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https://github.com/TaterTotterson/microWakeWord-Trainer-Nvidia-Docker.git
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cb81f7f02d
The files in the `cli` directory allow you to train wake words from the command line without needing to use the Jupyter notebook or a web browser. Basically, the logic from the notebook has been placed in separate shell scripts and python files wrapped by 3 high-level scripts that do the following: * setup_python_venv: Creates a Python virtual environment with all the packages needed to train. The venv is created in the container's /data directory and is therefore stored on the host, not in the container's root docker volume. * setup_training_datasets: Downloads, extracts and converts the MIT RIR, FMA, Audioset and Negative training reference datasets. Also stored in /data. * train_wake_word: Generates the wake word samples, augments them with the audio from the training datasets, and finally runs the microwakeword training. The resulting model tflite and json files are placed in the /data/output directory. See the README.md file for much more information.
54 lines
1.5 KiB
Python
Executable File
54 lines
1.5 KiB
Python
Executable File
#!/usr/bin/env python
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import sys, glob
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devices = glob.glob("/dev/nvidia[0-9]")
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if len(devices) == 0:
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print("CUDA not available or no CUDA-capable GPU found.")
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sys.exit(0)
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cc_cores_per_SM_dict = {
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(2,0) : 32,
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(2,1) : 48,
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(3,0) : 192,
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(3,5) : 192,
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(3,7) : 192,
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(5,0) : 128,
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(5,2) : 128,
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(6,0) : 64,
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(6,1) : 128,
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(7,0) : 64,
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(7,5) : 64,
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(8,0) : 64,
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(8,6) : 128,
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(8,9) : 128,
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(9,0) : 128,
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(10,0) : 128,
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(12,0) : 128
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}
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try:
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from numba import cuda
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device = cuda.get_current_device()
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ctx = cuda.current_context()
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meminfo = ctx.get_memory_info()
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compute_capability = device.compute_capability
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sms = getattr(device, 'MULTIPROCESSOR_COUNT')
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cores_per_sm = cc_cores_per_SM_dict.get(compute_capability)
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if not cores_per_sm:
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cores_per_sm = "unknown"
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total_cores = "unknown"
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else:
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total_cores = cores_per_sm * sms
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print(f" GPU Name: {device.name if type(device.name) is str else device.name.decode()}")
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print(f" Compute Capability: {'.'.join(list(map(str, compute_capability))):>7}")
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print(f"Streaming Multiprocessors: {sms:>7}")
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print(f" CUDA Cores per SM: {cores_per_sm:>7}")
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print(f" Total CUDA Cores: {total_cores:>7}")
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print(f" Total Memory: {meminfo.total / 1024 / 1024:>7.0f} mb")
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print(f" Free Memory: {meminfo.free / 1024 / 1024:>7.0f} mb")
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except Exception as e:
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print("CUDA not available or no CUDA-capable GPU found.")
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