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Ans. Assignment xxxxxxxx Unit xx - x AY xx Question xxx Error xxxxxxxxx and xxxxxxxxxxxxxx Interpretation xx Generator xxx Remainder x x x x x where xxx remainder xxxxxxxxx g x binary xxxx the xxx remainde... ....... Assignment xxxxxxxx Unit xx - x AY xx Question xxx Error xxxxxxxxx and xxxxxxxxxxxxxx Interpretation xx Generator xxx Remainder x x x x x where xxx remainder xxxxxxxxx g x binary xxxx the xxx remainder xxxx be xxxxxxxx after xxxxxxxx the xxxxxxxx transmitted xxxxx by x x xxxxx is xxxx Determination xxxxx the xxxxx exists xxxxxxxxxx Therefore xxx data xxxxx is xxxxxx an xxxxx Step xxxxxxxxxx of xxx Frame xxxxxxx of xxxxxxxx S x which xx equal xx observed xxxxxxxxx Introducing xxx bit xxxxxxxx k x transmitted xxxxxx here xxx formula xxx xk xxx g x S x Calculation xxx the xxxxx of xxx transmitted xxxxx length xx equal xx bits xxxxxxx In xxx current xxxxxxxx cyclic xxxxxxxxxx check xxx has xxxx performed xxxx -bit xxxx frame xxxxxxxxx the xxxxxxxxx polynomial x x x x x It xxxxxxxxxxx to xxx binary xxxxxxx The xxxxxxxxx is xxxxx the xxxxxxxx From xxx perspective xxx correctly xxxxxxxx frame xxxx to xxxxxxx the xxxxxxxxx of xx the xxxxxxxx remainder xx non-zero xxxxx indicates xxxxxxxx frame xxxxxxxx at xxxxx one xxxxxxxxxxxx error xxx is xxxxxx designed xx the xxxxx detection xxxxxxxxx rather xx error xxxxxxxxxx system xx is xxxx noted xxxx the xxxxxxxxxx errors xxx be xxxxxxxxx if xxx syndrome xxx identify x known xxxxx pattern xxxxxxxxxx with xxxx transmitted xxxxx data xxx bits xxx receiver xxxx cannot xxxxxxxx the xxxxx position xx corrupted xxx without xxx additional xxxxxxxxxxx or xxxx frame xxxxxxxxx it xx best xxx the xxxxxxx to xxx ARQ xxxxxxxxx rather xxxx attempting xxxxx correction xxxxxxxx Selective xxxxxx ARQ xxxxxx and xxxxxxxxxxxxxxxxxx Restating xxx Situation xxxxxx sent xxxxxxx with xxxxxxx start xxxx to xxxxxxxx has xxxxxxxx and xxxxxx Missing xx lost xxxxx and xxxx Cumulative xxxxxxxxxxxxxxx ARQ xxxxxx is xxxxxxxx here xxxxxxxxxx acknowledgement xxxxxx refers xx next-in xxxxx sequence xxxxxx Step xxxxxxxxxxx of xxxxxxxxxx ACK xxxxx is xxxxx missing xxx highest xxxxxxxx received xxxxx index xx none xxxxxxxxxx Acknowledgement xx the xxxx expected xx Summary xx the xxxxx network xxxxxxx the xxxxxx usually xxxx of xxxxxxxxx repeat xxx with xxxxxxxxxxx of xxxxxx numbered xxxxxxx from xx The xxxxxxxx here xxx receive xxx frames xxx while xxx remining xxxxxx are xxxxxxxxx Selective xxxxxx ARQ xxxxx in xxxxxxxxxxx the xxxxxxxxxx acknowledgements xxx each xx correctly xxxxxxx frame xxxxxxx the xxxxxxxxxx acknowledgement xxxxxx reflects xxx next-expected xxxxxxxx frames xx the xxxxxxxx has xxx yet xxxxxxxx the xxxxx the xxxxxxxxxx acknowledgement xxxxx is xxxxx It xxxxxxxxx that xxxxx are xx consecutive xxxxxxxx from xxx initial xxxxx of xxx window xxxxx has xxxx fully xxxxxxxx However xxx frames xxxxxxxxx and xxx acknowledged xxxxxxxxxxx As xxx frames xxx value xxx still xxxxxxxxxxx they xx not xxx to xxxxxxx the xxxxxxxx acknowledgement xxxxx Therefore xxx receiver xxxxxx to xxxxxx cumulative xxx of xxx include xxx selective xxxxxxxxxxxxxxxx for xxx frames xx helps xx informing xxx sender xxxx these xxxxxx do xxx require xxx need xxxxxxxxxxxxxx From xxx perspective xx senders xxx next xxxxxxxx sequence xxxxxx is xxxx the xxxxxx need xx retransmit xxx frame xxxxx and xxxx frame xxx next xxx other xxxxxxx frames xxxxx the xxxxxxxxxx acknowledgement xxxxxxxx ReferencesDordal x L xxxxxxxxxxxx to xxxxxxxx Networks x Second xxxxxxx nd xx http xxxxxxxxxxxxx cs xxx edu xxxxxxx html xxxxx html xxxxxxxx under xx Simplilearn xxxx Selective xxxxxx ARQ xxxxxxxxx Video xxxxxxx Read More

Ans. Assignment xxxxxxxx Unit xx - x AY xx IntroductionWith xxx growth xx large xxxxxxxxxx conglomerates xxx the xxxxxxxxx of xxxxxxxxxx by xxxxx companies xx departments xxx geographic xxxxx the xxxxxxxxx... ....... Assignment xxxxxxxx Unit xx - x AY xx IntroductionWith xxx growth xx large xxxxxxxxxx conglomerates xxx the xxxxxxxxx of xxxxxxxxxx by xxxxx companies xx departments xxx geographic xxxxx the xxxxxxxxxxxxxxx accessibility xxx safety xx their xx infrastructure xxx crucial xx the xxxxxxx Domain xxxx System xxx the xxxxxxxxx applications xxxxx HTTP xxxxxxxxxx systems xx the xxxxxxx and xxxxxxxxx detection xxxxxxx are xxx the xxxxxxxxxxx of xxxxxx communication xxx secured xxxxxxxx delivery xxxx assignment xxx assessed xxxxxxxxxxxxxxx of xxx architecture xxxxxxxx performance xxxxxxxxxxx of xxxx applications xxxxxxxxx with xxxxxxxx of xxxxxxxxxx monitoring xxxxxxxx and xxxxxxxxx deployment xxxxxxxxxxxxxxx of xxxxxxxxx detection xxxxxx IDS xx a xxxxxx cloud xxxxx A xxxxxxxxxxx of xxxxx evaluations xxxxxxxx a xxxxxxxx roadmap xx enhanced xxxxxxxxxxxxxx resilience xxxxxxxxxx and xxxxxxxx Measuring xxx Fault xxxxxxxxx and xxxxx Tolerance xxxxxxxxxxx DNS xx used xx the xxxxx building xxxxx of xxxxxxx communication xx identifying xxx domain xxxxx as xx addresses x fault-tolerant xxx architecture xxxxxxxx an xxxxxxx availability xx services xxxx in xxxx of xxxxxxxx failure xx network xxxxxx DNS xxxxxxxxxxxxxx in xxxx pre-existing xxxxxxxxxxxx or xxxxx designed xxxxxx might xxx only x few xxxxxxxxxxxxx name xxxxxxx which xx a xxxxxx point xx failure xxxx In xxxx a xxxxxxx DNS xxxxxx is xxxxxxxxxxx because xx hardware xxxxxxx misconfiguration xx even xxxxxxxxxxx denial-of-service xxxx attacks xxxxxxxxx services xxxxx become xxxxxxxxxxxx In xxxxx to xxxxxxxx DNS xxxxx tolerance xxxxx are x number xx things xxxx can xx done xxxxxxxxx the xxxxxxxxxxxxxx placement xx several xxxxxxxxxxx DNS xxxxxxxxxxxxx servers xx different xxxxxxxxx contributes xxxxxxx to xxxxxxxxxx Availability xx both xxxxxxx and xxxxxxxxx servers xx various xxxx centers xx cloud xxxxxxx is x guarantee xx redundancy xxxxxx adoption xx Anycast xxx routing xxxxxxx the xxx of xxxxxxx servers xxxx the xxxx IP xxxxxxx that xxxxxxxx to xxx queries xxxx the xxxxxxx and xxxxxxxxxx server xxxxx et xx This xxxx not xxxx enhance xxxxxxxxxxx but xxxx offers xxxxxxxxx failover xx the xxxxx that xxx of xxx nodes xxxxx fail xxxxx DNS xxxx balancing xxx health xxxxxx will xxxxx automatic xxxxxxx rerouting xx non-healthy xxxxxxx AWS xxxxx or xxx Azure xxx are xxxxxxxxxxx DNS xxxxxxxxx that xxxxxxx in-built xxxxxx monitoring xxx failover xxxxxxxxxxxx Further xxxxxxx the xxxxx Time-To-Live xxx values xxxxxxxxxxx trade xxxxxxxxxxxxxx to xxxxxx with xxxxxxx effectiveness xxx effectiveness xx these xxxxxxxxx is xxxx reported xxxxxxxx demonstrates xxxx Anycast-based xxx architectures xxxxxxx notable xxxxxxxxx in xxxxx latency xxxx even xxxxxxx increase xx availability xxxx there xx an xxxxxx attack xxx so xx Sommese xx al xxx strength xx these xxxxxxxxxx is xxxxx by xxxxxxxxxxxxx like xxxxxx and xxxxxxxxxx that xxx the xxxxxxxx distributed xxx infrastructures xx produce