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An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

Version 4 of being able to pee all by yourself. This is the most prominent version of IP in use. It's achieved when one no longer needs to wear diapers at all and has made a permanent move to underwear.

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rdfs:label
  • IPv4
rdfs:comment
  • Version 4 of being able to pee all by yourself. This is the most prominent version of IP in use. It's achieved when one no longer needs to wear diapers at all and has made a permanent move to underwear.
  • IPv4 (Internet Protocol version 4) is currently the most widely-used network protocol. It has the following features: * Best effort delivery. Network devices do their best to get the packet to its destination, however there are no guarantees of latency or reliability, only that intermediate nodes will do their "best" * No guarantee of delivery or retransmission. There is no way for a destination to inform the host that it received the packet. * Packets may arrive in different orders than sent. Once the packets go onto the network, they may be sent on completely different routes. There is no way to coordinate that packets arrive in any particular sequence. * Hosts may receive duplicates of packets.
sameAs
dcterms:subject
abstract
  • Version 4 of being able to pee all by yourself. This is the most prominent version of IP in use. It's achieved when one no longer needs to wear diapers at all and has made a permanent move to underwear.
  • IPv4 (Internet Protocol version 4) is currently the most widely-used network protocol. It has the following features: * Best effort delivery. Network devices do their best to get the packet to its destination, however there are no guarantees of latency or reliability, only that intermediate nodes will do their "best" * No guarantee of delivery or retransmission. There is no way for a destination to inform the host that it received the packet. * Packets may arrive in different orders than sent. Once the packets go onto the network, they may be sent on completely different routes. There is no way to coordinate that packets arrive in any particular sequence. * Hosts may receive duplicates of packets.
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