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Dynamic TCP acknowledgement: Penalizing long delays
Susanne Albers
, Helge Bals
University of Freiburg
pro3dure medical GmbH
Research output
:
Contribution to conference
›
Paper
›
peer-review
12
Scopus citations
Overview
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Dive into the research topics of 'Dynamic TCP acknowledgement: Penalizing long delays'. Together they form a unique fingerprint.
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Keyphrases
Competitive Ratio
100%
Long Delay
100%
Online Algorithms
50%
Randomized Online Algorithm
50%
General Objective Function
50%
TCP Connection
50%
Data Transfer
25%
Randomized Strategy
25%
Tight Lower Bound
25%
Tight Upper Bound
25%
Data Packet
25%
Maximum Delay
25%
Positive Integer
25%
Deterministic Algorithm
25%
Competitive Online Algorithm
25%
Network Node
25%
Deterministic Strategy
25%
Alternating Sums
25%
Interactive Data
25%
Riemann zeta Function
25%
Computer Science
Objective Function
100%
on-line algorithm
83%
Competitive Ratio
66%
Interactive Data
16%
Positive Integer
16%
Riemann Zeta Function
16%
Mathematics
Objective Function
100%
Competitive Ratio
66%
Minimizes
33%
Lower and upper bounds
16%
Positive Integer
16%
Riemann Zeta Function
16%