Computer Engineering University of Massachusetts Amherst / IPSec tunnel / National Institute of Standards and Technology / /
IndustryTerm
network processing application / overall processing delay / header processing application / actual processing delay / network processing delay models / payload processing applications / packet processing cost / cryptographic processing / active network / telecommunications benchmark / backbone routers / backbone network / web switching / network processing applications / cryptographic algorithms / network applications / virtual private network / internet protocol / header processing applications / vs. off-chip / network processing / network processing delay / packet processing time / operational network / protocol processing / intense processing / access routers / wireless clients / store-and-forward network / co-processors / meaningful processing requirements / web switches / parallel processing / heterogeneous packet forwarding systems / analytic processing cost model / actual processing time / communication infrastructure / actual router / virtual private networks / packet processing / realistic network / Packet processing tasks / case processing / overall processing time / web page requests / /
OperatingSystem
BSD / /
Organization
U.S. Securities and Exchange Commission / National Institute of Standards and Technology / ASIC / National Park Service / Characterizing Network Processing Delay Ramaswamy Ramaswamy / Ning Weng and Tilman Wolf Department of Electrical / Electrical and Computer Engineering University of Massachusetts Amherst / /
Person
D. Aubespin / V / /
Position
IP network address translator / simple linear model for the instruction counts and memory accesses / /
Product
a tool called PacketBench / Franklin / our own tool called PacketBench / PacketBench / /
Characterizing Network Processing Delay Ramaswamy Ramaswamy, Ning Weng and Tilman Wolf Department of Electrical and Computer Engineering