The concept of creating of the embody reliability in design of cyber-physical systems, using novel techniques based on the combinatorial configurations, including two- and multidimensional Ideal Ring Bundles (IRB)s is developed. These design techniques make it possible to configure cyber-physical systems with fewer elements than at present, while maintaining or improving on resolving ability, structural redundancy and security of the system.
In early stage of the design process, modeling is a crucial phase as it allows the designer estimating the device performance. Very often, this phase is time-consuming, especially when FEM simulator is used. Hence, a fast and reliable method is desirable. Moreover, in case of simple structures which behavior is described with quite simple equations, the use of analytical model is obvious. In this paper we present a complete model of a membrane bending in range of large deflections that has been developed using FEM simulations.
Luminescent properties of heterogeneous composite systems based on nanosilicon nc-Si and silica aerogel matrix ar-SiOx have been investigated using photoluminescence spectroscopy method. The photoluminescence sensor response of composite structures at the presence of water molecules and ethyl alcohol solutions has been investigated.
The design process of complicated technical means as one of the phase of total product life cycle (LCP) has been analyzed. According to the recommendations to ISO 9001 standards design process is considered as a set of interrelated processes. The process divided into stages. Defined objective, criterias and specifications for each stage. Formalized model of the design process. The scheme of algorithm analysis and control process parameters has developed.
In this paper conducted a statistical study of the spectral characteristics of photons transportation in turbid plane parallel medium. There is developed Matlab code for modeling of photons transportation in turbid medium.
