Broad intuition · Study map 19 of 85
Audio, video, and multimodal models
Suggested preparation: Sequences: recurrence, attention, and state
Picture it
Sound arrives as a waveform; images arrive as pixels. Encoders turn these into representations a model can combine with text. The extra modalities add their own preprocessing, timing, and memory costs.
What to understand
- Spectrograms, speech recognition, speech synthesis
- Contrastive image/text alignment, vision-language models, video sampling
Follow the references
1 · Course
Hugging Face · Audio course ↗Start with audio data and the task overview, then compare ASR and text-to-speech pipelines.
2 · Course
Stanford · CS231n computer vision ↗Find multimodal learning in the course schedule and inspect how modalities meet.
You understand it when…
Why can two requests with identical text-token counts have very different costs if one contains a video?
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