a multi-objective bisexual reproduction genetic algorithm for ...
a multi-objective bisexual reproduction genetic algorithm for ...
a multi-objective bisexual reproduction genetic algorithm for ...
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97<br />
There are dependencies among steps of installing and setting up, so they require<br />
to be per<strong>for</strong>med in the order.<br />
The major steps to set up the grid environment include installing:<br />
- Red Hat Linux 9.0 on each machine<br />
- Network Time Protocol server on one machine (here we use m2) and<br />
configuring NTP clients <strong>for</strong> the others (m1 and m3)<br />
- Globus Packaging Technology on each machine<br />
- Globus Server on the m2 and m3 machines<br />
- Globus Client on m1<br />
- Globus Simple Certificate Authority on m2<br />
The grid is configured using the below major steps:<br />
- Sign the certificate requests from all components and users needing them<br />
- Set up gridmap files <strong>for</strong> each system<br />
- Set up automated grid startup<br />
- Set up each GRIS to talk to one GIIS<br />
- Set up MDS security<br />
B.2.1 Naming and Addressing Planning<br />
The Table B-1 shows names, IP addresses, and software to be installed on<br />
machines.<br />
TABLE B-1 Host names, IP addressing, and software<br />
Host name IP Software<br />
m1.kmitnb.ac.th 192.168.10.241 Globus client, centralized scheduling program, MySQL 4.0<br />
m2.kmitnb.ac.th 192.168.10.242 Globus server, CA, and NTP server<br />
m3.kmitnb.ac.th 192.168.10.243 Globus server<br />
We also define the user IDs, groups, and passwords be<strong>for</strong>e implementation,<br />
shown in Table B-2.<br />
The root and globususer ID are used on all machines. Some machines have no<br />
password <strong>for</strong> snobol and adminca ID because the corresponding machine does not<br />
have that user ID installed on it.