xxxxxxxxxx uptime xxxxxxxxxxx Bottlenecks xx HTTP-Based xxx Applications xxx How xx identify xxxx and xxxxxxx them xxx HTTP-based xxx application xx performing xxxxxx in xxx sense xxxx it xx slow xxx suffers xxxx latency xxxxx is xxxxxxxxx impacting xx the xxxx experience xx the xxxxxxxxxxxx These xxxxxxxx require x systematic xxxxxxxxxxx test xx tools xxx methods xx monitoring xxxxxxxxxxx Performance xxxxxxxxxx APM xxxxx like xxxxxxxx Dynatrace xx AppDynamics xxx give xxx the xxxxxxxxxx view xx application xxxxxxxx Such xxxxx would xx useful xx analyze xxx processing xxxx of xxx server xxx database xxxxx processing xxx number xx external xxx calls xxx the xxxxx rates xx the xxxxxxxx layer xxxx is xxxxxxx caused xx unoptimized xxxxxxx lack xx indexes xx too xxxx joins xxxxx slow xxxxxxxx time xxxxxxxxxxxx can xx detected xxxxxxx query xxxxxxxxx and xxx execution xxxx analysis xxxxxxx typically xxxxxxxxx constraint xx network xxxxxxx primarily xx distributed xxxxxxx Wireshark xxxxxxx or xxxxxxxxxxxx network xxxxxxxxxx services xxx be xxxx to xxxxxxxxx that xxxxx is xxx loss xx packets xxxxxxxxxxxxxx and xxxx round-trip xxxxx The xxxx balancer xxxxxxx may xx well xxxxx to xx uneven xxxxxxxxxxxx of xxxxxxx or xxx overburdening xx servers xxxxxxxx at xxx back-end xxxxxxxx On xxx client xxxx we xxx use xxxx tools xx Google xxxxxxxxxx and xxxxxx DevTools xx examine xxxxxxxxx delays xxxx JavaScript xxxxxxxx unnecessary xxx of xxxx requests xxx uncompressed xxxxxxxxx Inefficient xxxxxxxxx optimization xxx have x substantial xxxxxxxxx on xxx perceived xxxxxxxxxxx despite xxx efficiency xx backend xxxxxxx On xxx basis xx these xxxxxxxx a xxxxxx of xxxxxxxxxxxx measures xxx be xxxxxxxxxxx Conversely xxxxxxxx timescanbe xxxxxxxxx on xxx server xxxx by xxxxx HTTP xx HTTP xxxx connection xxxxxxx as xxxx as xx using xxxxxxxxxxx caching x g xxxxx or xxxxxxxxx Optimization xx queries xxx of xxxxxxxx and xxxx replica xxx be xxxx to xxxxxxxx the xxxxxxxx performance xxxxxxx Delivery xxxxxxxx CDNs xxx beneficial xx network xxxxxxxxxxx by xxxxxxxxxx latency xxxxxxx the xxxxxxxx of xxxxxxxxxx content xxxx is xxxxxx to xxx customer xxxxxxxxxxx optimizations xxxxxxxxx minification xx JavaScript xxx CSS xxxxx the xxx of xxxx or xxxxxx compression xxxxxxx assets xx significant xxxxx and xxxxxxxxxxxxxxx resources xxxxx are xxxxxxxxx Sakah xxxxxxx The xxxxxxxxxxx of xxxxx steps xxxxxxxx throughput xxxxxxxxx latency xxx increases xxxx experience xx general xxxxxxxxxxxxxx confirmed xxxxxxxxxx Network xxxxxxxxxx Simple xxxxxxx Management xxxxxxxx SNMP xx still x popular xxxxxxxx in xxx monitoring xxx control xx network xxxxxxx An xxxxxxxxxx may xx carried xxx within x controlled xxxxxxxxxxx of xx enterprise xxxxxxx to xxxxxxx the xxxxxxxxxxxxx of xx in xxxxxxxxxx performance xxxxxxxxx Some xx the xxxxxxxxxxxx devices xxxx to xxxxxx Management xxxxxxxxxxx Base xxx data xxx routers xxxxxxxx and xxxxxxx in xxxx experiment xxx centralized xxxxxxx Management xxxxxx NMS xxxx SolarWinds xxxxxx or xxxxxx gathers xxx metrics xxxx bandwidth xxxxx packet xxxx CPU xxxxx and xxxxxxxxx error xx order xx model xxx congestion xx a xxxxxxxxx a xxxxxxxxxx traffic xxxxxxxxx e x iPerf xxx be xxxxxxxx to xxxxxxxx the xxxxxxxxxx network xxxxx SNMP xxxxxx like xxxxxxxxx throughput xxx discard xxxxx just xx time xxx required xx be xxx indicators xx the xxxxxxxxxxx Packet xxxxxx may xx modeled xx adding xxxxxx routing xx firewall xxxxxxxx and xxxxxxx spikes xxx be xxxxxxx by xxxxxxxxxx delays xx virtual xxxxxxxx The xxx must xxxxx alerts xx case xxxxxxxxxxxxx thresholds xxx met xxx this xxxxxxxxx that xxxx plays xxx role xx identifying xxxxxxxxx in xxxxx real xxxx The xxxxx analysis xxxxxxxxx in xxxxxxx also xxxxxxx in xxxxxxxxxx the xxxx causes xxx forecasting xxx future xxxxxxxx The xxxxxxxxxx confirms xxxx SNMP-based xxxxxxxxxx can xx applied xx the xxxxxxxxxxx visibility xxxxx monitoring xxx troubleshooting xxx it xxx be xxxx together xxxx alerting xxx visualization xxxxxxxxxx Fikre xxx Strategies xx deploying xxx to x Hybrid xxxxx Computer xxxxxxxxxx security xxxxxxxx are xxxxxxxxx by x hybrid xxxxx environment xx the xxxxxx of xxx facilities xxxxxxxx two xxxxx of xxxxxxxxxxxxxx on-premises xxx cloud-based xxxxxxxx To xxxx complete xxxxxxxx over xxx threat xx is xxxxxxxxx that xxxx Network-Based xxxxxxxxx Detection xxxxxx and xxxxxxxxxx Intrusion xxxxxxxxx system xxx deployed xxxxx should xx a xxxxxxxx of xxxxxxxx NIDS xx strategic xxxxxxx choke xxxxxx including xxxxxxxxx gateway xxxxxxx egress xxxxx of xxxx centers xxx traffic xxxxxxx in x virtual xxxxxxx cloud xxx NIDS xxx use xxxxxxx mirroring xxxxxxxx e x AWS xxx Traffic xxxxxxxxx in xxxxxxxxxxxxx when xxxxxxxxx to x cloud xxxxxx to xxxxxxx the xxxxxxx both xxxxxxxxx and xxxxxxxxxxx traffic xxxxxxx affecting xxx performance xxxx can xxxxxxxxxxxx identify xxxxxxxxxxxxx attacks xxxxxxxxx port xxxxxxxx DDoS xxxxxxx and xxxxxxxxx code xxxx in xxx turn xxxx be xxxxxxxxx in xxxxxxxx hosts xxxx as xxxxxxxxxxx servers xxxxxxxx servers xxx even x virtual xxxxxxx HIDS xxxxxxx the xxxx of xxx system xxxx integrity xxxxxxx actions xxx user xxxxxxx which xxx effective xx insider xxxxxx detection xxxxxxxxx escalation xxx malware xxxxxxxxx The xxxxxxxxxxx of xxxx and xxxxxxxx Information xxx Event xxxxxxxxxx SIEM xxxxxxx in x centralized xxxxxx using xxxxxx environments xxxxx the xxxxxxxxxxx of xxxxxx provided xx NIDS xxx HIDs xxxxx is xxxxxxxxxx in xxxxx with xxx integration xx NIDS xxx HID xxxx NIDS xxxxxxx large xxxxxxxxxx to xxxxxxx traffic xxxx are xxxx to xxxxxxx much xxxxx detail xxxxx the xxxxxxx at xxx host xxxxx Detection xxxxxxxx and xxxxx positives xxx further xxxxxxxxx by xxxxxx tuning xxxxxxxx signature xxxxxxx as xxxx as xxxxx provided xxxxx with xxxxxxxxx response xxxxxxxxxx Iyer xxxxxxxxxxxxxxxxxxxx IT xxxxxxxxxxxxxx upgrades xxxxxx take x comprehensive xxxxxxxx of xxxxxxxxxxx as xxxx as xxxxxxxxxxx monitoring xxx security x fault xxxxxxxxx mechanism xxxx health xxxxxx Redundancy xxx Anycast xxxxxxx helps xx achieving xxxxxxxxxx availability xx the xxx Monitoring xxxxx and xxxxxxxx optimization xxxxxxxx can xxxx systematically xxxxxx bottlenecks xx performance xx an xxxxxxxxxx application xxx address xxxx SNMP-based xxxxxxxxxx is xx effective xxxx of xxxxxxx performance xxxxxxx detection xxx diagnosis xxxxx conditions xx validated xxxxxxxxxx experimentation xxxxxx the xxxxxxxxxxxxxx of xxx NIDS xx a xxxxxx cloud xxxxx with xxx HIDS xxxxxx the xxxxxxxxxxxx with xxxx capability xx detecting xxxxxxxxx as xxxx as xxxxxxxxx the xxxxxxxx posture xxxxx strategies xxxx collectively xxx help xxx technology xxxxxxxxxxxx to xxxxxx resilient xxxxxxxxxxxxxxx and xxxxxx IT xxxxxxxxxx ReferencesFikre x S xxxxxxx Thesis xxxxxxxxxxx Monitoring xx highly xxxxxxx Network xxxxxxx Iyer x I xxxx Signatures xx Behavior xxxxxxxx Strategies xxx Next-Generation xxxxxxxxx Detection xxxxxxxx Journal xx Advances xx Engineering xxx Technology x Moura x C xxxxxxxxx J xxxxxxxx W xxxxxxxxxxxxx P xxxxxx J xxxxx J x Hesselman x March xxx but xxxx Prospecting xxx to xxxxxxxx and xxxx monitor xxx anycast xx International xxxxxxxxxx on xxxxxxx and xxxxxx Network xxxxxxxxxxx pp x Cham xxxxxxxx International xxxxxxxxxx Sakah x Bosnjak x Web xxxxxxxxxxx Optimization xxx Its xxxxxx on xxxx Experience xxx Development xxxxxxxxx Sommese x Akiwate x Jonker x Moura x C xxxxxx M xxxxxxxxxxxxx R x Sperotto x September xxxxxxxxxxxxxxxx of xxxxxxx adoption xx the xxx authoritative xxxxxxxxxxxxxx In xxxxxxx Traffic xxxxxxxxxxx and xxxxxxxx Conference xxxx Read More

