represents a continuous-time finite-state Markov process with transition rate matrix q and initial state .
represents a Markov process with initial state probability vector .
represents a Markov process with transition matrix m and transition rates μ.
represents a Markov process transition rate matrix from the graph g.
- ContinuousMarkovProcess is also known as a continuous-time Markov chain.
- ContinuousMarkovProcess is a continuous-time and discrete-state random process.
- The states of ContinuousMarkovProcess are integers between 1 and , where is the length of transition rate matrix q.
- For infinitesimal time dt, gives the probability that the process transitions from state i to state j over the next dt units of time q〚i,j〛dtProbability[x[t+dt]jx[t]i].
- The time the process stays in state i before transitioning follows ExponentialDistribution[-qii].
- The transition matrix m specifies conditional transition probabilities m〚i,j〛Probability[x[tk+1]jx[tk]i], where is the state at time , and the transition rate specifies that the time between events in state follows ExponentialDistribution[μi].
- EstimatedProcess[data,ContinuousMarkovProcess[n]] indicates that process with n states should be estimated.
- The transition matrix in the case of a graph g is constructed to give equal probability of transitioning to each incident vertex with unit transition rates.
- ContinuousMarkovProcess allows q to be an × matrix where and for with rows that sum to 0, can be an integer between 1 and , is a vector of length of non-negative elements that sum to 1, m is an × matrix with non-negative elements and rows that sum to 1, and μ is a vector of length with positive elements.
- ContinuousMarkovProcess can be used with such functions as MarkovProcessProperties, PDF, Probability, and RandomFunction.