The simplicity of their model, its clarity, and its surface generality proved attractive to many students of communication in a number of disciplines, although it is neither the only model of the communication process extant nor is it universally accepted.
Therefore, a channel model of the communication is expressed by capacitive ambient elements.
The latter part represents the probabilistic model of the communication system.
In addition, the proposed control scheme is designed considering a model of the communication channel.
The algorithm operates by passing messages on the so-called factor graph, which represents the factorization of the probabilistic model of the communication system.
One could instead formulate and solve a corresponding optimization problem to achieve the same purpose; however, an appropriate model of the communication behavior is required. .
However, realistic simulation requires an accurate model not only of the EH device but also of every hardware component involved in the system plus a fast and accurate model of the communication channel.
To answer this question, we first present a model of the communication network and then formulate the controller design, its placement, and the routing as one optimization problem with integer constraints.
We then present a simple but very general system-theoretic model of the communication process, propose its mathematical interpretation, and derive several formulas, which qualitatively and quantitatively accord with data obtained on-line.
After segmentation volumetric measurements of the generated 3D models of the communication ways were performed using Amira 5.3.3® (VSG, Mérignac Cedex, France).
