An experimental configuration for the evaluation of CAC algorithms
A Moore, S Crosby - ACM SIGMETRICS Performance Evaluation …, 1999 - dl.acm.org
A Moore, S Crosby
ACM SIGMETRICS Performance Evaluation Review, 1999•dl.acm.orgInterest in Connection Admission Control (CAC) algorithms stems from the need for a
network user and a network provider to forge an agreement on the Quality of Service (QoS)
for a new network connection. Traditional evaluation of CAC algorithms has been through
simulation studies. We present an alternative approach: an evaluation environment for CAC
algorithms that is based around an experimental test-rig. This paper presents the
architecture of the test-rig and an evaluation of its performance.
network user and a network provider to forge an agreement on the Quality of Service (QoS)
for a new network connection. Traditional evaluation of CAC algorithms has been through
simulation studies. We present an alternative approach: an evaluation environment for CAC
algorithms that is based around an experimental test-rig. This paper presents the
architecture of the test-rig and an evaluation of its performance.
Interest in Connection Admission Control (CAC) algorithms stems from the need for a network user and a network provider to forge an agreement on the Quality of Service (QoS) for a new network connection. Traditional evaluation of CAC algorithms has been through simulation studies. We present an alternative approach: an evaluation environment for CAC algorithms that is based around an experimental test-rig. This paper presents the architecture of the test-rig and an evaluation of its performance.
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