Analytical Connectionism

Special issue for Analytical Connectionism 2023 and 2024

Peer-reviewed lecture notes from the 2023 and 2024 editions of the School on Analytical Connectionism.
Special issue for Analytical Connectionism 2023 and 2024
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Motivation

This inaugural special issue for the School on Analytical Connectionism features lecture notes from the 2023 and 2024 editions of the school. The issue is published in the Proceedings of Machine Learning Research (PMLR), and all contributions underwent a peer review process, resulting in a formal publication.

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Contents

The issue was published in April 2026 as Volume 320 of the Proceedings of Machine Learning Research, under the title Proceedings of the Analytical Connectionism Schools 2023–2024. It collects ten sets of peer-reviewed lecture notes written by participants of the 2023 and 2024 schools together with the lecturers whose material they cover, spanning attractor networks, the statistical physics of learning, semantic cognition, parallel processing, reinforcement learning, natural image statistics, neural population dynamics, the statistics of natural experience, natural intelligence, and hippocampal computation.

The notes are listed below in volume order; each entry links to its PMLR page and PDF.

  1. Models of attractor dynamics in the brain
    Tala Fakhoury, Elia Turner, Sushrut Thorat, and Athena Akrami
    PMLR 320·pp. 1–14·PDF
  2. Thinking of neural networks like a physicist: the statistical physics of machine learning
    Kai Jappe Sandbrink, Stefano Sarao Mannelli, and Florent Krzakala
    PMLR 320·pp. 15–41·PDF
  3. An introduction to connectionist theories of semantic cognition
    Ari S Benjamin, Anna-Lea Beyer, Marianne De Heer Kloots, Jaedong Hwang, Hajer Karoui, Mitchell Ostrow, Jirko Rubruck, Kai Jappe Sandbrink, Satchel Grant, Andrew M Saxe, and James Lloyd McClelland
    PMLR 320·pp. 42–67·PDF
  4. On the impact of representation sharing on parallel processing in neural network architectures
    Maximilian Mittenbühler, Sven Wientjes, and Sebastian Musslick
    PMLR 320·pp. 68–86·PDF
  5. Reinforcement learning: computational modeling of learning and decision-making
    Zach Cohen, Akshay Kumar Jagadish, Eghbal A. Hosseini, and Maria K Eckstein
    PMLR 320·pp. 87–101·PDF
  6. Natural image statistics, visual representation, and denoising
    Imran Thobani, Alisa Leshchenko, and Eero P Simoncelli
    PMLR 320·pp. 102–112·PDF
  7. Unifying neural population dynamics, manifold geometry, and circuit structure
    Adam Manoogian, Asit Pal, Zachary Friedenberger, and Tatiana A Engel
    PMLR 320·pp. 113–125·PDF
  8. The statistics of natural experience
    Dota Tianai Dong, Jing Li, Tobias Thomas, and Linda B. Smith
    PMLR 320·pp. 126–150·PDF
  9. A computational basis of natural intelligence
    Alireza Karami, Veronica Chelu, Po-Chen Kuo, Lindsay M. Smith, Mia Whitefield, and Jonathan D. Cohen
    PMLR 320·pp. 151–176·PDF
  10. From place cells to predictive codes: lecture notes on the dynamic hippocampus
    Mildred Salgado-Menez and Andre Fenton
    PMLR 320·pp. 177–193·PDF
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Curators