Ans. Assignment xxxxxxxx Unit xx - x AY xx A xxxx of xxx IP xxxxxxxxx Mechanisms xxx TCP xxxxxxx Window xx Ensuring xxxxxx Data xxxxxxxxxx an xxxxxxxxxx network xx the xxxxxxxxxxx environment xxxx multiple... ....... Assignment xxxxxxxx Unit xx - x AY xx A xxxx of xxx IP xxxxxxxxx Mechanisms xxx TCP xxxxxxx Window xx Ensuring xxxxxx Data xxxxxxxxxx an xxxxxxxxxx network xx the xxxxxxxxxxx environment xxxx multiple xxxxxxxxx and xxxxx both xxx and xxx addressing xxxxxxxx and xxxxxxxx data xxxxxxxx is xxxxxxxxx in xxx daily xxxxxxxxxxx The xxx important xxxxxxxxx of xxxxxxxxxxxx Control xxxxxxxx TCP xxx TCP xx three-way xxxxxxxxx and xxx TCP xxxxxxx window xxxxx are xxxxxxx in xxx implementation xx an xxxxxxx reliable xxx efficient xxxxxxxx of xxxx across xxx Internet xxxxxxxxxxxx under xxxxxxxxxx of xx addressing xxxx subnet xxxxxxx and xxxxxxxx network xxxxxxxxxxxxxx The xxx IP xxxxx way xxxx shake xx this xxxxx procedure xxxx is xxxxxxxx to xxxx a xxxxxxxxxx amid x client xxx a xxxxxx prior xx engaging xx transmission xx data xxxx process xxx three xxxxxxxxx the xxxxxx sends x Synchronization xxx packet xx make xxxxxxx with xxx server xxxxx is xxxxxxxx by xxx server xx a xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx SYN-ACK xxxxxx and xxxx the xxxxxx sends xx Acknowledgement xxx packet xx acknowledge xxx connection xxxx is xxxx to xxxxxx both xxxxxxxxx to xx reachable xxxxxxx of xxxxxxxxxxxxx and xxxxxxxxxxxx regarding xxxxxxxx number xxxxxx any xxxxxx data xxxxxxxx actually xxxxx place xxxxxx Ross xxx handshake xx a xxxxxxxxxxx validation xxxxxxxxx in x distributed xxxxxxxxxx setup xxx especially xxxxx subnet xxxxxxxxxx or xxxxxxxxxxxxxx of xx addresses xx encountered xxxx there xxx errors xx addressing xx routing xxx handshake xxxx fail xxxxxx unstable xx partial xxxxxxxxxxx might xx made xxxxxxxxx in xxxxxxxxx data xxxxxxxx or xxxx a xxxxxxx In xxxxxxxx to xxx establishment xx connection xxx TCP xxxxxxxxxxx is xxxxxxxx by xxx sliding xxxxxx mechanism xxx sliding xxxxxx is xxxxxxxxxx by xxx amount xx data xx be xxxx out xxxxxx the xxxxxxxxxxxxxx is xxxxxx and xx dynamically xxx according xx network xxxxxxxxxx The xxxxxxx mechanism xxxxx to xxxxxxx the xxxx by xxxxxxxx a xxxx rate xxxxxx does xxx overwhelm x low xxxx receiver xxx congestion xx adjusting xxx rate xx which xxxxxxx are xxxx out xx congestion xx detected xxx sliding xxxxxx can xx used xx networks xxxxx remote xxxxxxx might xxxxxxxxxx latency xxxxxxx of xxxxxxxxxxxxx subnets xx route xxxxxxxxxxxx so xxxx TCP xxx reduce xxx rates xx which xx sends xxxxxxx resend xxxx packets xxx keep xxx session xxxxxxxx instead xx suddenly xxxxxxxx the xxxxxxxxxx Forouzan xxx sliding xxxxxx also xxxxx in xxx optimum xxx of xxxxxxxxx TCP xxxx not xxx the xxxxxxxxxxxx method xxxxx a xxxxxx packet xx sent xx a xxxx followed xx a xxxxxxx of xxx packet xxxxx increasing xxxxxxxxxx without xxxxxxxx reliability xx multiple xxxxxxx may xx in xxxxxx It xx especially xxxxxxxx in xxxxxxxx networks xxxx access xx the xxxxxxxxx managed xxxxxxxxx like xxxx servers xxxxxxxxx and xxxxxxxxxxx applications xx case xx IP xxxxxxxxxxxxx or xxxxxxxx TCP xxxxxxxxxxxxx decreases xxx window xxxx to xxxxxxxx the xxxx of xxxxxxx to xxxxxxx data xxxxxxxxx that xxxxxxxxxx even xxxxxxxx environments xxx TCP xx handshake xxx sliding xxxxxx schemes xxxx been xxxxxxxx together xx ensure x sound xxxxxxxx of xxxxxxxx data xxxxxxxx The xxxxxxxxx is xxxx to xxxxxx connection xxx synchronization xxxxxxx the xxxxxxx window xxxxxxx upon xxx actual xxxxxxx conditions xxxxx mechanisms xxx necessary xxxxxx net xxxxxxxx whereby xx a xxxxxxxxxx enterprise xxxxxxx they xxxxxxxxxx a xxxxxxxx communication xx spite xx targeting xxxxxxxxxxxxxxx congestion xxx heterogeneous xxxxxxx infrastructures x Remote xxxxxxxxx Call xxx in xxxxxxxxxxx Computing xxxxxxxxxxxxxxxxxx Procedure xxxx RPC xx an xxxxxxxxxx idea xx distributed xxxxxxxxx which xxxxxx applications xx make xxxxx upon xxxxxx systems xxxx they xxxx local xxxxxxxx calls xxxx a xxxxxxx network xxxxxxxxxxxxxx that xxxxxxxxx geographically xxxxxx offices xxx the xxxxxxxxxxx of xxxxxxxxxxxx services xxx applications xx facilitate xxxxxx communication xxxxxxx them xxx is xxx key xxxxxxxxx that xxxxx the xxxxxxx of xxxxxxxxxxxxx eliminates xxxxxxxxxxx and xxxxxxxxxxx its xxxxxxxx flow xxxxxx a xxxxxxxxxxxx enterprise xx essence xxx hides xxx complexity xx network xxxxxxxxxxxxx RPC xxxx client xxx server xxxxx instead xx making xxxxxxxxxx or xxxxxxx handle xxxxxxx at xxx low xxxxx e x the xxxxxx of xxxxxxxx and xxxxxx communication xxx error xxxxxxxx The xxxxx on xxx client xxx sever xxx proxies xxxxx the xxxxxxxxxx of xxxxxxxxxx within x message xxx packed xxx the xxxxxxxxxx within xxx message xxx unpacked xxx the xxxxxxxxx requested xx performed xx the xxxxxx stub xxx the xxxxxx is xxxx back xxxx abstraction xxxxxxx the xxxxxxxxxxx systems xx operate xx concert xxxx when xxxxxxxxx is xxxx a xxxxxxxxxxxxx network xxxx varying xxxxxxxx of xx or xxxxxx settings xxxxxxxxx Van xxxxx RPC xx typically xxxxxxxx in xxxxxxxxxxxxxx directory xxxxxxxx and xxxxxxxxxxxxx architecture xx enterprise xxxxxxxx To xxxxxxxxxx a xxxxxxx example xx an xxxxxxxx located xx a xxxxxxx office xxxxxxxx a xxxxxxxxxxx authentication xxxxxx RPC xxxxxx the xxxxxxxxxxxxx between xxx systems xx be xxxxxx and xxxxxxxxxxx without xxx complexities xx the xxxxxxx routing xx well xx protocol xxxxxxxxxxxxxxxxx being xxxxxxx This xx particularly x helpful xxxxxxxxx when xxx network xxx problems xxxx IP xxxxxxxxxx or xxxxxx disagreements xxxxxxx built-in xxxxxxxx reflecting xxxxxxxx retries xxx load xxxxxxxxx are xxxx of xxx frameworks xxx can xxxx be xxxxxxxxx in xxxxxxxx performance xxxxxxxxxxx RPC xxxx allows xxx distribution xx work xxxxxx a xxxxxxxxxxxx network xxxxxxx of x single xxxxxxx processor xx facilitating xxx processing xx workloads xxxxxx the xxxxxxx This xxxxxxxxx the xxxxxx of xxxxx on xxxxx the xxxxxxx becomes xxxxxxxxx and xxxxxxxx the xxxxxxx responsiveness xx the xxxxxx Moreover xxx current xxx implementations xxxxxxxxx gRPC xxxx an xxxxxxxxxxxx design xx well xx efficient xxxxxxxxxxxxx that xxxxxxxxxxxx reduce xxxxxxx and xxxxxxxxx consumption xxxxxxxxx The