveTsimulationTexperiments. three.S.TG.TA,TH.TBozyigit,TandTF.TB.,T\u0093Cluster-basedTcoordinationTandTroutingTframeworkTforTwirelessTsensorTandTactorTnetworks,\u0094TWirelessTCommunicationsTandTMobileTComputing. InTWirelessTSensorTActorTNetworksT(WSAN),TsensorTnodesTperformTtheTsensingTtaskTandTactorTnodesTtakeTactionTbasedTonTtheTsensedTphenomena.TGenerally,TtheTnetworkTisTconfiguredTtoTobserveTmultipleTeventsTandTtoTreactTuponTeachTindividualTeventTaccordingly.TTimeTdelay,TenergyTefficiencyTandTreliabilityTareTthreeTimportantTaspectsTofTWSANTthatTrequireTspecialTattention.TToTensureTefficientTandTreliableToperationsTofTsuchTheterogeneousTWSAN,TnewTcommunicationTprotocolsTareTimperative. InTthisTpaper,TweTproposeTanTintegratedTcluster?basedTcoordinationTandTroutingT(CCR)TframeworkTforTWSAN,TwhoseTprimeTobjectiveTisTtoTensureTreliableTactionTwithTefficientTenergyTconsumption.TInTCCR,TsensorTnodesTareTfirstTconfiguredTtoTformTclustersTbyTtakingTintoTaccountTtheTresidualTenergyTofTnodesTandTnetworkTdensity.TOnceTtheTclustersTareTformed,Tcluster?headsTcoordinateTwithTtheTactorsTtoTformTinteractiveTregions.TTheTreliabilityTofTactionTisTaddressedTinTtermsTofTinTtimeTdataTdeliveryTtoTactorsTinTinteractiveTregionsTandTactor\u0096actorTcoordinationTtoTmakeTsureTthatTanTactorTperformTactionTinTtheTreportedTregion.TATnovelTreal?timeTdataTaggregationT(RDA)TapproachTisTalsoTincorporatedTinTtheTframeworkTtoTconserveTenergyTbyTminimizingTtheTnumberTofTtransmissionsTandTachieveTfairness. four.F.-H.TTseng,TL.-D.TChou,TandTH.-C.TChao,T\u0093ATsurveyTofTblackTholeTattacksTinTwirelessTmobileTadThocTnetworks,\u0094THumanTcentricTComputingTandTInformationTSciences TheTblackTholeTattackTisToneTofTtheTwell-knownTsecurityTthreatsTinTwirelessTmobileTadThocTnetworks.TTheTintrudersTutilizeTtheTloopholeTtoTcarryToutTtheirTmaliciousTbehaviorsTbecauseTtheTrouteTdiscoveryTprocessTisTnecessaryTandTinevitable.TManyTresearchersThaveTconductedTdifferentTdetectionTtechniquesTtoTproposeTdifferentTtypesTofTdetectionTschemes.TInTthisTpaper,TweTsurveyTtheTexistingTsolutionsTandTdiscussTtheTstate-of-the-artTroutingTmethods.TWeTnotTonlyTclassifyTtheseTproposalsTintoTsingleTblackTholeTattackTandTcollaborativeTblackTholeTattackTbutTalsoTanalyzeTtheTcategoriesTofTtheseTsolutionsTandTprovideTaTcomparisonTtable.TWeTexpectTtoTfurnishTmoreTresearchersTwithTaTdetailedTworkTinTanticipation. 5.L.TK.TBysaniTandTA.TK.TTuruk,T\u0093ATsurveyTonTselectiveTforwardingTattackTinTwirelessTsensorTnetworks,\u0094TinTInternationalTConferenceTonTDevicesTandTCommunications. WirelessTSensorTNetwork(WSN)TisTbeingTemergedTasTaTprevailingTtechnologyTinTfutureTdueTtoTitsTwideTrangeTofTapplicationsTinTmilitaryTandTcivilianTdomains.TTheseTnetworksTareTeasilyTproneTtoTsecurityTattacks,TsinceTonceTdeployedTtheseTnetworksTareTunattendedTandTunprotected.TSomeTofTtheTinherentTfeaturesTlikeTlimitedTbatteryTandTlowTmemoryTmakesTsensorTnetworksTinfeasibleTtoTuseTconventionalTsecurityTsolutions,TwhichTneedsTcomplexTcomputationsTandThighTmemory.TThereTareTlotTofTattacksTonTtheseTnetworksTwhichTcanTbeTclassifiedTasTroutingTattacksTandTdataTtrafficTattacks.TSomeTofTtheTdataTattacksTinTsensorTnodesTareTwormhole,TblackTholeTandTselectiveTforwardingTattack.TInTaTblackTholeTattack,TcompromisedTnodeTdropsTallTtheTpacketsTforwardingTthroughTit.TATspecialTcaseTofTblackTholeTattackTisTselectiveTforwardingTattack,TwhereTcompromisedTnodeTdropsTpacketsTselectively,TwhichTmayTdeteriorateTtheTnetworkTefficiency.TInTthisTpaper,TweTdiscussedTaboutTselectiveTforwardingTattackTandTsomeTofTtheTmitigationTschemesTtoTdefendTthisTattack. 6.Z.TKarakehayov,T\u0093UsingTrewardTtoTdetectTteamTblack-holeTattacksTinTwirelessTsensorTnetworks,\u0094TWksp.TReal-WorldTWirelessTSensorTNetworks. 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