The newly named Endorestiform Nucleus sits in the inferior cerebellar小脑 peduncle, at the junction between the brain and spinal cord. The inferior cerebellar peduncle helps us with balance, fine motor movements and maintaining posture. Professor Georg…

单细胞在脑科学方面的应用 Session 1: Deciphering the Cellular Landscape of the Brain Using Single Cell Transcriptomics Single cell/nucleus transcriptomics has emerged as a powerful approach to classify cell types and dynamic cell states in any multicellular organ…

https://www.quora.com/How-do-I-learn-machine-learning-1?redirected_qid=6578644   How Can I Learn X? Learning Machine Learning Learning About Computer Science Educational Resources Advice Artificial Intelligence How-to Question Learning New Things Lea…

In the last chapter we learned that deep neural networks are often much harder to train than shallow neural networks. That's unfortunate, since we have good reason to believe that if we could train deep nets they'd be much more powerful than shallow…

The human visual system is one of the wonders of the world. Consider the following sequence of handwritten digits: Most people effortlessly recognize those digits as 504192. That ease is deceptive. In each hemisphere of our brain, humans have a prima…

@http://www-cs-faculty.stanford.edu/people/karpathy/cvpr2015papers/ CVPR 2015 papers (in nicer format than this) maintained by @karpathy NEW: This year I also embedded the (1,2-gram) tfidf vectors of all papers with t-sne and placed them in an interf…

[英语魔法俱乐部——读书笔记] 3 高级句型-简化从句&倒装句(Reduced Clauses.Inverted Sentences):(3.1)从属从句简化的通则.(3.2)形容词从句简化.(3.3)名词从句简化.(3.4)副词从句简化.(3.5)简化从句练习.(3.6)倒装句 3.1 从属从句简化的通则(Generally Reduction Rules of Dependent Clause) 3.1.1 简化从句:英语语法以句子为研究对象,而其句型也分为简单句.复句和合句之分,其中简单句…

When a golf player is first learning to play golf, they usually spend most of their time developing a basic swing. Only gradually do they develop other shots, learning to chip, draw and fade the ball, building on and modifying their basic swing. In a…

The Brain vs Deep Learning Part I: Computational Complexity — Or Why the Singularity Is Nowhere Near July 27, 2015July 27, 2015 Tim Dettmers Deep Learning, NeuroscienceDeep Learning, dendritic spikes, high performance computing, neuroscience, singula…

The Brain as a Universal Learning Machine This article presents an emerging architectural hypothesis of the brain as a biological implementation of a Universal Learning Machine.  I present a rough but complete architectural view of how the brain work…