compartmental model

In the traditional compartmental model, point process location is determined only to an accuracy of half segment length.

The study used a deterministic compartmental model, structured by age cohorts.

Brian is primarily aimed at single compartmental model neurons.

For more information, see Compartmental models in epidemiology.

Similar methods have been used to study the spread of epidemics (see Compartmental models in epidemiology).

Figure 6 shows a compartmental model of a neuron that is developed over the membrane model.

These approaches include both compartmental models and agent-based models.

The software was initially developed as a complimentary user interface to create compartmental models in Simulink.

Particles actually follow a three compartmental model:

The basis for all models used will be a compartmental model, extended from the more common SIR model.

Analysis of the suppressive effect of tannins on ruminal degradation by compartmental models.

The typical Ecolego model is a compartmental model which requires a solver of differential equations.

Positron emission tomography compartmental models: a basis pursuit strategy for kinetic modeling.

The flow of currents within an axon can be described quantitatively by cable theory and its elaborations, such as the compartmental model.

Generally, compartmental models offer significant advantages in terms of speed and memory usage, but may be difficult to implement for complex evolutionary or epidemiological scenarios.

Noncompartmental methods are often more versatile in that they do not assume any specific compartmental model and produce accurate results also acceptable for bioequivalence studies.

Compartmental models will be developed for a range of ecosystem types and embedded in regional and basin-scale physical models.

Approaches to modelling: Class of mathematical model (compartmental models, control system models, non-compartmental approaches).

Compartmental models that categorize host population into groups such as susceptible, infected, and recovered (SIR) are commonly used.

The proposed approach combines time-dependent compartmental models of tracer kinetics and the general linear model used in statistical parametric mapping.

In epidemiology, the next-generation matrix is a method used to derive the basic reproduction number, for a compartmental model of the spread of infectious diseases.

PK compartmental models are often similar to kinetic models used in other scientific disciplines such as chemical kinetics and thermodynamics.

Reproduction numbers and sub-threshold endemic equilibria for compartmental models of disease transmission, to appear in Mathematical Biosciences.

Classic epidemic models of disease transmission are described in Epidemic model and Compartmental models in epidemiology.

A compartmental model allows for any desired tree topology with arbitrary branches and lengths, but makes simplifications in the interactions between branches to compensate.