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your other devices ... the same wireless rangecausesnetwork congestion at home
vehicular speedscausingcongestion in the city network
For large number of endpoints , this is a very important informationcan causenetwork congestion in a case
by too many 4 G users using the network at the same time(passive) caused bynetwork congestion
when the data throughput approaches the maximum throughput of a network link like an access link or if the throughput approaches the processing rate of a network device like a router(passive) is causedNetwork congestion
unnecessary traffic to build on the networkthus causingcongestion on the network
by routing protocols such as common used table - driven routing protocols for urban traffic applications(passive) caused bynetwork congestion
due to the transmission of too many data packets(passive) is causedCongestion in the network
by other traffic on the network(passive) caused bynetwork congestion
As a result , traffic is increasedcausescongestion of a network
The traffic bottleneck at the network devicecausesnetwork congestion
the same network resources ( e.g. , router buffer and data channelmay causenetwork congestion
a network event such as a link failurecausescongestion in the network
used up huge network bandwidthcausingnetwork congestion
The high network demandcausesnetwork congestion
by the increase in link traffic(passive) caused bynetwork congestion
The access of a large number of devices to the networkmay causenetwork congestion
packets dropped in the network or server congestioncan resultfrom network congestion
very high network loadconsequently resultingin network congestion
network capacityresultingin network congestion
by using table driven routing protocol in urban traffic(passive) caused bynetwork congestion
by too much traffic on the least - cost link(passive) caused bynetwork congestion
the evolution of system dynamics : increase in the offered load , traffic variability , mobility aspects for the case of mobile systems , increasing in interference for the case of wireless systems , etc(passive) is caused byNetwork congestion
the users and devices most likelyto causenetwork congestion
" small packet problems " with TCP applications(passive) caused bynetwork congestion
by increasing traffic(passive) caused bynetwork congestion
the average traffic entering into the network to valueswould ... causenetwork congestion
packet ... available networkcausenetwork congestion
by control traffic(passive) caused bynetwork congestion
too much data being sent over too little bandwidth(passive) is caused bynetwork congestion
Excessive trafficcausesnetwork congestion
by heavy data users(passive) caused bynetwork congestion
heavy data users(passive) caused bynetwork congestion
a congestion control scheme to avoidcausingnetwork congestion
Excessive broadcast trafficcan causenetwork congestion
by unexpected traffic growth(passive) caused bynetwork congestion
by this traffic type(passive) caused bynetwork congestion
Such type of trafficmay causenetwork congestion
network resourcescausesnetwork congestion
network resourcesresultingin network congestion
to a greater number of message dropsleadingto a greater number of message drops
in less transaction times & lower feesresultsin less transaction times & lower fees
the delay in delivering the packets in the networkcausesthe delay in delivering the packets in the network
bad throughputcausingbad throughput
your IoT device much , much harderdiscoveringyour IoT device much , much harder
in an extremely negative impact on the network , which can cause transmission delay , increase data throughput degradation and other issueswill resultin an extremely negative impact on the network , which can cause transmission delay , increase data throughput degradation and other issues
packets(passive) caused bypackets
in a reduced overall network efficiency caused by network packet queueing delays , network packet loss , and decreased throughput ... for examplemay resultin a reduced overall network efficiency caused by network packet queueing delays , network packet loss , and decreased throughput ... for example
the issues of quality of service degradation ( network reliability , network availability , call drop , call set - up , denial of service and others ) being experienced by consumers of mobile services(passive) are caused bythe issues of quality of service degradation ( network reliability , network availability , call drop , call set - up , denial of service and others ) being experienced by consumers of mobile services
packet loss - Network congestion causing packet losscausingpacket loss - Network congestion causing packet loss
packet loss - Network congestion causing packet loss - Network congestion not causing packet losscausingpacket loss - Network congestion causing packet loss - Network congestion not causing packet loss
packet loss - Network congestion not causing packet losscausingpacket loss - Network congestion not causing packet loss
to lost or delayed trafficmay leadto lost or delayed traffic
to packet losses and high transmission delayleadsto packet losses and high transmission delay
the delay ... , hot regions in the network , limited energy of the sensor nodes , packet loss due to collisions and link failure(passive) caused bythe delay ... , hot regions in the network , limited energy of the sensor nodes , packet loss due to collisions and link failure
in service degradation for one or more service flows on the networkcan resultin service degradation for one or more service flows on the network
packet loss - - Network congestion not causing packet loss , but effectively - increasing the size of the required TCP window during the transfer + - Network congestion causing packet losscausingpacket loss - - Network congestion not causing packet loss , but effectively - increasing the size of the required TCP window during the transfer + - Network congestion causing packet loss
in accessibility issues and poor data performanceresultedin accessibility issues and poor data performance
increased packet delay and jitter(passive) caused byincreased packet delay and jitter
delay of packets and loss of packets(passive) are caused bydelay of packets and loss of packets
in average lower Internet speedsresultsin average lower Internet speeds
due to traffic and node packetcauseddue to traffic and node packet
slow Internet speedscan causeslow Internet speeds
in higher latency and lower throughputresultingin higher latency and lower throughput
buffer drops and packet collisions ... resulting in an increase of packet losscausesbuffer drops and packet collisions ... resulting in an increase of packet loss
to higher packet loss and may drops the voice callleadto higher packet loss and may drops the voice call
to loss of packets eventually resulting in call drops orleadsto loss of packets eventually resulting in call drops or
large delay and excessive packet losscan causelarge delay and excessive packet loss
in slow connection speedsresultsin slow connection speeds
a slow down in delivery of all trafficwill causea slow down in delivery of all traffic
packet drops or excessive delaysmay causepacket drops or excessive delays
packet loss , delay , and jitter(passive) are causedpacket loss , delay , and jitter
due to trafficcauseddue to traffic
larger than expected random packet arrival times ( network jittercauseslarger than expected random packet arrival times ( network jitter
when terminal devices access a communication network may be avoidedcausedwhen terminal devices access a communication network may be avoided
the delay problem(passive) caused bythe delay problem
a reduction in the available bandwidth of the connectioncausinga reduction in the available bandwidth of the connection
Latency problems(passive) are often caused byLatency problems
Latency problems(passive) are ... causedLatency problems
to packet drops and variable packet delayscan leadto packet drops and variable packet delays