National Science Foundation / Keio Research Institute / Computer Science Department / Keio University / Federal Communications Commission / Stanford University / US Federal Reserve / Information-Technology Promotion Agency of Japan / /
Person
J. Crowcroft / Mary Baker / Stuart Cheshire / Overhead Byte Stuffing Stuart Cheshire / Chris Bennett / /
Position
driver / Editor / device driver / head / /
Product
RFC1662 / CA-96 / /
ProgrammingLanguage
C / /
ProvinceOrState
California / /
SportsLeague
Stanford University / /
Technology
byte stuffing algorithm / COBS-type algorithm / bit-oriented algorithms / MPEG / JPEG / wireless devices / Unix / communications protocols / encoding algorithm / compression algorithms / MTU / byte-oriented algorithms / COBS algorithm / TCP/IP / data stuffing algorithms / maximum transmission unit / encryption / Ethernet / bit stuffing algorithms / purpose compression algorithm / GIF / finite state machine / Data Link Control / ASCII / byte stuffing algorithms / IP layer using data-specific algorithms / IPv4 / software algorithms / use byte stuffing algorithms / similar reasons encryption algorithms / network protocols / basic algorithm / /