The set of parallel algorithms which allow reproducing a complex network as a stochastic graph with probabilistic properties is proposed in the paper. Each of algorithms is based on natural properties of graph structure parallelization and corresponds to features of the certain parallel computer architecture, including systems with the shared and distributed memory, and cluster systems as well. Results of experiments of parallel efficiency on hierarchical parallel computer systems and cluster systems (T-Forge mini) are presented.

The method of processing of results of the angular measurements executed with the help of optoelectronic systems is offered, allowing to raise(increase) accuracy of definition of parameters of movement of dynamic object due to sharing a method of the maximal plausibility and a vector reduction.

The information safety of corporate networks is provided at the expense of use of intellectual means in systems of protection. The giving to systems of protection of biosimilar properties, such as adaptation and selforganizing, testifies to a stage of automation of information safety. It is offered a task of automation of information safety of corporate networks to decide from positions of biosystem analogy: analogies in hierarchical organization of corporate networks, hierarchy of system of protection, field representation of the information and evolutionary processes of inheritance, development, adaptation and selection.

We consider the optimal control of the trajectory of a car movement in a horizontal plane. The solution is formed using the algorithm of sequential optimization with the target functional hierarchy. The first functional describes the requirements regarding the angle of the trajectory deflection, while the second one regarding the linear coordinates of the center of mass of the car at the final moment. Moreover, the second functional includes the penalty function characterizing the forbidden areas of traffic defined by the dynamics of the other moving vehicles. We present the numerical modeling results showing that the algorithm of sequential optimization allows solving the problem increasing the traffic safety by avoiding the collisions with the other moving car.

The article deals with the method of synthesis systems analyzes of difficult multiimages in real time through the use of artificial neural technologies. New methods are devoted to a sequential-parallel analysis of the large sequences of images in real time. The results of a hardware-software implementations and practical implementations of the proposed neural technologies and methods of assessing the potential problems of terrorist danger of mobile and stationary objects, equipped by TV cameras and other sensors, are presented.

With the purpose of control system fault tolerance it is offered to use multiversion methodology of software design. Multiversion programming supposes the introduction of redundant program modules that essentially raises reliability characteristics of the control system software. However it demands additional resources. The method presented in the paper allows generating multiversion software structure, considering a number of criteria such as software reliability, cost of program component realization, required to the module processor time and so forth. It is presented the approach to definition of weight coefficients on the basis of criteria ranging, that simplifies decision maker work of the criteria importance numerical value ordering.

The technique of definition of parameters of an equivalent circuit of the asynchronous short-circuited engine, providing conformity of settlement coordinates of the mechanical characteristic to the help data is offered.

There considered the main trends of development television device of tubes geometric parameters measurements, structured schemes and methods of apparatus realization, allowing exclude the influence of television camera and object mutual location on result of the measurements. Use the modern methods of scenes processing allows to raise up accuracy and stability of investigation devices. The results of the experimental studies have shown the possibilities of required accuracy achievement.

The module of input—output used for reception of images on a nuclear magnetic resonance a tomograph is described. The program of management written in language C++, provides formation of starting pulses of resonant frequency, submission of pulse gradients of a magnetic field through the interface, realizes summation of signals and the consecutive reference(manipulation) to fourier-transformation with a conclusion of images to the monitor for an estimation of their quality. The program provides consecutive summation of tomograms for decrease(reduction) шумового a background and increase of contrast of images.

The possibility of the object imaging on the basis of polarization contrast with the spreading environment (background) is considered. To substantiate given guess there were made measurements of polarization of the light, reflected from the nitro enamel covering. They allowed to fulfill the measurement technique and to consider the distinction of polarizing characteristics of samples and natural coverings. The established distinctions of the polarization mode of completely polarized components and the polarization degree of the reflected light confirm the validity of the assumption mentioned above and can be used for the increase of detection probability of the objects with nitro enamel coverings against the spreading environment.

Ellipsometry method of the analysis of polarization-optical properties of elements of optoelectronics in without adhesive optical connections are considered. Methods of diagnostics tensely-deformed conditions of elements and definitions of their optical characteristics in a zone of optical contact of non-uniform superficial layers are submitted.

Simplicity, presentation and self-descriptiveness a parametrical method of construction of an ellipse of polarization of the radiation past(last) through system of crystal plates are shown. At presence of the big number of crystal plates it is expedient to use a parametrical method for definition of a kind of polarization. With the help of two and more crystal plates it is possible to adjust system for any length of a wave for the task of a kind of polarization with required characteristics by turn of crystal plates concerning a direction transmission a polarizer.

The method of spatial stabilization of the videoimage, reducing influence of the parallax, based on use of the free factors describing distances up to various objects of a stage is submitted. It is steady enough against the indignations connected to movement of objects and dynamic handicapes. The algorithm constructed on this method demands rather small computing expenses.

The procedure for the design of the lens correctors for the higher-order aspherical surfaces in the fourmirror scheme of the telescope with the spherical primary diameter of 10 m is considered. The null correctors for the first two aspherical surfaces which are higher-order hyperboloids may be formed as modified Offner scheme. For the prolate spheroid (the last mirror in the telescope scheme) the null corrector which consists of the meniscus with the aspherical surface and the plane-parallel plate can be used.

Detection low contrast objects with different temperature is big problem for many type optiko-electronic systems. This article describe various many canal apparatus where every one canal decide his proposition.

The influence of laser microstructurization of mono-crystal silicon on morphological and optical properties of the irradiated zones is considered. There are very compound changes of structure on the surface of irradiated zone of silicon, accompanied the morphotropy of silicon and the formation of nanoclusters. At the same time the change of transmission coefficient of irradiated zone of silicon surface was found, that means the change of optical properties of silicon.

Method of investigation of the composition of petroleum-water-gas mixture, on the basis of the different values of magnetic susceptibility and time of the longitudinal magnetic relaxation of the components has been described. Method consists in the inversion of the nuclear magnetization of π-impulse and measurement of the signal amplitude of free induction at the moment of the time, when magnetization of one of the liquid components or the entire mixture is equal to zero.