Definitions from Wiktionary (right stochastic matrix)
▸ noun: (mathematics, stochastic processes) A square matrix whose rows consist of nonnegative real numbers, with each row summing to 1. Used to describe the transitions of a Markov chain; its element in the i'th row and j'th column describes the probability of moving from state i to state j in one time step.
▸ Words similar to right stochastic matrix
▸ Usage examples for right stochastic matrix
▸ Idioms related to right stochastic matrix
▸ Wikipedia articles (New!)
▸ Words that often appear near right stochastic matrix
▸ Rhymes of right stochastic matrix
▸ Invented words related to right stochastic matrix
▸ noun: (mathematics, stochastic processes) A square matrix whose rows consist of nonnegative real numbers, with each row summing to 1. Used to describe the transitions of a Markov chain; its element in the i'th row and j'th column describes the probability of moving from state i to state j in one time step.
Similar:
stochastic matrix,
transition matrix,
stochastic process,
stationary distribution,
stochastic calculus,
stochastics,
stochastic differential equation,
state,
Markov jump process,
Markov chain,
more...
Opposite:
▸ Words similar to right stochastic matrix
▸ Usage examples for right stochastic matrix
▸ Idioms related to right stochastic matrix
▸ Wikipedia articles (New!)
▸ Words that often appear near right stochastic matrix
▸ Rhymes of right stochastic matrix
▸ Invented words related to right stochastic matrix