A new two-stage method for intellectual data analysis is proposed that combines Bayesian networks theory and regression analysis. The method is based on two sets of mathematical techniques. The first one is used for constructing topology of Bayesian network and forming probabilistic inference. The inference is used further on for decision making on the basis of forecast estimates. The second set of methods is used for development of regression model with making use of logistic link function that serves as a basis for forecast estimation.

In the work the original technology for web-services development and deployment was created. Also the platform for efficient web-services execution and provision of services using web-services and high performance computing technologies was designed. The integrated system approach on the base of model-driven architecture approach modification was proposed. The approach allows shortening the development time and errors number in designed multicomponent distributed software suites and also organizing of high-performance environment using nondedicated computer equipment.

The essence of the design is to create the remote access system of user to the means his own work cabinet with implementing the clouds computing services and providing the virtual presence effect.

Рrovide by that the possibility for executing in remote mode on the server the applications executing in local real cabinet. Рrovide access from virtual personal cabinet (VPC) in local and remote mode to the clouds services. These are SaaS – access to the software, PaaS – access to the virtual computers, IaaS – creating and control of the information Infrastructure.

Authors have developed a new technology to create of tools for integration of distributed information systems (IS) on the basis of standardized components to the dynamic interpretation of metamodels processing and management. Technology differs from the known methods that can be adapted to each other and IS dynamically modify their treatment processes and software components.

The methods for implementation the group operations for finite groups of arbitrary order and operations in finite fields with given characteristic in linear logic networks, which implementation oriented on programmable logic integrated circuits (FPGAs) are proposed and investigated. A list and the basic properties of group operations for groups of order 2n, which are implemented by regular logic networks of linear complexity for all values of n are defined.

 Developed a highly efficient production technology of silicate wall materials, which harden and create a waterproof and stone-likecomposition at the time of formation (compaction) and characterized by physico-mechanical characteristics higher than existing similar silicate products.

The new technology of deposition of nanoscale (20-50 nm) ferroelectric films (NFF) for the non-volatile memory elements (ME), including the method of RF magnetron sputtering with closed drift of high-energy secondary electrons. Processed using the method and means of RF sputtering plazma monolithic ceramic targets based compounds zirconium, titanium, lead in the direction of reducing the thickness of the film, the technology of ultrasound treatment NFF, which provides an increase in the polarization reorientation and reduction of stress reversal.

Investigation of the mechanisms of bioleaching minerals extractant can use their patterns for selective removal of target chemical elements. The estimation of possibility of organic acids to the reactions of lixiviating was executed after classic thermodynamics parameters – the change of energy of Gibbs (∆G0f), enthalpy of formation of reaction products (∆H0f), entropy of reaction (∆S0f), energy of activating of lixiviating process (Er), constant of equilibrium of reaction (Kr) and energy of crystalline grate of having a special purpose mineral (Ucryst).

Automated modeling is an effective tool for the design of high-quality technology and the processes of its production. The fundamental basis of information in engineering are geometric patterns that are formed using a variety of computer-automated systems.

A theory of multi-shell systems to develop new methods that provide the ability to model the nonlinear deformation and fracture of shell systems through mobile and physically reasonable basis redefinition the expansion depending on the changes in physical - mechanical characteristics of the structure in the development process of zones of plasticity and fracture of layers of the investigated object. Has developed a new concept of the iterative construction of the functions of bringing a refined theory of multilayer shells and plates.