What is the difference between controlling and computational kernels?
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I have just dowloaded Mma 11.3 with a trial licence. In the download page you can see:
That I can use 2 controlling kernels and 4 computing kernels.
What is the difference between controlling and computational kernels?
kernel
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up vote
4
down vote
favorite
I have just dowloaded Mma 11.3 with a trial licence. In the download page you can see:
That I can use 2 controlling kernels and 4 computing kernels.
What is the difference between controlling and computational kernels?
kernel
1
Have a look here.
â b.gatessucks
Sep 9 at 8:30
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up vote
4
down vote
favorite
up vote
4
down vote
favorite
I have just dowloaded Mma 11.3 with a trial licence. In the download page you can see:
That I can use 2 controlling kernels and 4 computing kernels.
What is the difference between controlling and computational kernels?
kernel
I have just dowloaded Mma 11.3 with a trial licence. In the download page you can see:
That I can use 2 controlling kernels and 4 computing kernels.
What is the difference between controlling and computational kernels?
kernel
kernel
asked Sep 9 at 8:25
mattiav27
2,03211429
2,03211429
1
Have a look here.
â b.gatessucks
Sep 9 at 8:30
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1
Have a look here.
â b.gatessucks
Sep 9 at 8:30
1
1
Have a look here.
â b.gatessucks
Sep 9 at 8:30
Have a look here.
â b.gatessucks
Sep 9 at 8:30
add a comment |Â
1 Answer
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In practice, the number of "controlling kernels" means how many instances of Mathematica you can run.
"Computing kernels" is how many subkernels may run when using Parallel...
operations, i.e. how many CPU cores you can make use of.
Here's the explanation from Wolfram:
- http://support.wolfram.com/kb/36293
add a comment |Â
1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
3
down vote
In practice, the number of "controlling kernels" means how many instances of Mathematica you can run.
"Computing kernels" is how many subkernels may run when using Parallel...
operations, i.e. how many CPU cores you can make use of.
Here's the explanation from Wolfram:
- http://support.wolfram.com/kb/36293
add a comment |Â
up vote
3
down vote
In practice, the number of "controlling kernels" means how many instances of Mathematica you can run.
"Computing kernels" is how many subkernels may run when using Parallel...
operations, i.e. how many CPU cores you can make use of.
Here's the explanation from Wolfram:
- http://support.wolfram.com/kb/36293
add a comment |Â
up vote
3
down vote
up vote
3
down vote
In practice, the number of "controlling kernels" means how many instances of Mathematica you can run.
"Computing kernels" is how many subkernels may run when using Parallel...
operations, i.e. how many CPU cores you can make use of.
Here's the explanation from Wolfram:
- http://support.wolfram.com/kb/36293
In practice, the number of "controlling kernels" means how many instances of Mathematica you can run.
"Computing kernels" is how many subkernels may run when using Parallel...
operations, i.e. how many CPU cores you can make use of.
Here's the explanation from Wolfram:
- http://support.wolfram.com/kb/36293
answered Sep 9 at 8:57
Szabolcs
153k13418901
153k13418901
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1
Have a look here.
â b.gatessucks
Sep 9 at 8:30