Google AI research on learning better simulation methods for partial differential equations
New research shows how machine learning can improve high-performance computing for solving partial differential equations, with potential applications that range from modeling #climatechange to simulating fusion reactions. Learn all about it here
Link: https://ai.googleblog.com/2019/07/learning-better-simulation-methods-for.html
#PDE #DE #GoogleAI
New research shows how machine learning can improve high-performance computing for solving partial differential equations, with potential applications that range from modeling #climatechange to simulating fusion reactions. Learn all about it here
Link: https://ai.googleblog.com/2019/07/learning-better-simulation-methods-for.html
#PDE #DE #GoogleAI
Forwarded from Silero News (Alexander)
New German V4 Model and English V5 Models
New and improved models in Silero-models! Community edition versions available here: https://github.com/snakers4/silero-models
Huge performance improvements for two new models:
- English V5 (quality)
- German V3 (quality)
The models currently are available in the following flavors:
- English V5
The quality growth visualization:
New and improved models in Silero-models! Community edition versions available here: https://github.com/snakers4/silero-models
Huge performance improvements for two new models:
- English V5 (quality)
- German V3 (quality)
The models currently are available in the following flavors:
- English V5
jit (small), onnx (small), jit_q (small, quantized), jit_xlarge, onnx_xlarge
- German V3 jit_large, onnx_large
The xsmall model family for English in on the way.The quality growth visualization:
GitHub
GitHub - snakers4/silero-models: Silero Models: pre-trained text-to-speech models made embarrassingly simple
Silero Models: pre-trained text-to-speech models made embarrassingly simple - snakers4/silero-models
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