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Inc. Policy based and link utilizationtriggeredcongestion control
US12123985 2007 - 05 - 25 2008 - 05 - 20 Policy based and link utilizationtriggeredcongestion control
Patent US8059540 - Policy based and link utilizationtriggeredcongestion control
2011 - 11 - 15 Policy based and link utilizationtriggeredcongestion control
US94033307 true 2007 - 05 - 25 2007 - 05 - 25 US12123985 US8059540B2 ( en ) 2007 - 05 - 25 2008 - 05 - 20 Policy based and link utilizationtriggeredcongestion control
congestion control server 101 of VoIP network 10 to congestion control apparatus 61 of other networks 60(passive) set bycongestion control
EspacenetPolicy based and link utilizationtriggeredcongestion control
traffic signals(passive) created bycontrolled congestion
when combining priority traffic ( signalling and voice ) congested backhaul(passive) will be triggeredCongestion control
to upstream nodesto triggerthe congestion control
such aggressive flows(passive) caused bycontrolling congestion
to achieve a fair allocation of resources(passive) should be designedMultipath congestion control
a congestion level(passive) may be triggered byCongestion control
RG(passive) will be seta congestion control
to allow devices to use the network without causing issues and control data flow(passive) is designedCongestion Control
A delayed ACKwould triggercongestion control
for the transport layer(passive) was originally designedCongestion control
The IMSI managers ... critical parametersleadto congestion control
The method of claim 8triggeringthe congestion control
ECN " classicwas designedcongestion control
The threshold of link usage ratioto triggerthe congestion control
only in the case of ( near ) overload in a cell Congestion control(passive) is triggeredCongestion Control
the hypervisor scheduler(passive) caused bycongestion control
as disclosed hereinto triggercongestion control
Previous PatentTRIGGERINGCONGESTION CONTROL IN A MANNER
queue frames , request service of fabric , de - queue frames to fabric , and monitor queue usageto triggercongestion control
congestion events aretriggerscongestion control
Simplified State Machine event : data received from application above simplified sender , assuming one way data transfer no flowcreatecongestion control
when the Campaign Manager message queue depth reaches predefined thresholds , the Congestion Levels(passive) is triggeredCongestion control
The recognition of a lost packettriggeredthe congestion control
This ICMP message was originally developedto preventcongestion control
several duplicate ackscould triggercongestion control
a number of factors , including but not limited to broken links(passive) can be caused byCongestion Control Congestion
to estimate current channel contentionto setcongestion control
many geographical conditionscausescongestion control
TCP(passive) was set byCongestion control
accordingly(passive) is triggeredCongestion control
The window sizeresultingfrom congestion control
diagnosis and admission control(passive) composed bycongestion control (
LCCMRThd1 judgesto triggercongestion control
too much data from being injected into the networkPreventtoo much data from being injected into the network
excessive injection of data into the networkto preventexcessive injection of data into the network
activation of network - coding techniquestriggeringactivation of network - coding techniques
senders from overwhelming the network ... whereas flow control prevents the sender from overwhelming the receiverpreventssenders from overwhelming the network ... whereas flow control prevents the sender from overwhelming the receiver
in the network suffering from complete congestion collapsewould ... resultin the network suffering from complete congestion collapse
loss of packets and delay caused due to congestion in the networkpreventsloss of packets and delay caused due to congestion in the network
the network from being overloaded and thus resulting in poor throughput performancepreventsthe network from being overloaded and thus resulting in poor throughput performance
to always 70 %setto always 70 %
a packet loss or a delaypreventsa packet loss or a delay
in a large amount of duplicated effort or congestion control which is not efficient or unfair to other network trafficresultsin a large amount of duplicated effort or congestion control which is not efficient or unfair to other network traffic
the traffic of the entire network ... while the flow control prevents sending packets from the sender to a receiver at a high ratepreventsthe traffic of the entire network ... while the flow control prevents sending packets from the sender to a receiver at a high rate
to wasted udp that can provide congestion controlleadingto wasted udp that can provide congestion control
traffic congestionpreventstraffic congestion
such overloadsto preventsuch overloads
the clientpreventsthe client
packet loss and delayspreventspacket loss and delays
in reduced transport time , fuel consumptionresultingin reduced transport time , fuel consumption
the maximum bandwidth availablediscoverthe maximum bandwidth available
congestion collapsescan preventcongestion collapses
in data loss and wild oscillations in traffic intensityresultsin data loss and wild oscillations in traffic intensity
in reduced bandwidth for the systemgenerally resultsin reduced bandwidth for the system
in a flow rate similar to that TCP would achieve under the same conditions , specifically [ RFC2309 ] ( Braden , B. , Clark , D. , Crowcroft , J. , Davie , B. , Deering , S. , Estrin , D. , Floyd , S. , Jacobson , V. , Minshall , G. , Partridge , C. , Peterson , L. , Ramakrishnan , K. , Shenker , S. , Wroclawski , J. , and L. Zhang , “ Recommendations on Queue Management and Congestion Avoidance in the Internet , ” April 1998.)[RFC2357resultsin a flow rate similar to that TCP would achieve under the same conditions , specifically [ RFC2309 ] ( Braden , B. , Clark , D. , Crowcroft , J. , Davie , B. , Deering , S. , Estrin , D. , Floyd , S. , Jacobson , V. , Minshall , G. , Partridge , C. , Peterson , L. , Ramakrishnan , K. , Shenker , S. , Wroclawski , J. , and L. Zhang , “ Recommendations on Queue Management and Congestion Avoidance in the Internet , ” April 1998.)[RFC2357
Pacing schedules packets at rate(passive) set byPacing schedules packets at rate
congested_write_threshold_us and congested_read_threshold_us to 0setcongested_write_threshold_us and congested_read_threshold_us to 0
the system from heavy collision losspreventsthe system from heavy collision loss
congestion affects environments where unsynchronised data sources send data via a common path , which converges on the wire as a highly synchronised and bursty traffic spiketriggeredcongestion affects environments where unsynchronised data sources send data via a common path , which converges on the wire as a highly synchronised and bursty traffic spike
forth in claimsetforth in claim
for defaultssetfor defaults
- in from the beginningdesigned- in from the beginning
to TFRC ( DCCP CCID=3setto TFRC ( DCCP CCID=3
to delays or temporary suspension of keep - alive transmissionmay thus leadto delays or temporary suspension of keep - alive transmission
a threshold value of the plurality of stages in the cell queue formed in each output port corresponding in the switch unit 3may be seta threshold value of the plurality of stages in the cell queue formed in each output port corresponding in the switch unit 3
specifically for RTCdesignedspecifically for RTC
to wasted bandwidth and poor performanceleadingto wasted bandwidth and poor performance
if the calculated frame error rate value is above a low frame error rate threshold and the calculated channel utilization value is above a high channel utilization thresholdis triggeredif the calculated frame error rate value is above a low frame error rate threshold and the calculated channel utilization value is above a high channel utilization threshold
to discarding of cells and framesleadsto discarding of cells and frames
at 70/70 all yesterdaysetat 70/70 all yesterday
to CLP hysterisesis setto CLP hysterises
in a packet moving in direction of the Forwarded Signaling MCQcan be setin a packet moving in direction of the Forwarded Signaling MCQ
the inter- or intra - frequency handover , which moves some sub - scribers to less loaded frequenciestriggersthe inter- or intra - frequency handover , which moves some sub - scribers to less loaded frequencies