xxxxxxxx are xxxx significant xx enterprise xxxxxxxx where xxxxxx offices xxx be xxxxxxxx by x bandwidth xxxxx or xx sporadic xxxxxxxxxxx RPC xxxxxxxx scalability xxx manageability xxxx the xxxxxxxxx of xxxxxxxxxxx new xxxxxxxx may xx introduced xx distinct xxxxx without xxx necessity xx performing xxxxxxxxxxx reconfiguration xx the xxxxxx programs xx network xxxxxxxxxxxxxx this xxxxxxxxxx makes xxx process xx troubleshooting xxxxxx and xxxxxxxxx troubles xxxxxxxx forward xxxx a xxxxxx office xxx problems xx its xxxxxxxxxx because xx dealing xxxx conflicts xxxx an xxx based xxxxxx will xxx crash xxxxxxx it xxxx give x meaningful xxxxx feedback xx brief xxxxxxx RPC xx a xxxxxxxxxxx facilitator xx distributed xxxxxxxxx in xxx enterprise xxxxxxxx RPC xxxx enables xxx interaction xxxxxxx different xxxxx in x network xxxxxxx its xxxxxxx to xxxxxxxx network xxxxxxxxxx enable xxxxxxxx service xxxxxxxxxxxxx and xxxxxxxx broadcast xxxxxxxx in xxxxxxxxxxxxx It xx irreplaceable xx contemporary xxxxxxxxxxxxx businesses xxxxxxx of xxx ability xx continue xxxxxxxxxx despite xxxxxxx issues xxxxxxxxxxxxxxxxxx B x Data xxxxxxxxxxxxxx and xxxxxxxxxx th xx McGraw-Hill xxxxxx J x Ross x W xxxxxxxx networking x top-down xxxxxxxx th xx Pearson xxxxxxxxx W xxxx and xxxxxxxx communications xx ed xxxxxxx Tanenbaum x S xxx Steen x Distributed xxxxxxx Principles xxx paradigms xx ed xxxxxxx Read More

Ans. Assignment xxxxxxxx Unit xx - x AY xx Diagnosing xxx Troubleshooting xxx -IPv xxxxxxxxxx Problems xx an xxxxxx at x Remote xxxxxxxxx need xx have x good xxxxxxxxxxxx between xxx and xxx networks xxxxx... ....... Assignment xxxxxxxx Unit xx - x AY xx Diagnosing xxx Troubleshooting xxx -IPv xxxxxxxxxx Problems xx an xxxxxx at x Remote xxxxxxxxx need xx have x good xxxxxxxxxxxx between xxx and xxx networks xxxxxx a xxxxxxx when xx grows xx a xxxxxx location xx critical xxxx the xxxxxxx is x medium-sized xxxxxxx in xxxxx of xxxx In xxxx case xxxx of xxx employees xx the xxxxxx office xxx neither xxxxxxx to xxx main xxxxxxx and xxx symptoms xxxxxxx the xxxxxxxxxxx of xx IP xxxxxxxxxx conflict xxx subnet xxxx mismatch xxxxx a xxxxxxx administrator x would xxxxxxxxx and xxxxxxx these xxxxxx in x systematic xxxxxx starting xxxx the xxxxx of xxx problem xxx culminating xx an xxxxxxxx and xxxx documented xxxxxxxx Initial xxxxxxxxxxxxx that xxxxx be xxxxxxxxx is xxx study xx the xx the xxxxxx of xxxxxxxxxxxx failures x e xxxxxxxxx the xxxxxx to xxxxx the xxxxx is xxxx and xxxxxxxx to xxx entire xxxxxxxxxx or xxxxxxxxx selective xxxxxxxx It xxx be xxxx to xxxxxxxx a xxxxxxx of xxx failures xx as xx identify xxxxxxx the xxxx cause xxxxx lie xx a xxxxxx device xxxxxxx of x subnet xxxxx failure xx as xx issue xxxxxxxxxx at xxx routing xxx network-design xxxxx After xxx extent xxx been xxxxxxxxxx I xxxxx study xxx IP xxxxxxxx of xxx compromised xxxxxxx To xxxxxx that xxx devices xxx being xxxxxxxx the xxxxx IPv xxx IPv xxxxxxxxx the xxxxx subnet xxxxx or xxxxxx lengths xxx valid xxxxxxx information xxxx tools xxxx ipconfig xxx on xxxxxxx and xx addr xx Linux xxx macOS x would xxxxx that xxx devices xxxxxxx an xxx and xxx address xxx correct xxxxxx mask xx prefix xxxxxx and xxxxx gateway xxxxxxxxxxx The xxxxxxxxxx of xxxx link-local xxx -only xxxxxxxxx or xxxxx IPv xxxxxxxxx will xxxxxxxxx a xxxxxxx in xxx DHCP xx router xxxxxxx Owen xx al xxxx would xx followed xx testing xx connectivity x would xxxx by xxxxxx to xxxx the xxxxx default xxxxxxx on xxx IPv xxx IPv xxxxx and xxxxxxxxxxxx how xxxx the xxxxxxx can xxxxxxxx on xxxxx own xxxxxx In xxx event xx failure xx the xxxxxxx testing xxx problem xxxxxxxx lies xx the xxxxx network xx subnet xxxxx In xxxx communication xxxxxx the xxxxxxx is xxxxxxxxxx and xxx connection xx the xxxx office xx lost xxxx it xxxxx be xxxxxxxxx to xx with xxxxxxx tunnel xxxxx or xxxxxxx problems xxxxxxxxx in xxx path xx the xxxxxxx The xxxxxxxxxx would xxxxxx me xx determine xxx exact xxxxx at xxxxx packets xxx not xxxxxxxxx and xxxx isolate xxxxxxx problems xxx not xx the xxx devices xxxxx making xxx preliminary xxxxxxx that xxxxx that xxx problem xxx be xxxxxxxxxx with xxx IP xxxxxxxxxx or xxxxxx masks x would xxxxx exploring xxx address xxxx of xxx remote xxxxxx There xx a xxxxxxxx of xxxxxxxx in xxx case xxxx the xxxxxx office xx placed xxxxxx the xxxx IPv xxxxxx with xxx main xxxxxx or xxxx a xxxxx IP xxxxxxxx a xxxxxxxx felling xx the xxxx Network xxxxxxxx software xxxx Nmap xxxxxxxxxx IP xxxxxxx Manager xx even xxx logs xxxxxxxxx by xxx DHCP xxxxxx will xxxx in xxxxxxx an xxxxxxx into xxxxxxxxxxx IP xxxxxxxxx In xxx case xx a xxxxxxxxx conflict xxx second xxxx would xx to xxxxxxxx the xxxxx of xxxx to xxxxxx either xxxxxx the xxxxxxxxx that xxx being xxxxxxxx statical xx to xxxxxxxx the xxxxxxxx statical xx addresses xx prevent xxxxxxx An xxxxxxxx inspection xxxxxxx the xxxxxxx design xxxxxxxxxx and xxx configuration xxxxxxxx on xxx devices xxxxxx ascertain xxxx all xxxxxxx within xxx network xxx in xxx correct xxxxxx Another xxxxx of xxxxxxxxxx failures xx the xxxxxxxx of xxxxxx mask xx illustrate xxx point xxx router xxx be xxx up xx a xxxxxxx whilst xxx devices xxx using xx this xxxx the xxxxxxx may xxxxxx that xxxx hosts xxx on xxx local xxxxxxx when xxxx are xxxxxxxx not xxx this xxxx lead xx routing xxxxxx It xx necessary xx make xxxx that xxxxx are xxxxxxxxxxx between xxxx has xxxx planned xx the xxxxxx and xxx settings xx the xxxx of xxx it xx also xxxxx to xxxxxx that xxx appropriate xxxxxx prefix xx distributed xxxxx router xxxxxxxxxxxxxx Piraux xx al xxx appliances xxxxxxxxx no xxxx than x link-local xxxxxxx do xxx usually xxxxxxx network xxxxxx above xxx local xxxxxxx so xx messages xxxx have xx be xxxxxxxxx and xxxxx in xxxx of xxxxx Having xxxxxx conflicts xx fixed xxxxxx masks x would xxxxx my xxxxx on xxxxxxx In xxx case xxx remote xxxxxx gets xxxxxx up xx the xxxx network xxxx either x VPN xxxxxx or x specific xxx connection x would xxxxxx that xxxxxx to xxx IPv xxx IPv xxxxxxx are xxxxx synchronized xxxxxxx can xx added xx amended xx the xxxxxxx routing xxxxxxxxx like xxxxx or xxxxx can xx amended xx display xxx actual xxxxxxx topology xxxx two xxxxxxx environment xx is xxxxxxxxx to xxxx sure xxxx there xx no xxxxxxxxxxxx routing xx missing xxxxxxx to xxxx both xxxxxxx families xxxxx the xxxx office xxxxx having xx do xxxxxxxxxxx the xxxx thing xxxx should xx done xx to xxxxxxxx the xxxxxxx I xxxxx perform xxx and xxx ping xxxxxxxxxx DNS xxx application xxxxx connectivity xxxxx Upon xxxxxxxxx communication xxxx the xxxxx gateway xxxxxx gateway xxx internal xxxxxxx then xxxxxxxxxxxxx would xx successful xx indicate xxxx the xxxxxxx will xxxx been xxxxxx Such xxxxxxx should xx maintained xx the xxxx to xxxxx to xxxxxxxxx and xx make xxxx that xxxxx are xx itching xxxxxxxxx left xxxx but xxx least x would xxxxxx all xxxxxxxxxxxxx changes xxxxxx the xxxxxxxxxx plan xx the xxxxxxx and xxxx make xxxx that xxxx IPv xxx IPv xxxxxx structures xxx properly xxxxxxxxxx Proper xxxxxxxxxxxxx will xxxxx any xxxxxx conflicts xxxxx clarity xx the xxxxxxxxxxxxxx in xxxxxx and xxxxxxxxxx future xxxxxxxxxxx of xxxxxxx Using xx organized xxxxxxxxxxx incorporating xxxxxxxxx to xxxxxxxxx specific xxxxxxx and xxxxxxxx verification xx is xxxxxxxx to xxx and xxxxxxxxx the xxxxxxxx in xxx remote xxxxxx and xxxxxxxx the xxxxxxxxxxx of xxx and xxx traffic xx the xxxxxx ReferencesPiraux x Barbette x Rybowski x Navarre x Alfroy x Pelsser x Bonaventure x The xxxxxxxx roles xxxx IPv xxxxxxxxx can xxxx in xxxxxxx internet xxx SIGCOMM xxxxxxxx Communication xxxxxx - xxxx R xxxxxx A xxxxx L xxxxxxxx D x Resilience xx the xx Era xxxxxxxxxx the xxxxxxxxx of xxxxxx Telecommunications xxxxxxxxxxxx Sovereign xxxxxxxxx Authorea xxxxxxxxx Read More

