Bahareh Tolooshams
Bahareh Tolooshams

Postdoctoral Researcher,
CMS Department,
Caltech

Talks & Workshops
  1. A feedback mechanism in deep generative networks to remove degradation from visual stimuli
    Talk, From Neuroscience to Artificially Intelligent Systems (NAISys), Cold Spring Harbor Laboratory, 2024
  2. A feedback mechanism in deep generative networks to remove degradation from visual stimuli
    Talk, Swartz Foundation Meeting, University of Washington, 2024
  3. Neural operators for functional ultrasound imaging
    Talk, Andersen Lab at Caltech, 2024
  4. AI-powered neuroimaging for brain-computer interfaces
    Talk, IST Council at Caltech, 2024
  5. Deep unrolling for inverse problems in engineering and science
    Talk, Decision Theory - APMTH 231 at Harvard University, 2024
  6. Deep unrolling for inverse problems in engineering and science
    Talk, Department of Biomedical Data Science at Stanford University, 2024
  7. Deep interpretable generative learning for science and engineering
    Talk, Rising Stars at the Conference on Parsimony and Learning (CPAL), 2024
  8. Deep interpretable generative learning for science and engineering
    Talk, Rising Stars in Data Science at the University of Chicago, 2023
  9. Generative models for learning interpretable representations of neural data
    Talk, MetaConscious Group at MIT, 2023
  10. Design deep neural architectures based on dictionary learning
    Talk, Decision Theory - APMTH 231 at Harvard University, 2023
  11. Deep learning for inverse problems in engineering and science
    Talk, Department of Management Sciences at the University of Waterloo, 2023
  12. Interpretable deep learning for deconvolution of multiplexed neural signals
    Talk, Computational and Systems Neuroscience (COSYNE), 2023
  13. Deep learning for inverse problems in engineering and science
    Talk, Healthy ML Group at MIT, 2023
  14. Deep learning for inverse problems in engineering and science
    Talk, ECE Department at the University of Waterloo, 2023
  15. Deep learning for inverse problems in engineering and science
    Talk, My PhD Defense at Harvard University, 2023
  16. Interpretable multimodal deconvolutional representation learning
    Talk, MURI annual meetings at ARL, 2023
  17. Deep representation learning for computational neuroscience
    Talk, DiCarlo Lab at MIT, 2022
  18. Interpretable unrolled dictionary learning networks
    Talk, Conference on the Mathematical Theory of Deep Neural Networks (DeepMath), 2022
  19. Design interpretable and efficient neural architectures for science and engineering
    Talk, Anima AI + Science Lab at Caltech, 2022
  20. Deconvolution of multiplexed neural signals using interpretable deep learning
    Talk, Uchida Lab at Harvard University, 2022
  21. Deep unrolled learning using bilevel optimizations
    Talk, Vector Institute, 2022
  22. Deep unrolling for inverse problems
    Talk, Poggio Lab at MIT, 2021
  23. Unfolded neural networks for implicit acceleration of dictionary learning
    Talk, Amirkabir Artificial Intelligence Student Summit (AAISS) at Amirkabir University of Technology, 2021
  24. Perceptual stereo speech enhancement
    Presentation, Applied Sciences Group at Microsoft, 2021
  25. Model-based deep learning
    Tutorial, IEEE ICASSP Conference, 2021
  26. Introduction to deep learning for computational neuroscience
    Workshop, Neurosur, 2021 [github]
  27. Dictionary learning based autoencoders for inverse problems
    Talk, Decision Theory - APMTH 231 at Harvard University, 2021
  28. On the relationship between dictionary learning and sparse autoencoders
    Talk, Computational and Applied Math Seminar at Tufts University, 2020
  29. On the relationship between dictionary learning and sparse autoencoders
    Talk, Pierre E. Jacob's Group at Harvard University, 2020
  30. Multichannel end-to-end neural architectures for speech enhancement
    Presentation, Amazon AI - AWS, 2019
  31. Autoencoders for unsupervised source separation
    Talk, Decision Theory - APMTH 231 at Harvard University, 2019
  32. State-space models and deep deconvolutional networks
    Talk, CRISP Group at Harvard University, 2018