Topic: How to create a distributed GPU network like bitcoin for number crunching? (Read 2513 times)
June 29, 2011, 09:14:16 PM
I'm going to let you sift out what you want, because the BOINC project has almost all the information you'll need: http://boinc.berkeley.edu/trac/wiki/SoftwareDevelopment.
June 29, 2011, 05:18:08 PM
Write code.
June 29, 2011, 05:15:03 PM
I have a bunch of algorithms I'd like to run, testing various parameters, using something like the distributed model of bitcoins (without hashing or security) so that when I'm not mining, I can use the HP of my rig to crunch numbers.
Any good pointers on how to get started on something like this? What I'm mainly looking for is two things:
1. How to interface with OpenCL (which I can likely get from AMD).
2. How to make it a distributed model where a central server says something like the following:
return_data[tag] = run_on_network_cluster(my_function(), param1, param2, param3, param4, ...);
So that I can collate all the data in the end and sort it at the end. EG., each run will have a unique output.
Ok, so just one thing. ;-)
Thanks.
MM
Any good pointers on how to get started on something like this? What I'm mainly looking for is two things:
1. How to interface with OpenCL (which I can likely get from AMD).
2. How to make it a distributed model where a central server says something like the following:
return_data[tag] = run_on_network_cluster(my_function(), param1, param2, param3, param4, ...);
So that I can collate all the data in the end and sort it at the end. EG., each run will have a unique output.
Ok, so just one thing. ;-)
Thanks.
MM
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