Backward Explicit Congestion Notification - translation to γερμανικά
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Backward Explicit Congestion Notification - translation to γερμανικά

EXTENSION TO THE INTERNET PROTOCOL TO SIGNAL NETWORK CONGESTION
Explicit congestion notification; Data Center TCP; DCTCP; Data Center Transmission Control Protocol

Backward Explicit Congestion Notification      
BECN, Feststellung einer Übrlastung des Netzwerkes vom Netzwerk zum Endgerät in Frame Relay Netzwerke signalisiert (Telekommunikation)
traffic block         
  • url-status=live}}</ref>
  • The HOV lanes in [[Highway 404]] in [[Southern Ontario]] are separated by a stripped buffer zone that breaks occasionally to allow vehicles to enter and exit the HOV lane.
  • A38M Aston Expressway]] in [[Aston]], towards central [[Birmingham]] - the lanes are controlled via the overhead gantries, which reverse the flow of one lane (making 4 in one direction, 2 in the other and a central buffer lane) during peak times accordingly.
  • Busy traffic in [[Auckland]]
  • Widening works under way on the [[M25 motorway]] surrounding [[London, England]] to increase the number of lanes
  • Highway 20]], Israel
  • Traffic jam in Beijing
  • Costs of Congestion and Parking Search
  • 257x257px
  • I-894]] in [[Milwaukee, Wisconsin]], U.S. The queue of cars waiting at the red light can be seen on the upper portion of the picture.
  • Traffic jam at EDSA-Tramo in [[Pasay]], Metro Manila
  • Traffic congestion in [[Istanbul]]
  • Traffic jam in [[Dhaka]]
  • Rush hour traffic in Interstate 95 in [[Miami]]
  • Congestion on a street in [[Taipei]] consisting primarily of [[motorcycles]]
  • During [[rush hour]], right turns onto the side street shown here are prohibited in order to prevent [[rat running]].
  • Belfast Great Victoria Street]]
  • Traffic jam in [[New Delhi]]
  • Different modes of transport require different amounts of road space.
  • Traffic congestion detector in Germany
  • Houses in this street in [[Royal Tunbridge Wells]] were built when cars were few. With no provision for garages or off-street parking, on-street parking has formed a choke point likely to cause traffic congestion.
  • Bike lane constructed in areas of low space to encourage use of human-sized transportation
  • Traffic jam in Los Angeles, 1953
  • Congestion on [[A64 road]] which heading towards to [[York]]
  • Traffic jam - traffic on the Cairo-Assiut highway is blocked due to fog
  • Commonwealth Avenue]] in [[Quezon City]] on July 5, 2022
  • Congestion during [[lunch hour]] on [[U.S. Route 11E]] in [[Morristown, Tennessee]]
  • Traffic congestion in [[Bandung]], [[West Java]]
  • queue length]].
  • Typical traffic jam in [[São Paulo]] downtown, despite [[road space rationing]] by plate number. ''Rua da Consolação'', São Paulo, Brazil
  • Rapid economic growth]] in China has resulted in a massive increase in the number of private vehicles in its major cities. Shown here is a traffic jam in downtown [[Haikou]], [[Hainan Province]], China.
  • economic growth]] has resulted in a massive increase in the number of private vehicles on its roads overwhelming the transport infrastructure. Shown here is a traffic jam in [[Delhi]].
  • weekend]].
  • Traffic jam in [[Warringah Freeway]]
CONDITION ON ROAD NETWORKS THAT OCCURS AS USE INCREASES, AND IS CHARACTERIZED BY SLOWER SPEEDS, LONGER TRIP TIMES, AND INCREASED VEHICULAR QUEUEING
Traffic jam; Traffic jams; Traffic backup; Road congestion; Congestion (traffic); Traffic Jam; Trafic jam; Jamiton; Traffic snarl-up; Causes of traffic congestion; Countermeasures against traffic congestion; Traffic block; Traffic congestion management; Traffic Density; Traffic congestion in Indonesia; Traffic congestion in New Zealand; Traffic congestion in the United Kingdom; Traffic congestion in the United States; Economic impact of traffic congestion; Traffic distruption; Economic effects of traffic congestion; Traffic density; Traffic congestion in Australia; Traffic congestion in China
Block zur Straßenabsperrung, Block zur Verkehrsabsperrung
traffic jam         
  • url-status=live}}</ref>
  • The HOV lanes in [[Highway 404]] in [[Southern Ontario]] are separated by a stripped buffer zone that breaks occasionally to allow vehicles to enter and exit the HOV lane.
  • A38M Aston Expressway]] in [[Aston]], towards central [[Birmingham]] - the lanes are controlled via the overhead gantries, which reverse the flow of one lane (making 4 in one direction, 2 in the other and a central buffer lane) during peak times accordingly.
  • Busy traffic in [[Auckland]]
  • Widening works under way on the [[M25 motorway]] surrounding [[London, England]] to increase the number of lanes
  • Highway 20]], Israel
  • Traffic jam in Beijing
  • Costs of Congestion and Parking Search
  • 257x257px
  • I-894]] in [[Milwaukee, Wisconsin]], U.S. The queue of cars waiting at the red light can be seen on the upper portion of the picture.
  • Traffic jam at EDSA-Tramo in [[Pasay]], Metro Manila
  • Traffic congestion in [[Istanbul]]
  • Traffic jam in [[Dhaka]]
  • Rush hour traffic in Interstate 95 in [[Miami]]
  • Congestion on a street in [[Taipei]] consisting primarily of [[motorcycles]]
  • During [[rush hour]], right turns onto the side street shown here are prohibited in order to prevent [[rat running]].
  • Belfast Great Victoria Street]]
  • Traffic jam in [[New Delhi]]
  • Different modes of transport require different amounts of road space.
  • Traffic congestion detector in Germany
  • Houses in this street in [[Royal Tunbridge Wells]] were built when cars were few. With no provision for garages or off-street parking, on-street parking has formed a choke point likely to cause traffic congestion.
  • Bike lane constructed in areas of low space to encourage use of human-sized transportation
  • Traffic jam in Los Angeles, 1953
  • Congestion on [[A64 road]] which heading towards to [[York]]
  • Traffic jam - traffic on the Cairo-Assiut highway is blocked due to fog
  • Commonwealth Avenue]] in [[Quezon City]] on July 5, 2022
  • Congestion during [[lunch hour]] on [[U.S. Route 11E]] in [[Morristown, Tennessee]]
  • Traffic congestion in [[Bandung]], [[West Java]]
  • queue length]].
  • Typical traffic jam in [[São Paulo]] downtown, despite [[road space rationing]] by plate number. ''Rua da Consolação'', São Paulo, Brazil
  • Rapid economic growth]] in China has resulted in a massive increase in the number of private vehicles in its major cities. Shown here is a traffic jam in downtown [[Haikou]], [[Hainan Province]], China.
  • economic growth]] has resulted in a massive increase in the number of private vehicles on its roads overwhelming the transport infrastructure. Shown here is a traffic jam in [[Delhi]].
  • weekend]].
  • Traffic jam in [[Warringah Freeway]]
CONDITION ON ROAD NETWORKS THAT OCCURS AS USE INCREASES, AND IS CHARACTERIZED BY SLOWER SPEEDS, LONGER TRIP TIMES, AND INCREASED VEHICULAR QUEUEING
Traffic jam; Traffic jams; Traffic backup; Road congestion; Congestion (traffic); Traffic Jam; Trafic jam; Jamiton; Traffic snarl-up; Causes of traffic congestion; Countermeasures against traffic congestion; Traffic block; Traffic congestion management; Traffic Density; Traffic congestion in Indonesia; Traffic congestion in New Zealand; Traffic congestion in the United Kingdom; Traffic congestion in the United States; Economic impact of traffic congestion; Traffic distruption; Economic effects of traffic congestion; Traffic density; Traffic congestion in Australia; Traffic congestion in China
Verkehrsstauung, Stau

