Wolfram's research into cellular automata
stochastic push-down automata with a cutpoint A
A cellular automata model of a biological wastewater treating system
New approach to dynamic modeling to landscape eco-pattern changes using grey analysis and cellular automata
Cellular automata were invented in the 1940s by John von Neumann and Stanislaw Ulam at Los Alamos National Laboratory.
Existing complexity proofs on the circularity problem of AGs are based on automata theory, such as writing pushdown acceptor and alternating Turing machines.
In this paper, a method of dynamic experiment designs in sensory evaluation is presented that is based on dichotomy, and the principle of learning automata is applied in optimizing the dichotomy.
deterministic finite state automata
SPECTA (structure-preserved error-correcting tree automata)
GRAFCET is a programming language dedicated to industrial automata (Arzul gives details in his post).
An automata multi-pattern match efficiency algorithm based the character frequency characteristic
This paper presents a kind of new mathematical model-cellular automata to simulate the process of population evolution and get some meaningful rellular.
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Relatively bifuzzy topology based on fuzzy finite automata
Research of malware propagation in complex networks based on 1-D cellular automata
Finally, its function of identifying language and solving logic problems is discussed by a special example based on the definition of super automata.
It aims to analyze and synthesize automata.
The experiment to compile a regular expression into an uncertain finite automata NFA algorithm, interested friends can see Oh.
complexity of finite automata
For curricula automata subject a more advanced graduate course, computability theory and computational complexity theory are also covered.
In this paper, a new tree automata based machine, XEBT, is proposed to solve the problem.
Later editions of the classic sci-fi fable postponed the setting to 2021—largely because, in the real world, so little actual progress had been made in human-like automata.
Dynamic morphological simulation of tumor growth based on cellular automata
