…................................... 21 Internet Engineering Task Force [Page 1] RFC1122 INTRODUCTION October 1989 2.2 PROTOCOL WALK-THROUGH .................................. 21 2.3 SPECIFIC ISSUES ........................................ 21 2.3.1 Trailer Protocol Negotiation ...…

…................................... 21 Internet Engineering Task Force [Page 1] RFC1122 INTRODUCTION October 1989 2.2 PROTOCOL WALK-THROUGH .................................. 21 2.3 SPECIFIC ISSUES ........................................ 21 2.3.1 Trailer Protocol Negotiation ...…

…................................... 21 Internet Engineering Task Force [Page 1] RFC1122 INTRODUCTION October 1989 2.2 PROTOCOL WALK-THROUGH .................................. 21 2.3 SPECIFIC ISSUES ........................................ 21 2.3.1 Trailer Protocol Negotiation ...…

…Node: a physical or logical network device that participates as either a host [ RFC1122 ][RFC6434] or router [ RFC1812 ]. This term originally referred to gateways since some very early RFCs [ RFC5 ], but is currently the common way to describe a point in a network at which messa…

…ned. Relevant terms are directly copied from [RFC4821], and the definitions in [RFC1122] apply. Acknowledged PL: A PL that includes a mechanism that can confirm successful delivery of datagrams to the remote PL endpoint (e.g., SCTP). Typically, the PL receiver returns acknowledgm…

… the Strong End System (ES, e.g., Host) model, discussed in Section 3.3.4.2 of [RFC1122] . In short, [ RFC1122 ] identifies two basic models. First, the "strong host" model describes the host as a set of hosts in one chassis, each of which uses a single address on a single interf…

… protocols to limit the size of IP packets they queue for sending [ RFC6691 ] [ RFC1122 ]. EMTU_R Effective MTU for receiving; the largest packet that can be reassembled at the receiver [ RFC1122 ]. flow a sequence of packets sent from a particular source to a particular (unicast…

…ETF occasionally reserves an address block for a special purpose. For example, [RFC1122] reserves an IPv4 address block (0.0.0.0/8) to represent the local (i.e., "this") network. Likewise, [RFC4291] reserves an IPv6 address block (fe80::/10) to represent link-scoped unicast addre…

…TF occasionally reserves an address block for a special purpose. For example, [ RFC1122 ] reserves an IPv4 address block (0.0.0.0/8) to represent the local (i.e., "this") network. Likewise, [ RFC4291 ] reserves an IPv6 address block (fe80::/10) to represent link-scoped unicast ad…

…n, messages SHOULD be the smaller of 576 bytes and the first-hop MTU for IPv4 [ RFC1122 ] and 1280 bytes for IPv6 [ RFC2460 ]. This value corresponds to the overall size of the IP packet. Consequently, for IPv4, the actual STUN message would need to be less than 548 bytes (576 mi…

…ets have the DF flag turned off, and the size set to the default value of 536 [ RFC1122 ]. References This problem has been discussed extensively on the tcp-impl mailing list; the name "black hole" has been in use for many years. How to detect This shows up as a TCP connection wh…

…n, messages SHOULD be the smaller of 576 bytes and the first-hop MTU for IPv4 [ RFC1122 ] and 1280 bytes for IPv6 [ RFC2460 ]. This value corresponds to the overall size of the IP packet. Consequently, for IPv4, the actual STUN message would need to be less than 548 bytes (576 mi…

…ets have the DF flag turned off, and the size set to the default value of 536 [ RFC1122 ]. References This problem has been discussed extensively on the tcp-impl mailing list; the name "black hole" has been in use for many years. How to detect This shows up as a TCP connection wh…

…special, its change resets all configuration parameters to their default state (RFC1122 for hosts, RFC1812 for routers) Possible values: 0 (disabled) 1 (enabled) Default: 0 (disabled) ip_default_ttl - INTEGER Default value of TTL field (Time To Live) for outgoing (but not forward…

…on. With a TCP maximum segment size of 1460 bytes and delayed acknowledgments [ RFC1122 ] in use, the ratio of IP packet bytes for data to IP packet bytes for ACKs is only (3000 to 40) 75 to 1. Border, et al. Informational [Page 22] RFC 3135 PILC - Performance Enhancing Proxies J…