University of Delaware / College Park / David L. Mills University of Delaware Newark / /
IndustryTerm
directory services / public-private key pair using algorithms / related transport protocols / particular server / client-server / secure services / Internet Draft / Internet time synchronization / inexhaustible processing time / synchronization services / secure directory services / cryptographic media / survivable network / unbroken chain / command/control networks / certificate media / session key management protocol / remote server / battlefield systems / web servers / time-critical services / Internet security association / legitimate server / message-digest algorithm / tactical networks / universal access to data products / certificate retrieval services / frequency dissemination services / /
Organization
National Security Agency / National Science Foundation / MIT / David L. Mills University of Delaware Newark / University of Delaware / United States Army / National Bureau of Standards / United States Navy / /
Person
Steven Kent / /
Position
author / Private / /
Product
C-0046 / RFC-1305 / /
ProvinceOrState
Delaware / /
Technology
Alpha / designated protocol / Information Technology / MD5 algorithm / private key / secret key / D.L. Improved algorithms / UDP / message-digest algorithm / key management protocol / encryption / cryptography / public key / INTRODUCTION The Network Time Protocol / Photuris session key management protocol / digital signature / public-private key pair using algorithms / related transport protocols / using the server private key / /
AUTHENTICATION SCHEME FOR DISTRIBUTED, UBIQUITOUS, REAL-TIME PROTOCOLS 1,2 David L. Mills University of Delaware Newark, DE[removed]A reliable and ubiquitous network time service such as NTP requires some provision to prev