ARPA Packet Radio / Computer Systems Laboratory / XEROX / /
Event
FDA Phase / /
Facility
Stanford University / /
IndustryTerm
media gateway / customary services / line network / communications network / internet level / store-and-forward network / local network / distinct native protocols / Internet congestion control / incompatible higher-level protocols / datagram protocol / heterogeneous computing / internet packets / higher-level protocols / Media gateways / internet header / individual networks / forward internet datagrams / time sharing services / packet-switched communications / Internet project / server systems / internetwork routing algorithm / internet model / packet networks / constituent networks / local networks / internetwork protocols / end·to·end media· / packet voice protocol / media independence / printing / Internet addresses / degenerate internet consisting / internet specification / internet datagrams / Internet packet format Internet addressing Internet routing Internetwork / time sharing systems / internet architecture / internet architectures-e.g. / proper network / internet datagram protocol / host software / packet format Internet addressing Internet routing Internetwork datagram / individual applications / internet design / internet routing / heterogeneous networks / transaction-oriented protocols / computing / table maintenance protocol / distributed computing resources / higher-level protocol / computer communications / network technologies / internet packet format / end·to·end protocols / datagram-based internet / media translators / internet datagram / software distribution / communications environment / /
NaturalFeature
Ethernet channel / /
Organization
Stanford University / /
Person
David R. Boggs / Robert M. Metcalfe Pup / John F. Shoch / Edward A. Taft / Robert M. Metcalfe / /
Position
forward internet datagrams / store-and-forward / network-specific driver / /
· Pup: An Internetwork Architecture By David R. Boggs, John F. Shoch, Edward A. Taft, and Robert M. Metcalfe