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11%
HDF5 with Python and Fortran
21.03.2017
Home »  HPC  »  Articles  » 
and exe is the resultant binary. The HDF Group has provided some sample Fortran 90 code to get started, as well as more complex examples. With the use of these examples, LIsting 3 shows a Fortran 90
11%
Multicore Processing in Python
22.08.2017
Home »  HPC  »  Articles  » 
provides a path for Python functions to utilize all of the available cores. In this article, I take a look at what’s possible by writing Python modules in Fortran that use all of the cores on a node
11%
System Logging for Data-Based Answers
25.01.2018
Home »  HPC  »  Articles  » 
system log or a log that you create. The important thing is to pick an approach and stay with it (i.e., don’t mix solutions). If you want or need more granular data than uptime provides for CPU
11%
Shared Storage with NFS and SSHFS
12.09.2018
Home »  HPC  »  Articles  » 
(have you tried getting a filesystem into the kernel?) and provide lots of flexibility. SSHFS uses FUSE to create a filesystem that can be shared by transmitting the data via SSH. The SSHFS FUSE
11%
OpenACC – Parallelizing Loops
09.01.2019
Home »  HPC  »  Articles  » 
. In this fashion, you’ll make the biggest dent in run time with the fewest directives. A simple profile of the application can provide you with the stack rank of the most time consuming routines. As you add
11%
OpenACC – Data Management
07.02.2019
Home »  HPC  »  Articles  » 
that performs specific data movements and provides hints about data usage. Table 1 shows the data directive as it is used in C and Fortran.   Table 1: The data  Directive Fortran C !$acc data
11%
High-Performance Python 1
16.07.2019
Home »  HPC  »  Articles  » 
 foreign function library provides C-compatible data types and lets you call functions in dynamic link libraries (DLLs) or shared libraries from within Python. In essence, it “wraps” these libraries so
11%
OpenMP – Parallelizing Loops
03.04.2019
Home »  HPC  »  Articles  » 
) could “see” all of the others, were coming online. OpenMP provided a very convenient way to write parallel code that could run on all of the processors in the SMP system or a subset of them. As time went
11%
Why Good Applications Don’t Scale
13.10.2020
Home »  HPC  »  Articles  » 
to decrease with n . Some other attempts have been made to account for non-zero communication time in Amdahl’s Law. One of the best is from Bob Brown at Duke. He provides a good analogy of Amdahl’s Law
11%
When I/O Workloads Don’t Perform
12.05.2021
Home »  HPC  »  Articles  » 
provides a nice little utility called iostat that gathers both sets of data. In the example in Listing 6, iostat is showing an extended set of metrics and the CPU utilization at two-second intervals

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