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Learn effective literature review techniques, from selecting relevant papers to organizing references. Gain insights on note-taking, resource selection, and summarizing findings for successful research.
Learn to create a custom audio dataset using PyTorch and torchaudio, focusing on the UrbanSound8K dataset. Explore basic I/O functions in torchaudio and implement essential dataset class methods.
Explore sound power, intensity, loudness, and timbre, covering key concepts like amplitude envelope, harmonic content, and modulation. Gain insights into audio signal processing for machine learning.
Explore essential music theory concepts for encoding melodies and training neural networks in AI-driven music generation, focusing on key elements like pitch notation, time signatures, and scales.
Explore limitations of generative music AI, including deep learning challenges, music representation issues, and research procedures. Discover potential solutions and future directions in this field.
Explore AI, machine learning, and deep learning concepts, including supervised, unsupervised, and reinforcement learning paradigms. Learn when to use traditional ML or deep neural networks for audio applications.
Master AI-powered text-to-speech and voice cloning technologies, from neural vocoders to emotional speech synthesis, designed for ML engineers and developers.
Uncover how AI generates speech through TTS and voice cloning, exploring zero-shot techniques, speaker embeddings, quality tradeoffs, and ethical considerations in 40 minutes.
Explore how TTS systems transform raw text into speech-ready phonemes, covering normalization, grapheme-to-phoneme conversion, and solving ambiguity challenges in AI speech synthesis.
Discover innovative AI music technologies developed by workshop participants at University Pompeu Fabra, featuring 9 unique generative music projects and their creators' presentations.
Explore the biology and physics of human speech production, from phonemes to vocal folds, to understand why creating realistic AI text-to-speech systems is so challenging.
Master AI-powered music creation through generative techniques, from Markov chains to transformers, targeting both technologists and musicians seeking creative applications.
Master SOLID principles to write cleaner, more maintainable machine learning code with practical examples and real-world applications for ML engineers.
Master PyTorch and torchaudio for deep learning in audio and music processing, including neural networks, mel spectrograms, CNNs, and GPU-accelerated sound classification.
Master audio signal processing fundamentals and extract features from raw audio data using Python to build powerful AI applications with hands-on implementation techniques.
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