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You are here		gregorygundersen.com Random Noise and the Central Limit Theorem
\|	\|	poissonisfish.com Probability distributions in R - poissonisfish	3.7 parsecs away Travel
\|	\|	Someof the most fundamental functions in R, in my opinion, are those that deal with probability distributions. Whenever you compute a P-value you relyon a probability distribution, and there are many types out there. In this exercise I will cover four: Bernoulli, Binomial, Poisson, and Normal distributions. Let me begin with some theory first: Bernoulli...	3.7 parsecs away Travel
\|	\|	almostsuremath.com Rademacher Series - Almost Sure	3.3 parsecs away Travel
\|	\|	The Rademacher distribution is probably the simplest nontrivial probability distribution that you can imagine. This is a discrete distribution taking only the two possible values $latex {\{1,-1\}}&fg=000000$, each occurring with equal probability. A random variable X has the Rademacher distribution if $latex \displaystyle {\mathbb P}(X=1)={\mathbb P}(X=-1)=1/2. &fg=000000$ A Randemacher sequence is an IID sequence of...	3.3 parsecs away Travel
\|	\|	www.kuniga.me Random Points in Circumference	3.6 parsecs away Travel
\|	\|	NP-Incompleteness:	3.6 parsecs away Travel
\|	\|	mmph.wordpress.com TeX on the cloud \| Mathematically Minded Physicist	23.3 parsecs away Travel
\|		The recent post on cloud computing and Google Docs made me ask myself whether Google Docs supports (La)TeX. It turned out you can insert LaTeX equations into your Google doc (as discussed in more detail e.g. here) but that's that for now. There exists a LaTeX Lab project aspiring to develop a web-based LaTeX editor...	23.3 parsecs away Travel