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Making quic-recovery self-contained #1195

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merged 5 commits into from Mar 14, 2018
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Making quic-recovery self-contained #1195

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fbde1df
Making quic-recovery self-contained
seanturner Mar 14, 2018
d09b030
removing duplicate TLP reference
seanturner Mar 14, 2018
fb3e6d4
should have been {{?TLP}} and not {{?TLS}}
seanturner Mar 14, 2018
b11ebb0
fixing ref
seanturner Mar 14, 2018
6bd3efc
fixing double =
seanturner Mar 14, 2018
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7 changes: 3 additions & 4 deletions draft-ietf-quic-recovery.md
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Expand Up @@ -288,7 +288,7 @@ and Retransmission Timeout mechanisms.
### Tail Loss Probe {#tlp}

The algorithm described in this section is an adaptation of the Tail Loss Probe
algorithm proposed for TCP {{TLP}}.
algorithm proposed for TCP {{?TLP}}.

A packet sent at the tail is particularly vulnerable to slow loss detection,
since acks of subsequent packets are needed to trigger ack-based detection. To
Expand Down Expand Up @@ -316,8 +316,7 @@ regardless of the number of packets outstanding. TCP's TLP assumes if at least
2 packets are outstanding, acks will not be delayed.

A PTO value of at least 1.5*SRTT ensures that the ACK is overdue. The 1.5
is based on {{?LOSS-PROBE=I-D.dukkipati-tcpm-tcp-loss-probe}}, but
implementations MAY experiment with other constants.
is based on {{?TLP}}, but implementations MAY experiment with other constants.

To reduce latency, it is RECOMMENDED that the sender set and allow the TLP alarm
to fire twice before setting an RTO alarm. In other words, when the TLP alarm
Expand Down Expand Up @@ -739,7 +738,7 @@ response to 0RTT packets.

#### Tail Loss Probe and Retransmission Alarm

Tail loss probes {{?LOSS-PROBE=I-D.dukkipati-tcpm-tcp-loss-probe}} and
Tail loss probes {{?TLS}} and
retransmission timeouts {{?RFC6298}} are an alarm based mechanism to recover
from cases when there are outstanding retransmittable packets, but an
acknowledgement has not been received in a timely manner.
Expand Down