Changes between Version 31 and Version 32 of Piernik

Timestamp:

03/24/13 17:30:24 (12 years ago)

Author:

mmamonski

Comment:

--

Piernik

@@ -8 +8 @@
 - propotype particule simulation Monte Carlo module
 - coupling done via global variables
-= Motivations=
-The next sections section describes what steps are needed to transform from existing coupling done via shared memory to one exploiting MUSCLE framework.  We are motivated by:
+== Motivations==
+The next sections section describes what steps are needed to transform from existing coupling done via shared memory to one exploiting MUSCLE framework. Here we shortly list  benefits that we expect to achive:
  * Both MHD and MC can run concurrently, exchanging data at the begging of each time step. This brings a potential of introducing new level of parallelism as in curent code MHD and MC simulations are called one after another.
  * The previous tests shows that MC code is much more resource demanding while having potential for greater scalability than the MHD part. Using MUSCLE it is possible to assign different number of resources to kernels (e.g. 12 cores for MHC  code, 120 cores for MC one)