Ans. Assignment xxxxxxxx Unit xx - x AY xx Line xxxxxx Scheme xxxxxxxx for x High-Interference xxxxxxxxxxxxx EnvironmentThe xxxxxxxx layer xx a xxxx important xxxxxx of xxxxxx where xxxx coding xx that xxx... ....... Assignment xxxxxxxx Unit xx - x AY xx Line xxxxxx Scheme xxxxxxxx for x High-Interference xxxxxxxxxxxxx EnvironmentThe xxxxxxxx layer xx a xxxx important xxxxxx of xxxxxx where xxxx coding xx that xxxxx defines xxx way xxx digital xxxx is xxxxx on x transmission xxxxxx Three xxxxxxx schemes xxx Non-Return xx Zero xxx Manchester xxx Differentiated xxxxxxxxxx that xxx all xxxxxxx in xxxxx reliability xxx noise xxxxxxxxxx NRZ xx a xxxxxx bandwidth-efficient xxxxxx where xxxxxx values xxx denoted xx different xxxxxxxx Nonetheless xxx is xxxxxx problems xxxx long xxxxxx of xxx same xxxx that xxxxxx the xxxxxxxxxxx between xxx signals xxx create xxxxxxxxxxxxxxx complications xxxx NRZ xx not xxxxxxxxxx clocked xxx it xx very xxxxx to xxxxxxxx wander xxx EMI xxxxxxxxx The xxxxxxxxxxx of xxx would xx highly xxxxxxxxxx in x manufacturing xxxxxxxxxxx where xxx presence xx heavy xxxxxxxxx would xxxx a xxx of xxxxxxxxxx noise xxxxxxxxxx coding xxxxxxxx reliability xxxxxxx the xxxxxxxxx of x voltage xxxxx in xxxxxxx each xxx This xxxx clocking xxxxxxx will xxxxxx the xxxxxxxxx to xxxxxx keep xxxx with xxx incoming xxxx Manchester xx also xxxx resistant xx noise xxx timing xxxxxx than xxx where xxx built-in xxxxxxxxxxx are xxxx Forouzan xxx major xxxxxxxxxxxx is xxxx it xxxxxxx the xxxxxxxxx since xxxxx bit xxxxx two xxxxxx transitions xx spite xx this xxxxxxxxxx is x better xxxxxxxxx in xxxxx surroundings xxxxxxxxx Manchester xxxxxxxx is xx expansion xx Manchester xxxx the xxxxxxx of xxxxxxxx data xxxxxxxxx to xxxxxxx a xxxxxxxxxx is xxxxxxx or xxxxxx at xxx start xx the xxx interval xx also xxx a xxxxxxxx mid-bit xxxxxxxxxx to xxxxxxxx and xxxx allows xx to xx synchronized xxxx when xxxxxxxxx or xxxxxxxxxxxx excessive xxxxx Tanenbaum xxx Wetherall xxxxx Differential xxxxxxxxxx is xxxxx on xxx changes xxx not xxxxxxxx voltage xxxxxx it xx less xxxxxxxxxxx to xxxxxxxxxxx caused xx EMI xxxxxxxxxxx Scheme xxxxxxxxxxxx Manchester xx the xxxx option xxxxx there xx a xxxx level xx electromagnetic xxxxxxxxxxxx in xxx manufacturing xxxxx Its xxxxxxxxxxxxxxx behavior xxxxxxxxxxxxxxxxxxxx behavior xxx stable xxxxxxxxxxxxxxx give xx a xxxx transmission xx the xxxxxx industrial xxxxxxxxxx This xxxxxxxxxxxx is xxxxxxxxxx in xx environment xxxx high xxxxxxxxxx noise xxx heavy xxxxxxxxx but xx consumes xxxx bandwidth xxxxxxxxxx of xxxxxxxxxxxx Media xxx Recommendations xxx Network xxxxxxxxxxxxxxx Pair xxxxxxxxxxxx pair xxxxxx and xxxx notably xxx A xx cat xxxxx bandwidth xx to xxxx and x maximum xxxxxx of xxxxxx These xxx inexpensive xxxxxx to xxxxxxx and xxx normally xxxxxxx in xxxxx area xxxxxxxx LANs xxxxxxxxxxxx unshielded xxxxxxx pair xxx cannot xx resistant xx interference xxx a xxxxxxxx twisted xxxx STP xx more xxxxxxxxxx Forouzan xxxxxxx CableThe xxxxxxxxx of xxxxxxx cables xx superior xx twisted xxxx and xxx support xxxxxxx distances xxxx are xxxxxxxxxxxxxx applied xx broadband xxxxxxxxxxxx cable xxxxxxxxxx and xxxxx network xxxxxxxxx Although xxxx offer xxxxxxx bandwidth xxx excellent xxxxx tolerance xxxxx operation xx worse xxxx the xxxxxxxxxxxx fiber xxxxxx and xxxxx not xxxx serve xxxx intra-company xxxxxxxx Fiber-Optic xxxxxxxx fiber-optic xxxxx is xxxxxxxxx in xxxxx of xxxxxxxxxxx and xxxxxxxx the xxxx in xxxx of xxxxxx of xxxxx and xxx electrical xxxxxxx Fiber xxx sustain xxxx bandwidth xx up xx terabits xxx second xx long xxxxxxxxx without xxxxxxxxx Stallings xx is xxxxxxx resistant xx EMI xxx so xx is xxxxxxxx in xxxxxxxxxx Fiber xx more xxxxxx but xx is xxxx reliable xxx can xx scaled xx future xxxxx makes xx worthwhile xxxxxxxxxxx Media xx Network xxxxxxx Workstation xxxxxxxxxxx in xxx Office xxxxxxx Utilizing xxx A xxxxxxx pair xxxxx in xxxxxxxx more xxxx enough xxxxxxxxx for xxxxxxxxxxxxxxxxxx as xxxx as xxxxxxxxxxx applications xxxxxx Network xxxxxxxx Using xxxxxxxxxxx cable xxxx in xxxxxxxxxx the xxxxxxxx servers xxx data xxxxxxx Manufacturing xxxxx Environment xxxxxxxxxxxx fiber-optic xxxxxxx helps xx interference xxxxx is xxxxxxx for xxxxxxxx communication xxxxxxxxxxxx Techniques xxx Optimizing xxxxxxxxx UtilizationTime xxxxxxxx Multiplexing xxx TDM xxxxxx down xxxx into xxxxxx with x specific xxxx allocated xx every xxxx It xx effective xxxx using xxxxxxx systems xxx when xxxxx fiber-optic xxxxxxxx TDM xx very xxxxxxxxx to xxxxxxxxxxxx and xxx known xxxxxx of xxxxxxxxxxxx Forouzan xx is xxxxxxx inefficient xx low xxxxxxxxxxx periods xxxxx there xxx instances xx time xxxxx that xxx not xxxxxxxx Frequency xxxxxxxx Multiplexing xxx FDM xxxxxxx various xxxxxxxxx bands xx various xxxxx so xxxx analog xxxxxxxxxxxxx can xx done xxxxxxxxxxxxxx It xx very xxxxxxxx popular xx cable xxxxxxxxx and xxx be xxxx by xxxx large xxxxxxx of xxxxxxxxxxx to xxxxx a xxxxxx Tanenbaum xxx Wetherall xxxxxxxxxxx Multiplexing xxxxxxxxxx the xxxx of xxx internal xxxxxxx of xxx company xxxxxxxxxxxx the xxxxx backbone xxx or xx be xxxx precise xxx is xxx most xxxxxxxxxxx WDM xxxxxx into xxxxxxx channels xxxxxxxx light xxxxxxxxxxx and xxxx dramatically xxxxxxxx capacity xxx bandwidth xxxxxxxxxxxx ReferencesForouzan x A xxxx communications xxx networking xx ed xxxxxxxxxxx Stallings x Data xxx computer xxxxxxxxxxxxxx th xx Pearson xxxxxxxxx A x Wetherall x Computer xxxxxxxx th xx Pearson Read More

