DeepConvSep | Deep Convolutional Neural Networks for Musical Source | Machine Learning library
kandi X-RAY | DeepConvSep Summary
kandi X-RAY | DeepConvSep Summary
Deep Convolutional Neural Networks for Musical Source Separation. This repository contains classes for data generation and preprocessing and feature computation, useful in training neural networks with large datasets that do not fit into memory. Additionally, you can find classes to query samples of instrument sounds from RWC instrument sound dataset. In the 'examples' folder you can find use cases for the classes above for the case of music source separation. We provide code for feature computation (STFT) and for training convolutional neural networks for music source separation: singing voice source separation with the dataset iKala dataset, for voice, bass, drums separation with DSD100 dataset, for bassoon, clarinet, saxophone, violin with Bach10 dataset. The later is a good example for training a neural network with instrument samples from the RWC instrument sound database RWC instrument sound dataset, when the original score is available. In the 'evaluation' folder you can find matlab code to evaluate the quality of separation, based on BSS eval. For training neural networks we use Lasagne and Theano. We provide code for separation using already trained models for different tasks.
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Top functions reviewed by kandi - BETA
- Train autoencoder
- Filter a set of magnitudes according to the specification
- Save model to file
- Load model from file
- Load a data file
- Load tensor from file
- Get shape from file
- Loads allmix inputs and outputs
- Update the path_transform_in
- Get the feature size
- Get the number of files in the dataset
- Method to update the path
- Gets the feature size
- Call the main function
- Enable default logging
- Parse known arguments
- Return the Parser instance
- Add command parser
- Parse command line arguments
- Add an argument group
- Add a mutually exclusive group
- Calculate the mean of each batch
- Get the maximum value of the batch
- Return the standard deviation
- Print help message
DeepConvSep Key Features
DeepConvSep Examples and Code Snippets
Community Discussions
Trending Discussions on DeepConvSep
QUESTION
I am currently trying to run this particular Github Project on my Mac OS. It was most certainly coded for a system running Python 2. However, I am running Python3 and I need to make a few modifications to the program. Most of these modifications work seamlessly, except for the one below.
When I run the program with this command...
...ANSWER
Answered 2018-May-07 at 01:43It seems that you've got at least two options:
a) Replace the call to file()
, with open()
which is a built-in function in Python 3
b) Learn how to use the immensely helpful venv
(virtual python environment) and create a runtime environment for this project using an instance of a Python 2 interpreter.
If you choose the former, you must specify that you're trying to read a binary file when you call open()
:
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install DeepConvSep
You can use DeepConvSep like any standard Python library. You will need to make sure that you have a development environment consisting of a Python distribution including header files, a compiler, pip, and git installed. Make sure that your pip, setuptools, and wheel are up to date. When using pip it is generally recommended to install packages in a virtual environment to avoid changes to the system.
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