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awni00/README.md

💫 About Me:

I'm a PhD student in Statistics & Data Science at Yale.

My research studies the foundations of machine intelligence, with an emphasis on generalization, representation, and learning.

I explore these themes through complementary theoretical analysis and empirical investigation:

- Deep learning, representation learning, & inductive structure: Developing novel methods and architectures to improve systematic compositional generalization and data efficiency, sometimes drawing inspiration from biological intelligence to achieve human-like reasoning and out-of-distribution generalization.
- Theory of modern learning systems: Developing frameworks that explain empirical phenomena in contemporary machine learning through unified statistical and computational principles, aiming to develop a foundation for future progress in artificial intelligence.

Where to start: If you're interested in neural network architectures, check out our work on an extension of the transformer architecture with explicit relational mechanisms and inductive biases (blog ⧉). For theoretical analysis of modern machine learning methods, see our statistical learning theory framework for chain-of-thought supervised learning (blog ⧉).

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  1. neurol neurol Public

    A framework for implementing modular Brain-Computer Interfaces

    Python 7 4

  2. abstractor abstractor Public

    This is the code repository associated with the paper "Abstractors and relational cross-attention: An inductive bias for explicit relational reasoning in Transformers"

    Jupyter Notebook 21 3

  3. hierarchical-attention-external-memory hierarchical-attention-external-memory Public

    Hierarchical attention mechanisms for external memory in machine learning models.

    Jupyter Notebook

  4. high-dim-universality-erm high-dim-universality-erm Public

    Numerical experiments exploring the "universality" of empirical risk minimization in high dimensions.

    HTML

  5. relational-convolutions relational-convolutions Public

    This is the project repo associated with the paper "Relational Convolutional Networks: A framework for learning representations of hierarchical relations" by Awni Altabaa, John Lafferty

    Jupyter Notebook 4 1

  6. abstract_transformer abstract_transformer Public

    This is the project repo associated with the paper "Disentangling and Integrating Relational and Sensory Information in Transformer Architectures" by Awni Altabaa, John Lafferty

    Jupyter Notebook 6