Traffic Analysis and model synthesis of remote instrumentation - dorii
Traffic Analysis and model synthesis of remote instrumentation - dorii
Traffic Analysis and model synthesis of remote instrumentation - dorii
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•1: Input Data Transfer<br />
•2: Data Retrieval<br />
•3: Data Processing<br />
•4: Output Data Transfer<br />
CINECA<br />
Repository<br />
The logic diagram depicted in<br />
GRNET<br />
IE/IM<br />
1<br />
eva.ogs.trieste.it<br />
(B, D)<br />
SE<br />
se01.kallisto.hellasgrid.gr<br />
(B, D)<br />
2<br />
4<br />
CINECA<br />
OGS<br />
(4)<br />
Network Metrics<br />
B = B<strong>and</strong>width<br />
D = Delay<br />
CE, SE, IE: SNMP-enabled interfaces<br />
PSNC<br />
3<br />
CE<br />
ce.reef.man.poznan.pl<br />
Figure 15 shows how data are transferred among the grid resources used by OPATM-BFM for<br />
retrieving the input data, running the simulations <strong>and</strong> archiving the output data.<br />
•1: Input Data Transfer<br />
•2: Data Retrieval<br />
•3: Data Processing<br />
•4: Output Data Transfer<br />
CINECA<br />
Repository<br />
IE/IM<br />
eva.ogs.trieste.it<br />
GRNET<br />
1<br />
(B, D)<br />
SE<br />
se01.kallisto.hellasgrid.gr<br />
(B, D)<br />
2<br />
4<br />
CINECA<br />
OGS<br />
(4)<br />
Network Metrics<br />
B = B<strong>and</strong>width<br />
D = Delay<br />
CE, SE, IE: SNMP-enabled interfaces<br />
PSNC<br />
3<br />
CE<br />
ce.reef.man.poznan.pl<br />
DSA1.5 PUBLIC 18
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