Ορισμός

BECN
Backward Explicit Congestion Notification (Reference: ATM)

Βικιπαίδεια

Explicit Congestion Notification

Explicit Congestion Notification (ECN) is an extension to the Internet Protocol and to the Transmission Control Protocol and is defined in RFC 3168 (2001). ECN allows end-to-end notification of network congestion without dropping packets. ECN is an optional feature that may be used between two ECN-enabled endpoints when the underlying network infrastructure also supports it.

Conventionally, TCP/IP networks signal congestion by dropping packets. When ECN is successfully negotiated, an ECN-aware router may set a mark in the IP header instead of dropping a packet in order to signal impending congestion. The receiver of the packet echoes the congestion indication to the sender, which reduces its transmission rate as if it detected a dropped packet.

Rather than responding properly or ignoring the bits, some outdated or faulty network equipment has historically dropped or mangled packets that have ECN bits set. As of 2015, measurements suggested that the fraction of web servers on the public Internet for which setting ECN prevents network connections had been reduced to less than 1%.

Passive support has existed in Ubuntu Linux since 12.04 and in Windows Server since 2012. Passive support in the most popular websites has increased from 8.5% in 2012 to over 70% in May 2017. Adoption across the Internet now requires clients to actively request ECN. In June 2015, Apple announced that ECN will be enabled by default on its supported and future products, to help drive the adoption of ECN signaling industry-wide.