Sentence examples for based on a cellular from inspiring English sources
The software is based on a cellular automaton (CA) process mimicking the dissolution profile of the capsule or tablet formulation.
Simulations are based on a cellular automata (CA) approach using rules derived from experiments and the experimental validation of the simulated phenomenology is given for noteworthy cases.
These metrics were calculated for a large number of modeled patterns based on a Cellular Automata technique, employing four separate vegetation spread strategies at different adhesive growth levels.
The process of grain selection in the spiral selector was investigated by both a ProCAST simulation based on a cellular automaton finite element (CAFE) model and experimental confirmation.
Based on a cellular adhesion assay and an analysis of cytoskeletal organization, we determined that MBGNF matrices provided an appropriate environment for cellular adhesion.
In this paper we show that a watershed algorithm based on a cellular automaton is a good choice for the recent GPU architectures, especially when the synchronization rules are relaxed.
The ductal simulation is based on a hybrid cellular automaton design using genetic rules to determine each cell's behavior.
Based on a 3D cellular automata approach using the knowledge accumulated by soil scientists about the physical processes involved in erosion, the principles of our simulator and its first implementation are presented in this paper.
Based on a generalized Cellular Automata (CA) model which has the flexibility of reaction interactions between all possible two-agent combinations on both reactant and product side, in previous studies by the authors, probabilistic reaction events were combined in a multiplicative order and an exploratory study of the variability analysis was performed.
Finally, we built our simulating environment based on a real cellular railway network, and the numerical results showed that energy saving can be achieved using different power-saving models, train scheduling, and speed, providing a promising solution for dynamically reducing energy consumption for BSs along railway tracks.
It is also possible to imagine much larger models of pathway systems where the spatial layout of components in 3D space is based on a components cellular location.
