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Introduction
2
Recipe for intelligence
3
Representation learning
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Colorization
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Neural representation
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Selfsupervised objectives
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The Cave
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Multiview representation
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Contrastive multiview representation
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Data augmentation
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Semantics
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Morris Different
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generative modeling
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dream of a model
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continuum
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latent variable models
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camera transformations
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latent space vector
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word Tyvek
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Vectors
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Circles
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Transformations
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Bias
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Biases
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Multiagent interactions
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Emergent arms race
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Evolution in nature
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Spiral of evolution
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Emergence of multicellular life
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Primitive agents
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Selfassembly morphologies
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Long creatures
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Training
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Modularity
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Slime Mold Creatures
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Obstacles
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Multiagent
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Selfassembling
Description:
Explore emergent intelligence in AI systems through this MIT Embodied Intelligence Seminar talk. Delve into three projects showcasing surprising outcomes beyond explicit programming: unsupervised learning discovering semantics without labels, generative models producing physically plausible "videos" from static images, and self-assembling "creatures" emerging from primitive limbs without centralized control. Gain insights into the goal of maximizing AI output while minimizing input constraints, and examine topics such as representation learning, colorization, neural representations, self-supervised objectives, generative modeling, latent variable models, multi-agent interactions, and self-assembly morphologies. Discover how these concepts relate to evolution in nature and the emergence of complex systems from simple components.

MIT EI Seminar - Phillip Isola - Emergent Intelligence- Getting More Out of Agents Than You Bake In

Massachusetts Institute of Technology
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