Performance analysis of statistical multiplexing of heterogeneous discrete-time Markovian arrival processes in an ATM network
Kang, Koohong
Performance analysis of statistical multiplexing of heterogeneous discrete-time Markovian arrival processes in an ATM network
The cell loss probability and the mean cell delay are major performance metrics in analyzing a statistical multiplexer loaded with a superposition of independent and heterogeneous bursty sources. In this paper, we model each arrival process by a two-state discrete-time Markovian arrival process (D-MAP). We discuss that this traffic modeling is more realistic than the other ones in ATM networks.
PERFORMANCE ANALYSIS
DISCRETE-TIME MARKOVIAN ARRIVAL PROCESS
ATM/B-ISDN
H004.7 COM
Performance analysis of statistical multiplexing of heterogeneous discrete-time Markovian arrival processes in an ATM network
The cell loss probability and the mean cell delay are major performance metrics in analyzing a statistical multiplexer loaded with a superposition of independent and heterogeneous bursty sources. In this paper, we model each arrival process by a two-state discrete-time Markovian arrival process (D-MAP). We discuss that this traffic modeling is more realistic than the other ones in ATM networks.
PERFORMANCE ANALYSIS
DISCRETE-TIME MARKOVIAN ARRIVAL PROCESS
ATM/B-ISDN
H004.7 COM