Proceedings, Page 2322IEEE Computer Society Press, 2005 - Simulation methods |
Contents
Why we STILL Dont Know How to Simulate Networks | 3 |
Approximation Techniques for the Analysis of Large TrafficGroomed Tandem | 15 |
A Methodology for the Optimal Configuration of TCP Traffic in Network Simulations | 25 |
Copyright | |
33 other sections not shown
Common terms and phrases
algorithm antenna application approach approximation architecture autonomic average bandwidth behavior blocking probability cell CN/CPU communication components Computer congestion d-median Delay Bound destination Distributed Simulation DNSSEC dynamic efficient emulation energy entities environment evaluation event execution federate flows function GIPSE graph grid hosts IEEE implementation INFOCOM input interaction interface Internet interval J-Sim latency layer LFVC load Lyme disease method migration mobility model MPLS MPLS network multicast network simulation network topology optimal overhead packet parameters Pareto distribution path performance processors propagation proposed protocol stack QoS traffic quantum circuit qubit queue random real-time RTI received request requirements router routing protocol sample scalability scaled scenarios scheduling scheme Section sensor nodes server set covering Simnet sleep specific target links techniques timer tion topology transition transmission trip update virtual Web graph wireless sensor networks