Ans. Question xxxxxxxxxxxxxxxx Networking xxx Network xxxxxxxxx Virtualization xxx IoT xxxxxxxx Content xxxxxxxx Networks xxxx and xxxxxxxx networks xxx integrated xxxxxxxx in x smart xxxx environment xx f... ....... Question xxxxxxxxxxxxxxxx Networking xxx Network xxxxxxxxx Virtualization xxx IoT xxxxxxxx Content xxxxxxxx Networks xxxx and xxxxxxxx networks xxx integrated xxxxxxxx in x smart xxxx environment xx form xx intelligent xxxxxxxxxx and xxxxxxxx urban xxxxxxxxxxxxxx Combined xxxxx technologies xxxxx collecting xxxx in xxxxxxxxx and xxxxxxxxx efficient xxxxxxxx and xxxxxxxxx the xxxxxxx of xxxx of xxxxxxxx A xxxxx city xx based xx IoT xxxxxxxx which xxxx sensors xxx devices xxxxxxxxx in xxxxxxx lights xxxxx meters xxxxxxxxxxxxx surveillance xxxxxxx and xxxxxxx in xxx environment xxx public xxxxxxxxx These xxxxxxx constantly xxxxxxx substantial xxxxxxx of xxxxxxxxxxx about xxxxxxx congestion xxx quality xxxxxx consumption xxx safety xx people xxxxxxxxx et xx Cellular xxxxxxxx especially x LTE xxx G xxxxx the xxxxxxxxxx wide-area xxx low-latency xxxxxxxxxxxx needed xx deliver xxxx data xxxxxxxx throughout xxx city xxxx in xxxxxx devices xxxx public xxxxxxxxx and xxxxxxxxx vehicles xxx improves xxx activity xx smart xxxxxx by xxxxxxxxxx the xxxxxxx control xxxxx and xxx data xxxxx to xxxxxx centralized xxx programmable xxxxxxx management xxxx allows xxx city xxxxxxxxxxxxxx to xxxxxxxxxxx prioritize xxxxxx services xxxx emergency xxxxxxxx systems xxxx less xxxxxx traffic xx enhance xxxxxxxxxxx and xxxxxxxxxxx NFV xxxxxxxxxxx SDN xx ensuring xxxx important xxxxxxx functions xxxxxxxxx load xxxxxxxxx and xxxxxxxxx detection xxxxxxx are xxxxxxxxxxx allowing xxxx to xx provisioned xxxxxxx and xxxxxx as xxxxxx as xxxxxx changes xxxxxxx infrastructure xxxxx and xxxxxxxxxx time xx reduced xxx CDNs xxx also xxxxxxxxx in xxx distribution xx large xxxxxxxxxxxxxx content xxxx live xxxxx feeds xx surveillance xxxxxxx smart xxxxxxx dashboard xxx bad-faith xxxxxxxxxxx services xx an xxxxxxxxx manner xxxx minimize xxxxxxx bandwidth xxxxx and xxxx availability xx peak xxxxx or xx cases xx emergency xx storing xxxx as xxxx to xxx end xxxxx as xxxxxxxx Pathan xxx Buyya xxxxxxxxxx these xxxxxxxxxxxx make xx a xxxxxxx ecosystem xxxxxxxx real-time xxxxxxxxxxxxxxx improving xxx process xx providing xxxxxx with xxxxxxxx increasing xxxxxxxx and xxxxxx modern xxxxx cities xxxxxxxxx and xxxxxxxx Question xxxx of xxx NFV xxxx IoT xxxxxxxx and xxxxxxxx networks xxxxxxxxxxx in x different xxx complementary xxx to xxx optimization xx the xxxxxxxxxxxxx data xxxxxxx and xxxxxxxxxxxx of xxxxxxxxx in x modern xxxxxx setting xxxx employs xxxxx conferencing xxxxxxx IoT xxxxxxx and xxxxxxxxxxx productivity xxxxx IoT xxxxxxxx make xxxxxxxx smart xxxxxx features xxxxxxx the xxxxx between xxxxxxx including xxxxxxxxx sensors xxxxx lighting xxxx systems xxxxxx control xxxxxxx and xxxxxx meters xxx devices xxxxxxxx the xxxxxxx processes xxxxxxxx the xxx of xxxxxxxxx and xxxxxx a xxxxxxxxxxx working xxxxxxxxxxx that xxxxxx the xxxxxxxxxxxx of xxxxxxxxx and xxxxxxxxxxx efficiency xxxxxxxx networks xxxx as x are xxxxxxxxx because xxxx offer xxxxxxxxx connectivity xx mobile xxxxxxx allowing xxxx to xxxx remotely xxxxxxx a xxxxx conference xxx access xxxxxxxxxxx applications xxxxxxx having xx exclusively xxx wired xxxxxxxxxxxxxx SDN xxxxxxxx the xxxxxxxx office xxxxxxxxxx by xxxxxxxxx a xxxxxxxxxxx programmable xxxxxxx of xxx network xxxxxxx As xx illustration xxx might xxxx priority xx the xxxxxxx weak xxxxxxxxxxxx such xx video xxxxxxxxxxxx and xxxx over xxxxxxxx data xxxxxxxxx to xxxxxxxx communication xxx few xxxxxxxxxxx This xxxxxxxxxxxx enables xx departments xx be xxxxxxx adjusted xx the xxx business xxxxxxx and xxxxx to xxxxxxxx network xxxxxxxx Kreutz xx al xxx also xxxxxxxxxxx the xxxxxxxxxx of xxxxxxx by xxxxxxxxxxxx service xx network xxxx VPNs xxxxxxxxx and xxxxxxxxx prevention xxxxxxx Rather xxxx being xxxx to xxxxxxxx hardware xxxx capabilities xxx be xxxxxxxxxxx on-demand xx virtualized xxxxxxxxxxxx which xxxxxxxx scalability xxxxxxxxxxx and xxxx of xxxxxxx control xxxx is xxxx quite xxxxxxx in xxxxxx and xxxxxxxxxxx workplace xxxxxxxxxx where xxx security xxx flexibility xxx essential xxxx streamline xxxx storage xxx access xx caching xx commonly xxxx cloud-based xxxxxxx like xxxxxx documents xxx software xxxxxxx or xxxxxxxx videos xx well xx bringing xxxx closer xx the xxxxxxxxx This xxxxxxxxx latency xxxxxxxx application xxxxxxxxxxxxxx and xxxxxxxx a xxxxxxxxxx performance xx globally xxxxxx the xxxxx Pathan xxx Buyya xxxxxxxx these xxxxxxxxxxxx establish x resilient xxxxxx and xxxxxxxxxxxxxxxx digital xxxxxxxxx supporting xxxxxxxxxxxxx work xxxxxxxxxx productivity xxx allowing xxxxxxxxxxxxx to xxxxxx effectively xx a xxxx connected xxx hybrid xxxxxxxxx Discussion xxxxxxxx What xxx the xxxx to xxxxxxx how xxx and xxx work xxxx newly xxxxxxxxx G xxxxxxxx networks xx further xxxxxx smart xxxxxx and xxxxx workplaces xxxxxxxxxx in xxx context xx automation xxxxxxxx and xxxxxxxxx decision-making xxxxxxxxxx Al-Fuqaha x Guizani x Mohammadi x Aledhari x Ayyash x Internet xx Things x survey xx enabling xxxxxxxxxxxx protocols xxx applications xxxx Communications xxxxxxx Tutorials xxxxxx M xxxxx R xxxxxxx delivery xxxxxxxx Springer Read More

Ans. Hello xxxxx and xxxxxxxxx The xxxxxxxxxxx of xxxxxxxxxx in xxxxxxx and xxxxxxxxxxxx layers xxxx be xxxxxx performed xx order xx design x secure xxx effective xxxxxxxxxxxxx for x multi-tier xxx applica... ....... Hello xxxxx and xxxxxxxxx The xxxxxxxxxxx of xxxxxxxxxx in xxxxxxx and xxxxxxxxxxxx layers xxxx be xxxxxx performed xx order xx design x secure xxx effective xxxxxxxxxxxxx for x multi-tier xxx application xxx a xxxxxxxxxxxxx peer-to-peer x P xxxxxxxxx system xxxx is xxxxxxxx Transport xxxxx Security xxx or xxxxxx Socket xxxxx SSL xxx protocols xxxx are xxxxxxxxx to xxx session xxxxx in xxxxxxxxx reliable xxx secure xxxxxxxxxxxxx between xxx presentation xxxxxxxxxxx and xxxx layers xxx also xxxxxxx safe xxxxxxxx of x session xxxx the xxxx of xxxxxxxxxxxxxxxxx authentication xxx key xxxxxxxx protocols xxxx guarantee xxxxxxxxx and xxxxxxxxxxxxxxx prior xx the xxxxx of xxxxxxxxxxxx the xxxx Sessions xxx be xxxx upon xxxxx opened xx by xxx of xxxxxxx IDs xx session xxxxxxx that xxxxxxxx the xxxxxx of xxxxxxxxxx and xxxxxxx performance xxx termination xx the xxxxxxxx should xxxx be xxxx correctly xx avoid xxxxxxxx leakage xxx alleviate xxxxxxxx threats xxxx session xxxxxxxxx Issues xxxx scalability xxx be xxxxxx using xxxx balancers xxxx have xxx offloading xxx compatibility xxxxxx can xx solved xx supporting xxxxxxx versions xx TLS xxx cipher xxxxxx to xxxxxx they xxx support xxxxxxxxx client-server xxxxxx architecture xx the xxxx of xxx decentralised xxxxxxxxxxxx messaging xxxxxxxxxxx the xxxxxxxxxxxx layer xxxxx to xx resourceful xx make xxx of xxx limited xxxxxxxxx and xxxxx imperfect xxxxxxx conditions xx this xxxxx advanced xxxxxxxxxxx algorithms xxx be xxxxx like xxxx brotli xx dictionary xxxxx compression xxxx is xxx message xx reduced xx size xxxxxx sending xxxxxxxx compression xx especially xxxxx in x P x environment xxxxx nodes xxx adjust xxx level xx compression xxxxxxxxx to xxxxx capabilities xx indicated xx the xxxxxxx and xxx network xxxxxxx This xxxxxx can xx used xx improve xxx efficiency xx the xxxxxxxxxxxx without xxxxxx much xxxxxxxxxx overhead xxx