Section "Numerical analyses" describes our numerical analyses of the channel reservation scheme.
The numerical methods described in Sections 3-4 can be straightforwardly implemented on classical computers.
The numerical instability, described in Section 4, occurs and is visible in the Fig. 3.
The numerical parameters described in 2.1 can be set when the object is created via the PTAS function.
In this section, we present examples to illustrate the efficiency of the numerical method described in the previous section.
The performances of the proposed support systems were analyzed by means of numerical analysis, described in this paper.
In this way, the numerical simulations described in this paper have been conducted using the Finite element method.
Therefore, for simplification, we performed the numerical analyses described below using a conventional activator-inhibitor system in Fig. 1A, with single-layered cell networks.
The procedure used was similar with one of the numerical models described in reference [ 10].
In order to demonstrate this, we conducted a simple diffusion-only numerical experiment, described in detail in Additional file 6.
