To understand the fundamentals of research areas, where Neuroscience, Machine learning and Engineering interact such as Vision, Audition, Natural Language and Reinforcement learning.
This interdisciplinary course will consist of lectures and hands on tutorials and is based on the premise that a two-way interchange between neuroscience and machine learning/AI will be mutually productive. The Lectures will be conducted by the faculty of IIT Madras, interacting with scientists at the Center for Computational Brain Research as well as world renowned international experts visiting the center during the course. The course focuses on four main areas of robust interactions between engineering and neuroscience (Vision, Speech/Audition, Natural Language and Reinforcement Learning) and also includes related topics (classical Machine Learning, Hardware and Statistical Physics).
Module 1: Vision
∙Classical Computer/Machine vision:
•Feature Extraction: Canny, Corners - Harris & Hessian Affine;
•Motion Analysis: - Tracking (MOG), Optical Flow.
∙Deep learning techniques for:
•Object recognition and detection,
•Video based activity recognition.
Module 2: Audition
∙The Neurobiology of Speech and Hearing,
∙Machine learning in Audition.
Module 3: Reinforcement Learning (RL)
∙Reinforcement Learning: Rewards and returns,
∙Markov decision process,
∙Temporal difference learning,
∙Function approximation, policy gradient approach.
Module 4: Natural Language Processing (NLP)
∙Challenges in NLP,An intuitive overview of the role of Machine Learning (ML) in NLP tasks like:
•Word Sense Disambiguation (WSD),
Additional Topics: Topics in ML
∙Singular Value Decomposition of matrices encoding the Pointwise Mutual Information between words,
∙Skip gram models for learning word representations,
∙Global Vectors for words,
∙Studying the equivalence between SVD and the newer neural network based methods.
∙Microcircuits and Mesocircuits;
∙Action potentials, synapses, neurotransmitters and modulators.
Laboratory and Tutorials
Fundamentals of Neurobiology Laboratory: Brain dissection; Demonstration of electrophysiological recordings;
Fundamentals of Machine Learning and machine Vision Laboratory
Evaluation methodology (only over modules above):
(a)Students have to read assigned papers and submit reports/scribe notes (30% Marks);
(b)Wet and computer lab assignments, (as teams), (40% Marks)
(c)Tutorials and online quizzes – 30%
Special Invited talks by renowned CCBR (Dr. Partha Mitra, Dr. Mriganka Sur, Dr. Anand Raghunathan) and other International scientists will be given on related areas, such as:
a:Visual Neuroscience; Brain Activity Mapping; Neurotechnologies
b:Hardware for artificial neural networks and machine learning
Recommended Text Books:
∙Deep Learning; Ian Goodfellow and Yoshua Bengio and Aaron Courville, An MIT Press book, 2016.
∙Computer Vision: Algorithms and Applications; Richard Szeliski, Springer- Verlag London Limited, 2011.
∙Reinforcement Learning: An Introduction; R. S. Sutton and A. G. Barto, MIT Press, 1st Edn., 1998.
∙Neuroscience; Dale Purves; [5th Edition], Sinauer Associates, Inc., USA, 2012.
∙Speech and Language Processing; Daniel Jurafsky, James H. Martin; Prentice Hall Series in Artificial Intelligence; 2nd Edn., 2013.
∙ISL - An Introduction to Statistical Learning with Applications in R; Gareth James, Daniela Witten, Trevor Hastie and Robert Tibshirani. Springer. 2013 (7th printing 2017).
∙Computational Neuroscience of Vision; by Edmund Rolls, Gustavo Deco; Oxford University Press, 1st edition, 2002.
∙Information, Physics and Computation; Marc Mezard and Andrea Montanari, Oxford University Press, 1st Edn., 2009.
∙Brain Architecture – Understanding the basic plan; Larry Swanson, Oxford University Press, 2nd Edn., 2012.For any other queries: please Contact email@example.com