TCP acceleration - significado y definición. Qué es TCP acceleration
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Qué (quién) es TCP acceleration - definición


TCP acceleration         
  • Connection termination
  • TCP sequence numbers and receive windows behave very much like a clock. The receive window shifts each time the receiver receives and acknowledges a new segment of data. Once it runs out of sequence numbers, the sequence number loops back to 0.
  • A Simplified TCP State Diagram. See [http://www.medianet.kent.edu/techreports/TR2005-07-22-tcp-EFSM.pdf TCP EFSM diagram] for more detailed diagrams, including detail on the ESTABLISHED state.
PRINCIPAL PROTOCOL USED TO STREAM DATA ACROSS AN IP NETWORK
Transmission control protocol; SYN (TCP); SYN Packets; SYN Packet; Triple-ack; Transport Control Protocol; TCP protocol; TCP/IP port number; TCP/IP port; Transfer Control Protocol; TCP protocols; Selective acknowledgement; ACK (TCP); TCP header; Tcp protocol; Sequence number; Tcp receive window; TCP acceleration; TCP Header; TCP handshake; Tcp handshake; TCP segment; SACK; TCP packet; Forcing Data Delivery; Three-way handshake; Three way handshake; TCP Acceleration; TCP checksum offload; Tcp checksum offload; Cumulative ACK; TCP connection; FIN (TCP); Protection Against Wrapped Sequence Numbers; Protect Against Wrapped Sequence numbers; 3 way handshake; Cumulative ack; SYN/ACK; SYN+ACK; SYN-ACK; ACK packet; SYN packet; TCP SYN; TCP SYNACK; TCP window; TCP receive window; TCP SACK; TCP windowing; CLOSE-WAIT; CLOSE WAIT; SYN-SENT; SYN SENT; SYN RECEIVED; SYN-RECEIVED; FIN-WAIT-1; FIN WAIT; FIN WAIT 2; FIN WAIT 1; LAST-ACK; LAST ACK; TIME WAIT; TIME-WAIT; TCP connection state; ACK flag
TCP acceleration is the name of a series of techniques for achieving better throughput on a network connection than standard TCP achieves, without modifying the end applications. It is an alternative or a supplement to TCP tuning.
Transmission Control Protocol         
  • Connection termination
  • TCP sequence numbers and receive windows behave very much like a clock. The receive window shifts each time the receiver receives and acknowledges a new segment of data. Once it runs out of sequence numbers, the sequence number loops back to 0.
  • A Simplified TCP State Diagram. See [http://www.medianet.kent.edu/techreports/TR2005-07-22-tcp-EFSM.pdf TCP EFSM diagram] for more detailed diagrams, including detail on the ESTABLISHED state.
PRINCIPAL PROTOCOL USED TO STREAM DATA ACROSS AN IP NETWORK
Transmission control protocol; SYN (TCP); SYN Packets; SYN Packet; Triple-ack; Transport Control Protocol; TCP protocol; TCP/IP port number; TCP/IP port; Transfer Control Protocol; TCP protocols; Selective acknowledgement; ACK (TCP); TCP header; Tcp protocol; Sequence number; Tcp receive window; TCP acceleration; TCP Header; TCP handshake; Tcp handshake; TCP segment; SACK; TCP packet; Forcing Data Delivery; Three-way handshake; Three way handshake; TCP Acceleration; TCP checksum offload; Tcp checksum offload; Cumulative ACK; TCP connection; FIN (TCP); Protection Against Wrapped Sequence Numbers; Protect Against Wrapped Sequence numbers; 3 way handshake; Cumulative ack; SYN/ACK; SYN+ACK; SYN-ACK; ACK packet; SYN packet; TCP SYN; TCP SYNACK; TCP window; TCP receive window; TCP SACK; TCP windowing; CLOSE-WAIT; CLOSE WAIT; SYN-SENT; SYN SENT; SYN RECEIVED; SYN-RECEIVED; FIN-WAIT-1; FIN WAIT; FIN WAIT 2; FIN WAIT 1; LAST-ACK; LAST ACK; TIME WAIT; TIME-WAIT; TCP connection state; ACK flag
<networking, protocol> (TCP) The most common transport layer protocol used on Ethernet and the Internet. It was developed by DARPA. TCP is the connection-oriented protocol built on top of Internet Protocol (IP) and is nearly always seen in the combination TCP/IP (TCP over IP). It adds {reliable communication} and flow-control and provides full-duplex, process-to-process connections. TCP is defined in STD 7 and RFC 793. User Datagram Protocol is the other, connectionless, protocol that runs on top of IP. (2001-06-14)
Transmission Control Protocol         
  • Connection termination
  • TCP sequence numbers and receive windows behave very much like a clock. The receive window shifts each time the receiver receives and acknowledges a new segment of data. Once it runs out of sequence numbers, the sequence number loops back to 0.
  • A Simplified TCP State Diagram. See [http://www.medianet.kent.edu/techreports/TR2005-07-22-tcp-EFSM.pdf TCP EFSM diagram] for more detailed diagrams, including detail on the ESTABLISHED state.
PRINCIPAL PROTOCOL USED TO STREAM DATA ACROSS AN IP NETWORK
Transmission control protocol; SYN (TCP); SYN Packets; SYN Packet; Triple-ack; Transport Control Protocol; TCP protocol; TCP/IP port number; TCP/IP port; Transfer Control Protocol; TCP protocols; Selective acknowledgement; ACK (TCP); TCP header; Tcp protocol; Sequence number; Tcp receive window; TCP acceleration; TCP Header; TCP handshake; Tcp handshake; TCP segment; SACK; TCP packet; Forcing Data Delivery; Three-way handshake; Three way handshake; TCP Acceleration; TCP checksum offload; Tcp checksum offload; Cumulative ACK; TCP connection; FIN (TCP); Protection Against Wrapped Sequence Numbers; Protect Against Wrapped Sequence numbers; 3 way handshake; Cumulative ack; SYN/ACK; SYN+ACK; SYN-ACK; ACK packet; SYN packet; TCP SYN; TCP SYNACK; TCP window; TCP receive window; TCP SACK; TCP windowing; CLOSE-WAIT; CLOSE WAIT; SYN-SENT; SYN SENT; SYN RECEIVED; SYN-RECEIVED; FIN-WAIT-1; FIN WAIT; FIN WAIT 2; FIN WAIT 1; LAST-ACK; LAST ACK; TIME WAIT; TIME-WAIT; TCP connection state; ACK flag
The Transmission Control Protocol (TCP) is one of the main protocols of the Internet protocol suite. It originated in the initial network implementation in which it complemented the Internet Protocol (IP).