mrnet | The Multicast/Reduction Network library
kandi X-RAY | mrnet Summary
kandi X-RAY | mrnet Summary
mrnet: a multicast/reduction network copyright 2003-2016 dorian c. arnold, philip c. roth, barton p. miller. license contains the usage terms for mrnet. mrnet is a customizable, high-performance software infrastructure for building scalable tools and applications. it supports efficient multicast and data aggregation functionality using a tree of processes between the tool's front-end and back-ends. mrnet-based tools may use these internal processes to distribute many important tool activities, for example to reduce data analysis time and keep tool front-end loads manageable. mrnet-based tool components communicate across logical channels called streams. at mrnet internal processes, filters are bound to these streams to synchronize and aggregate dataflows. using filters, mrnet can efficiently compute averages, sums, and other more complex aggregations
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mrnet Key Features
mrnet Examples and Code Snippets
* Scalable, flexible data aggregation: MRNet provides a set of built-in
filters for traditional data aggregation operations like averages, sums,
and data concatenation. MRNet also supports custom, dynamically-loaded
filters for tool-specific
Community Discussions
Trending Discussions on mrnet
QUESTION
I'm trying to copy a model I was able to follow and run through a tutorial, but this time with my own data.
I was able to convert my own MRI images to numpy arrays in the same dimensions as the arrays the tutorial data is.
I tried replacing the numpy arrays in my tutorial with my own arrays and writing my own fictional csv file for normal or abnormal (case, not case).
However when I run it, I get:
...ANSWER
Answered 2020-Jul-24 at 14:58You can redefining the variable with astype
QUESTION
I've got folders with MRI images in them and I'm trying to replicate the MRnet study with my own data. Their model works on 1 .npy file per subject, shape (s, 3, 256, 256), with s being number of slices for a given subject (varies between subjects).
I've looked at several different methods of solving this but none seems to work for me. Closest I have gotten was to at least convert the .dcm files to JPEG using:
...ANSWER
Answered 2020-Jul-24 at 13:34you could modify this section of your code:
QUESTION
I'm following this tutorial.
I'm at the last part where we combine the models in a regression.
I'm coding this in jupyter as follows:
...ANSWER
Answered 2020-Jul-19 at 09:49Only a tensor that contains a single value can be converted to a scalar with item()
, try printing the contents of prediction
, I imagine this is a vector of probabilities indicating which label is most likely. Using argmax
on prediction
will give you your actual predicted label (assuming your labels are 0-n
).
QUESTION
I'm following a tutorial on how to build CNN's for MRI.
I'm attempting to train the model myself and I've got a "data" folder in the folder where the files are (downloaded from his github) but when I try to train the model I get an error.
I run this in a CMD: python train.py -t acl -p sagittal --epochs=20 --prefix_name=one
However it returns:
...ANSWER
Answered 2020-Jul-16 at 10:38Change lines 177
and 182
of train.py
from num_workers=11
to num_workers=0
. Windows has limit on the Pickle loader.
QUESTION
I'm following this tutorial.
The first scripts run fine and I have a "data" folder in the folder of my scripts containing the MRI data downloaded from MRnet.
However when it comes to the "train" script I get an error. Here's the full script and the error (using jupyter notebook):
...ANSWER
Answered 2020-Jul-15 at 00:30I will guess.
ArgumentParser
was created to get arguments when you run it in console
/terminal
not Juputer
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