Journal of Applied Probability · 1969 · 196 citations · 18 references
EngineeringBiologyPopulation BiologyPopulation EcologyStochastic ProcessesBirth-death ProcessesJump ProcessesMarkov ChainsMarkov ProcessesPopulation DynamicsContinuous-time Markov ChainsContinuous-time Markov ProcessesMarkov Jump Processes
Summary The processes of the title have frequently been used to represent situations involving numbers of individuals in different categories or colonies. In such processes the state at any time is represented by the vector n = ( n 1 , n 2 , …, n k ), where n t is the number of individuals in the i th colony, and the random evolution of n is supposed to be that of a continuous-time Markov chain. The jumps of the chain may be of three types, corresponding to the arrival of a new individual, the departure of an existing one, or the transfer of an individual from one colony to another.
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James R. Jackson · Operations Research · 1957 · 1.3K citations
D. J. DALEY, D. G. KENDALL · IMA Journal of Applied Mathematics · 1965 · 553 citations
The mathematical theory of epidemics
Public Health · 1958 · 523 citations
Veterinary Medicine, Infectious Disease Control, Mathematics +12