In the model each cell is identical, and receives the same stimulating current.
In this model, each cell upon Cre recombinase activation undergoes a random recombination of one or two Rainbow 1.0 cassette (Fig. 5a) allowing the random expression of one out of 5 different colors.
In the second model, each cell contributes independently to fitness, and female fitness is assessed as the average of these contributions across all cells.
In the proposed Cellular Automata model, each cell has eight neighbors, thus each micro-computer has to be connected to eight micro-computers.
In the creation of an Origin-Destination matrix for transport modeling, each cell not only needs to interact with its adjacent neighbours, but all other zones as well.
For the second HetNet model, which is more commonly used in LTE-advanced design [32] and is called a clover-leaf model, each cell in a macro site is covered by a high-powered BS, which is located at a corner of the cell.
In the model, each cell is an autonomous agent.
In this model, each cell has a small constant probability per unit time to undergo cell division.
In our model, each cell population is represented by a two-dimensional square array and the connectivity degree of each layer is defined as the number of connections, on the average, that each cell makes with its first neighbors.
In the present model, each cell contributes 15 internal variables and 4 extracellular variables: these extracellular variables are the masses of oxygen, glucose, glutamine and lactate in the extracellular volume surrounding the cell.
