Finite automata model for leaf disease classification

Multidimensional fuzzy finite tree automata

This paper introduces the notion of multidimensional fuzzy finite tree automata (MFFTA) and investigates its closure properties from the area of automata and language theory. MFFTA are a superclass of fuzzy tree automata whose behavior is generalized to adapt to multidimensional fuzzy sets. An MFFTA recognizes a multidimensional fuzzy tree language which is a regular tree language so that for e...

Cellular Automata as a Model for Dynamic Leaf Structure

Cellular automata is a system in which continuous processes are modelled in terms of discrete components. Numerical values are used to define the possible states for each component. The change of state is governed by a set of rules incorporating the states of neighbouring components. Leaf expansion was simulated in this way by assigning numerical values to cell properties and defining a set of ...

Quantum Finite Automata: a Language Acceptor Model

There exist an computational gap between the models that allowed to use quantum effects and that are not using quantum effects. Quantum Finite Automata (QFA), Quantum Pushdown Automata (QPDA), Quantum branching are several computational models. Some computational models are more powerful than classical counterparts and some are not. In this survey work, we have drawn a comparison among 1-way QF...

A Model of Finite Automata on Timed ! -

A Flexible Automata Model for Disease Simulation

This paper presents an approach for capturing the behaviour of disease spread in a tractable model. More specifically, by embedding spatial population information into the cells of a cellular automaton, accurate representations of disease spread may be produced. Nonhomogeneity is easily introduced into the implicitly discretized landscape of a cellular automaton, contributing to the accuracy of...