- Describe the two key computational mechanisms as well as relevant brain areas involved in the processing of invariant object recognition. Provide both a mathematical description of the operation as well as a sketch of the underlying circuitry. - Describe a computational theory of shape-from-texture and explain how it relates to each of Marr’s levels of analysis discussed in class. Provide one experimental method that could be used to test the proposed theory for each level of analysis.
Final project • Push the state-of-the-art by incorporating mechanisms of biological vision in deep learning architectures
• Test vision models on a robotic platform
- Making a working demo to be showcased
• Help automate science!
- Automated behavioral analysis, categorization of biological entities, etc
• Science communication project
Lectures • Slides and video recordings will be available online
• No textbook: Most of the readings will be optional readings to complement the lectures
Recommended books (available at the library)
(available online – free)
Recommended books (available at the library)
Recommended books (available at the library)
Is this course for you? • You have some programming background (at least one course involving programming — MATLAB or others)
• You have some working knowledge of linear algebra (vectors and matrixes)
• Or you are willing to do extra work (will provide support)
• You are interested in building computer vision systems that (1) work in real-world settings (i.e., robots) and (2) interested in helping me demonstrate that incorporating knowledge from biology yields systems that work better
• Knowledge of biological vision is not required
Is this course for you? • Gain computational thinking skills
• Build hacking skills
• Build toolkit (concepts, mathematical and computational methods) for modeling visual processes
• Understand key elements of biological vision and how they may help improve modern computer vision algorithms
Computer vision is ... source: http://www.persontyle.com/deep-learning-making-ai-intelligent-smarter ... Slides and video recordings will be available online.
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