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| computational-neuroscience [2022/03/20 08:45] – [Computational Neuroscience] cjj | computational-neuroscience [2025/06/27 02:50] (current) – [Computational Neuroscience] cjj | ||
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| This course covers fundamental aspects of computational approaches to neuroscience problems, including: analytical modeling, numerical calculations, | This course covers fundamental aspects of computational approaches to neuroscience problems, including: analytical modeling, numerical calculations, | ||
| - | Years taught: [[202009cns|2020]], | + | Years taught: [[202009cns|2020]], |
| - | ====Format==== | + | =====Format===== |
| + | * Two lecture hours one tutorial hour each week | ||
| + | * Homework will be assigned about weekly | ||
| + | * Occasional quizzes will base on reading assignments | ||
| + | * Final examine (possibly take home) in last week | ||
| =====Textbook===== | =====Textbook===== | ||
| Theoretical Neuroscience: | Theoretical Neuroscience: | ||
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| * Decision making | * Decision making | ||
| * Learning in neural networks | * Learning in neural networks | ||
| - | Homeworks will be assigned about weekly\\ | ||
| - | Occasional quizzes will base on reading assignments\\ | ||
| - | Final examine in last week | ||