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You are here		seanzhang.me SSM lacks sequence mixing - Ramblings on Deep Learning
\|	\|	kyunghyuncho.me Amortized Mixture of Gaussians (AMoG): A Proof of Concept for "Learning to X", or how I re-discovered simulation-based inference - Kyunghyun Cho	5.2 parsecs away Travel
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\|	\|	nhigham.com What Is a Fractional Matrix Power? - Nick Higham	5.8 parsecs away Travel
\|	\|	A $latex p$th root of an $latex n\times n$ matrix $LATEX A$ is a matrix $LATEX X$ such that $latex X^p = A$, and it can be written $latex X = A^{1/p}$. For a rational number $latex r = j/k$ (where $latex j$ and $latex k$ are integers), defining $latex A^r$ is more difficult: is...	5.8 parsecs away Travel
\|	\|	idontgetoutmuch.wordpress.com Implicit Runge Kutta and GNU Scientific Library \| Maths, Stats & Functional Programming	5.3 parsecs away Travel
\|	\|	Introduction These are some very hasty notes on Runge-Kutta methods and IRK2 in particular. I make no apologies for missing lots of details. I may try and put these in a more digestible form but not today. Some Uncomprehensive Theory In general, an implicit Runge-Kutta method is given by $latex \displaystyle y_{n+1} = y_n +...	5.3 parsecs away Travel
\|	\|	mycqstate.wordpress.com Unitary Correlation Matrices \| MyCQstate	28.8 parsecs away Travel
\|		Today I'd like to sketch a question that's been pushing me in a lot of different directions over the past few years --- some sane, others less so; few fruitful, but all instructive. The question is motivated by the problem of placing upper bounds on the amount of entanglement needed to play a two-player non-local...	28.8 parsecs away Travel