somoclu | Massively parallel self-organizing maps | GPU library
kandi X-RAY | somoclu Summary
kandi X-RAY | somoclu Summary
Somoclu is a massively parallel implementation of self-organizing maps. It exploits multicore CPUs, it is able to rely on MPI for distributing the workload in a cluster, and it can be accelerated by CUDA. A sparse kernel is also included, which is useful for training maps on vector spaces generated in text mining processes. For more information, refer to the manuscript about the library [1].
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QUESTION
I'm using somoclu
to produce an emergent Self-Organising Map of some data. Once I have the BMUs (Best Matching Units) I'm performing a Delaunay Triangulation on the co-ordinates of the BMUs in order to find each BMU's neighbours in the SOM.
In the following snippet of Python, is there a more Pythonic version of the a == c and b == d
conditional? In other words, how can I compare bmu
and point
directly without splitting out the separate co-ordinates?
ANSWER
Answered 2018-Apr-09 at 12:38Approach #1
We are working with NumPy arrays, so we can leverage broadcasting
for a vectorized solution -
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