payload xxxx can xx further xxxxxxxxx using x serialization xxxxxx such xx Protocol xxxxxxx or xxxxxxxxxxx as xxxxxxxx to x conventional xxxxxxxxxx format xxxx as xxxx Strong xxxxxxxxxx is xxxxxxxxx as xxxx as xxxxxxxxxxx to xxxxxx the xxxxxxxxxx security xxx confidentiality xx decentralized xxxxxxxxx Modern xxxxxxxxxxxxx functions xxxx AES xxxxxxxxx encryption xxx RSA xx Elliptic xxxxx Cryptography xxx key xxxxxxxx can xx used xx implement xxxxxxxxxx encryption x EE xxxxx protocols xxxx as xxx Signal xxxxxxxx offer x solid xxxxx on xxx to xxxxxx safety xx P x communication xxxxxxx an xxxxxxxxx mix xx asymmetric xxx exchange xxxxxxxxx encryption xxx forward xxxxxxx This xxxxxxxx security xx ensuring xxxx message xxxxxxx gets xx respective xxxxxxxxxx only xxx not xxxxxxxxxxxx nodes xxxx when xxx same xxxxxxxxxx the xxxx Public xxx infrastructures xxx or xxxxxxxx verification xxxx blockchain xxx be xxxx to xxxxxxxxxxxx key xxxxxxxxxx to xxxxxx the xxxx to xxxx on x central xxxxxxxxx All xx all xxxxxx presentation xxxxx protocols xxxxxxxx with xxxxxxxxx compression xxx encryption xxxxxxxxxx at xxx presentation xxxxx design x strong xxxxxxxxxxxxx platform xxxx will xxx only xxxxxx that xxx data xxxxxxxxx and xxxxxxxxxxxxxxx are xxxxxxx but xxxx also xxxxxxx the xxxxxxxxxxx and xxxxxxxxxxx of xxx centralized xxx applications xx well xx the xxxxxxxxxxxxx messaging xxxxxxxxxxxxxx Discussion xxxxxxxx What xxxxx emerging xxxxxxxxxxxx like xxxxxxxxxx architecture xx post-quantum xxxxxxxxxxxx do xx the xxxxxx of xxx session xxx presentation xxxxx protocols xx future xxxxxxxxxxxxx systems xxxxxxxxxx Kahn xxxxxxx n x The xxx model xxxxxxxxx Stallings x Cryptography xxx Network xxxxxxxx Principles xxx Practice xx ed xxxxxxx Rescorla x The xxxxxxxxx Layer xxxxxxxx TLS xxxxxxxx Version xxxx RFC Read More

Ans. Hello xxxxx Selecting xxxxxxx Transmission xxxxxxx Protocol xxx and xxxx Datagram xxxxxxxx UDP xx a xxxxx factor xx the xxxxxxxxx and xxxxxxxx transmission xx data xx a xxxxxxxxxxxxxxx advanced xxxxxx... ....... Hello xxxxx Selecting xxxxxxx Transmission xxxxxxx Protocol xxx and xxxx Datagram xxxxxxxx UDP xx a xxxxx factor xx the xxxxxxxxx and xxxxxxxx transmission xx data xx a xxxxxxxxxxxxxxx advanced xxxxxxx of xxx university xxxxxx in x network xxxxxxxxxx of xxxxxxx departments xxxx may xxxxxxxxxx alternating xxxxxxx loads xxxxx protocol xxx its xxxxxx features xxxx define xxx applicability xx particular xxx especially xx times xx network xxxxxxxx like xxxx classes xxxx or xxxxxxxxxxx university xxxxxx a xxx and xxx Applicability xx a xxxxxxxxx Campus xxxxxxx TCP xx a xxxxxxxxxxxxxxxxxxx protocol xxxxx stresses xx reliability xxxx integrity xxx sequence xx delivery xx also xxxxxxxx the xxx of xxxxxxxxx like xxxxxxxxxxxxxx flow xxxxxxx and xxxxxxxxxxxxxxxx in xxxxx to xxxxxxxx the xxxx These xxxxxxxxxxxxxxx predispose xxx as xxxx suitable xx use xx applications xxxx as xxxx sharing xxx browsing xxxxx services xxx administrative xxxxxx that xxxxxxxx department xxxx where xxxxxxxxx and xxxxxxxxxxxx of xxx data xx highly xxxxxxxxx But xxx reliability xxxxxxxxx may xxx some xxxxxx at xxxxx during xxxxxxxxxx when xxxx packets xxxxxxxxxx and xxxxxxx rate xx slowed xxxx UDP xx contrast xx a xxxxxxxxxxxxxxx protocol xxxxx speed xxx low xxxxxxx are xxx ahead xx reliability xx does xxx do xxxxxx error xxxxxxxx or xxxxxxxxxxxxxxx and xxx therefore xx used xx real-time xxxxxxxxxx like xxxxx transmission xxxx virtual xxxxxxxx VoIP xxxxx and xxxxxx collaborative xxxxx that xxx most xxxxxxxxxx implemented xx the xxxxxxxxxxx of xxxxxxxxxxx and xxxxxxxx Science xxx can xxxxxxxxxxx lose xxxxxxx in xxxxx of xxxxxxx overload xxx this xxxx is xxxx critical xxxx latency xx some xxxxxxxxx applications xx there xxx less xxxxxxxxxxxxx experiences x Network xxxxxxxxxxx and xxx Congestion xxxxxxxxxx The xxxxxxxxxx control xxxxxxxxxx including xxxx start xxxxxxxxxx avoidance xxx adjustment xx congestion xxxxxxx are xxxxxxxxx in xxxxxxxx stability xx the xxxxxxx where xxxxx are xxxx traffic xxx slows xxxx its xxxxxxxxxxxx when xx realizes xxxx there xx congestion xx the xxxxxxx by xxxxxx loss xx by xxxxxxxx latency xx avoid xxxxxxxxxxxx the xxxxxxx Although xxxx action xxxxx the xxxxxxx much xxxx and xxxxx network xxxxxxx it xxx adversely xxxxxx activities xxxx require x fast xxxxxxxx to xxxx As xx example xxxxxxxxx applications xxxx be xxxxxxxx or xxxxxx delays xxxxxx online xxxxxxxx sessions xx during xxxxxxx lectures xx bandwidth xx dynamically xxxxxxxxx Nevertheless xxx congestion xxxxxxx is xxxxx in xxxxxxxxx the xxxxxxx of xxxxxxx like xxxxxxx information xxxxx data xxxxxxxx including xxxxxx data xxx administration xx remain xxxxxxxx TCP xxxxxxxxx network xxxxxxx that xxxxxxx its xxxxxxxx to xxxxxxxxxxx network xxxxxxx and xxxxxxxx the xxxxxxx performance xxxxxx departments xxxxxxx prioritization xxx Quality xx Service xxx are xxxxx policies xxxx may xxxx maximize xxx coexistence xx TCP xxx UDP xxxxxxx in x mixed-traffic xxxxxxxxxxx and xxxxxxx reliability xx well xx real-time xxxxxxxxxxxxxx Discussion xxxxxxxx How xxx the xxxxxxx of xxxxxxx QoS xxxxxxxxxx be xxxxxxx to xxx University xxxxxx network xx effectively xxxxxxx TCP xxx UDP xxxxxxx to xxxxxx that xxxxxxxx academic xxx administrative xxxxxxxxxxxx are xxx adversely xxxxxxxx by xxxxxxxxxx Read More

Ans. Hello xxxxx and xxxxxxxxx Congestion xxxxxxx is xxx factor xxxx is xxxxxx with x dynamic xxxxxxx network xx the xxxxxxxxxx campus xxxxx traffic xx highly xxxxxxxx in xxxxx of xxx periods xxxxxx classe... ....... Hello xxxxx and xxxxxxxxx Congestion xxxxxxx is xxx factor xxxx is xxxxxx with x dynamic xxxxxxx network xx the xxxxxxxxxx campus xxxxx traffic xx highly xxxxxxxx in xxxxx of xxx periods xxxxxx classes xxxxxx exams xxx other xxxxxx activities xxxx congestion xxxxxxx techniques xxx applicable xx ensuring xxxxxxx performances xxx congestion xxxxxxx protocols xxxx Slow xxxxx Congestion xxxxxxxxx Fast xxxxxxxxxx and xxxx Recovery xxx significant xxxxxxx stabilizing xxx traffic xx varying xxx rate xx transmission xxxxxxxxx to xxxxxxx feedback xxxxx systems xxxx stop xxxxxx buffer xxxxxxxx and xxxx provide xxx reliable xxxxxxxx of xxxx application xx file xxxxxxxx and xxxxxxxx management xxxxxxx Conversely xxxxxxxxxxxx in xxx like xxxx time xxxxx conferencing xxx voice xxxxxxxxxxxxx applications xxx based xx application xxxxx congestion xxxxxxx as xx does xxx have xxxxxxx rate xxxxxxx Active xxxxx Management xxx methods xxxx as xxxxxx Early xxxxxxxxx RED xxx used xx the xxxxxxx level xx detect xxxxxxxxxx running xxxxx by xxxxxxxx dropping xxxxxxx before xxxxxx overflow xxxx traffic xxxxxxx and xxxxxxxxxxxxxx such xx Quality xx Service xxx so xxxx the xxxx time-sensitive xxxxxxxx such xx online xxxxxxxx or xxxxxxx laboratories xxx given xxxxxxxxxx at xxx busiest xxxxx The xxxxxxx algorithms xxxx have x role xx the xxxxxxxxxx of xxxxxxxxxx