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Read Speed
Write Speed
Capacity
1
1+1
1x
1x
1x
5
1+2
2x
1/2x
2x
6
1+3
2x
1/3x
2x
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of things relating to TCP and UDP since its inception. These days, it handles IPv6 as well as IPv4 beautifully. Its astounding versatility means that integrating it with scripts is a veritable piece of cake
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time; in the worst case, this would mean having 96x64MB = 6GB of RAM.
If you want the processes in a given pool to use different settings, you store them in the pool configuration file (like
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(Figure 3). In subsequent test runs, you can compare the results with a previously saved map; devices added or removed are listed in each category.
Figure 3
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[3] to solving the questions. Although not the most efficient or fastest method for solving the problem, it does illustrate how one can use OpenMP to parallelize applications.
I will be using
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of how many cores a system has because that will alter the system's reaction to load changes. Using stress [6], you can create purely CPU-bound tasks to target a specific system load:
stress --cpu 3
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-- "PASSWORD\r"
49 expect -exact "\r
50 Linux aspen 2.6.32-43-server #97-Ubuntu SMP Wed Sep 5 16:56:41 UTC 2012 x86_64 GNU/Linux\r
51 Ubuntu 10.04.4 LTS\r
52 \r
53 Welcome to the Ubuntu Server!\r
54