since xxxx compute xx efficient xxxx free xxx balanced xxxxx throughout xxx campus xxxxxxxx Vector xxxxxxx is xxxxxxxx in xxxxxxxx that xxx smaller xx less xxxxxxx and xx employed xx distribute xxxxxxx based xx periodic xxxxxxx but xxxxxxxxxxx times xxxxx be xxxx during xxxxxxx in xxxxxxxx Such xxxxxxx as xxxx is xxxxxx suited xx the xxxxx campus xxxxxxxxxxx since xx utilizes xxxxxx network xxxxxxxxxxx to xxxxxxxxx the xxxxxxxx and xxxxx congested xxxxxx which xxxxxxx quickly xx failures xx congestion xxx spots xxxxxxxx the xxxxxxxxxxx of xxx in xxx context xx inter-domain xxxxxxx is xx old xxxxxxxx it xx applicable xx situations xxxxx the xxxxxxxxxx is xxxxxxxxx with xxxx than xxx ISP xxx decision-making xxxx relies xx the xxxxxxxx may xxxxxx in xxxxxxxxxx the xxxxxxxx and xxxxxxxx traffic xxxxxx the xxxx and xxxx avoid xxxxxxxxxxx at xxx border xxxxxxx of xxx university xx order xx make xxxxx routing xxxxxxxxxx efficient xxxx respect xx the xxxxxxxxxx environment xxxxxxx administrators xxx create xxxxxxxx in xxx form xx hierarchy xxxx that xxxxxxxxxxx are xxxxxxxxx yet xxxxxxxxxxxxx between xxxxxxxxx buildings xx made xx be xxxxxxxxx Load xxxxxxxxx and xxxxx summarization xx well xx optimal xxxx area xxxxxx enhance xxxxxxxxxxx and xxxxxxxxx routing xxxxxxxx This xx because xxx cost xx links xxx be xxxxxxxxxxx dynamically xx looking xx the xxxxxxx traffic xxxxxxxx so xxxx there xx a xxxx even xxxxxxxxxxxx of xxxx In xxxx of xxx there xxx some xxxxxxx such xx multi-homing xxx route xxxxxxxxx which xxxxxxx reliability xxx eliminate xxx overcrowding xx the xxxxxxx frontier xxx these xxxxxxxxxxxxx let xx the xxxxxxxxxx user xxxxxxxxxx of x wide xxxxx of xxxxxxxxxxxx such xx video xxxxxxxxx to xxxxxxxxxxxxx cloud xxxxxxxx Discussion xxxxxxxx What xxxx can xx done xx machine xxxxxxxx or xxxxxxxx traffic xxxxxxxxxx tools xx increase xxxxxxxxxx control xxx routing xxxxxxxxxx in xxxxx campus xxxxxxxx Read More

Ans. Hello xxxxx It xx very xxxxxxxxx to xxxxxxxxxx how xxx different xxxx link xxxxx protocols xxxxxxx to xxxxxx efficient xxx reliable xxxxxxxx Two xxx strategies xxxx include xxxx CD xxxxxxx Sense xxxxx... ....... Hello xxxxx It xx very xxxxxxxxx to xxxxxxxxxx how xxx different xxxx link xxxxx protocols xxxxxxx to xxxxxx efficient xxx reliable xxxxxxxx Two xxx strategies xxxx include xxxx CD xxxxxxx Sense xxxxxxxx Access xxxx Collision xxxxxxxxx and xxxx CA xxxxxxx Sense xxxxxxxx Access xxxx Collision xxxxxxxxx CSMA xx is xxxxxxxxxx the xxxx effective xx wired xxxxxxxx LANs xxxxx the xxxxxxx share x physical xxxxxx Devices xxx easily xxxxxx the xxxxxxxxxx and xxxxxx the xxxx whenever xxxxxxxxx as xxx wired xxxxxxx are xxx easier xx monitor xxxx strategy xx also xxxx effective xx half-duplex xxxxxxxx environments xxxxx the xxxxxxxxxxxx transmissions xxxx to xxxxxxxxxx On xxx other xxxx the xxxx CA xxxxxxxx is xxxxxxxx for xxxxxxxx LANs xxxxx the xxxxxxxxx of xxxxxxxxxx is xxxxxxxxx difficult xxx to xxxxxx attenuation xxxxxx node xxxxxxxx and xxxxxxxxxxxx Other xxxx link xxxxx protocols xxxxxxxxx Ethernet xxxx and xxx help xx serving xxx different xxxxxxxx in xxxx wired xxx wireless xxxxxxxx Ethernet xx considered xxx dominant xxxxxxxx in xxxxx LANs xx it xxxxxx efficiently xxx supports xxxx bandwidth xxxx High-Level xxxx Link xxxxxxx is xxxx considered x point-to-point xxxxxx lines xxxxx offer xxxxxxxx synchronous xxxxxxxxxxxxx with xxxxxxx overhead xx well xx strong xxxxx detection xxx Point-to-Point xxxxxxxx is xxxx considered xxxx flexible xxxx the xxxx as xx helps xx authentication xxxxxxxxxx and xxxxxxx addressing xx also xxxxx it xxxx suitable xxx the xxx links xx well xx remote xxxxxx connections xxxx of xxx protocols xxxxxx to xxx network xxxxxxxxxx in xxxxxxxxx ways xxxxxxxx supports xxxxxxxx high xxxxxxx through xxxxxxxxx as xxxx as xxxxxxxxxxx modes xx also xxxxx in xxxxxxxxxxx collisions xxxx and xxx also xxxx in xxxxxxxx varying xxxxxxx loads xxxxxxx maintaining xxxxxx point-to-point xxxxx It xxxxxxx the xxxxxxxxxxx performance xxxx under xxxxxxxxxx It xx also xxxx that xxx wireless xxxxxxxxxxxx heavily xxxxxx on xxx CSMA xx strategy xx reduce xxxxxxxxxx due xx unpredictable xxxxxxxxxxxx and xxxxxxxx Discussion xxxxxxxx How xxxxx the xxxxxxxxxx use xx full-duplex xxxxxxxx and xxxxxxxx wireless xxxxxxxxxxxx influence xxx relevance xx CSMA xx and xxxx CA xx future xxxxxxx designs Read More

Ans. A xxxxxxx topology xxx have x profound xxxxxx on xxxx throughput xxx overall xxxxxxxxxxx Different xxxxx of xxxxxxxxxx such xx bus xxxx ring xxxx and xxxxxx have xxxxxxx implications xxx data xxxxxxxx... ....... A xxxxxxx topology xxx have x profound xxxxxx on xxxx throughput xxx overall xxxxxxxxxxx Different xxxxx of xxxxxxxxxx such xx bus xxxx ring xxxx and xxxxxx have xxxxxxx implications xxx data xxxxxxxxxxxxx While xxxx topologies xxxxxx a xxx of xxxxxxxxxx and xxxxx tolerance xx reliability xxxx are xxxxxx to xxxxxxxxx and xxxxxxx more xxxxxxxxx as xxx scale xxx and xxxx topologies xxx easy xx implement xxx relatively xxxxxxxxxxx but xxx have xxxxxxxxx performance xx reliability xx a xxxxxxxxxxxxxx scenario xx there xx a xxxxxx point xx failure xxxx as x central xxx in x star xxxxxxxx or xx open xxxxxxx in x bus xxxxxxxx Ring xxxxxxxxxx offer x relatively xxxx degree xx throughput xxx a xxxxxx connection xxxxx cause xxxxxxx within xxx whole xxxxxxx The xxxxxxxxxx of xxx topology xx an xxxxxxxxxxxx factor xxx both xxxxxxxxxx and xxxxxxxxxxx It xx important xx support xxxxxxxxxx PANs xxxxxxxx devices xxxx city-wide xxxxx and xxxx Internet xxxxxxxxx for xxxxxxxxxxx urban xxxxxxxxxxxx Linking xxxxxxx sensors xxx real-time xxxxxxxxxx to xxxxxx Wi-Fi xxxxxx points xxxxxxx MANs xx imperative xxxxx WANs xxxxxx the xxxxx for xxxxxxxxxx external xxxx services xxx cloud xxxxxxxxxxxx Also xxxxx is xxx this xxxxxxxxxxx supports xxxxxxxxxxx Transportation xxxxxxx as xxxxxxx PANs xxxxxxxx Area xxxxxxxx are xxxxxxxxx to xxxxxxxxx infrastructure xxxx Metropolitan xxxx Networks xxxxxxxxxxx objectives xxxxxxxxx smart xxxx ideals xxxxx support xxxxxxxxx traffic xxxxxxxxxx improved xxxxxx safety xxxxxxx faster xxxxxxxx and xxxxxxx enhanced xxxxx living xxxxxxxxxxx The xxxxxxxx HTTP xxx TCP xx protocols xxx necessary xxx communication xxxxxxxx data xxxxx on xxx local xxxxxxx are xxxx possible xx Ethernet xxxxx For xxxx sharing xxx video xxxxxxxxxxxx TCP xxxxx offers xxxxxxxxxx well-organized xxxx delivery xxxxxxx addressing xxx routing xxx managed xx IP xxxxx Web xxxxxxxx is xxxx possible xx HTTP xxxxx Since xxxx work xxxxxxxx with xxxx applications xxx Application xxxxx Layer xx OSI xxx the xxxxxxxxxxx Layer xx TCP xx are xxxx pertinent xxx file xxxxxxx web xxxxxxxx and xxxxx conferencing xxxxxxxxx Adday x H xxxxxxxxxxx S x Zukarnain x A xxxxxx N xxxxx tolerance xxxxxxxxxx in xxxxxxxx sensor xxxxxxxx WSNs xxxxxx classification xxx future xxxxxxxxxx Sensors Read More