The goal is to develop a regional innovation model for managing the redistribution of transport flows through their local deceleration. Achieving this goal implies justification of the innovative approach as a key development factor; specificity of the innovative approach for motor transport networks; developing model of organizational efficiency and traffic safety; application this model to the organization and safety of traffic on Perm regional highways. The following methods were used in the article: data analysis method, mathematical modeling method, design and survey method, statistical method. In this paper, we present an innovative automated traffic light system that allows you to redistribute the load on the transport network by applying technical means of organizing traffic without changing the basic parameters of the carriageway.
The article discusses questions of construction of the automated measuring complex intended for parametric control of voltage and current transformers. An example of determining the optimal structure of such complex by the method of hierarchy analysis is given. Calculations of measurements errors of the parameters of transformers for this complex are made.
The primal problem of research consists in finding of number of outcomes of the studied scheme and their transfer in an explicit form. The form of representation of outcomes is for this purpose discussed. On the basis of comparison with the similar scheme with indiscernible particles studied in  with the found number of outcomes of S the apparent formula for number of outcomes of N these schemes expressed through S is removed.
Along with rather laborious analytical calculation of number of outcomes of the scheme N, the assuming preliminary finding of number S on , is offered a numerical method of definition of N at any fixed values of parameters of the scheme (n – numbers of cells and r – number of particles) by creation of a state graph of casual process of poyedinichny serial placement of particles on cells to r-oho step with particular discipline of numbering of the states describing scheme outcomes in the taken form. On the same count with the indication of easily calculated probabilities of transitions from a state to a state procedure of calculation of probability distribution of outcomes of the scheme after placement of the fixed number of particles is offered. Thus, we receive the complete list of all outcomes of the scheme and their probability distribution. Besides, the numerical method of approximate calculation of number of outcomes of the scheme is given by method of stochastic model operation. Questions of model operation of outcomes of the scheme are also considered.
A virtual simulation method has been developed for the early stages of the design of onboard electronic devices and systems (OES). The virtual model proposed for use in the design is an integrated model that implements the interconnection of dissimilar physical processes (electrical, thermal, mechanical, aerodynamic) caused by the simultaneous action of several operational factors on a single device or the entire system. The interconnection of physical processes realized in the virtual model allows for the first time to fully reflect the real physical state of the supporting structure and the complex physical state of the electronic components of the circuit located on the printed circuit boards of the OES. In this case, the output functional characteristics of the OES in virtual modeling take natural values that take into account the influence of external factors on the components parameters of the circuit. Visual images of the design and electronic components of the OES with the color fields of temperature distribution, deformations or mechanical accelerations obtained by virtual modeling superimposed on them make it possible to identify at the early stages of design the most tense and therefore dangerous places in the sense of possible overloads.
The paper proposes a generic methodology for the selection of a specialized CAD-based application of methods for decision support, in particular the method of analytic hierarchy process and the method of preference functions. Bothe methods take into account the opinion of decision-makers (project Manager, engineer and designer). The proposed method makes it possible to automate the process of selecting a CAD on the websites of the distributors from the point of view of the given criteria and restrictions due to the introduction of scales of criteria for the evaluation of CAD. It allows to use the experience knowledge of experts in a particular field and to reduce the time for decision-making if necessary. The choice of specialized computer-aided design are considered on the example of choice of printed circuit boards (PCB design) CAD for industrial enterprises and companies engaged in the development of electronic computing from available alternatives offered on the websites of the vendors, and distributors.
Road traffi c today is a complex, hierarchically built system that includes a large number of elements, the independence of which from each other makes the process of organizing and managing the road traffi c diffi cult and requiring the introduction of new innovative automated systems. The article discusses one of these systems – an integrated optical mobile information system for light detection and automatic traffi c control on lay of line. The article presents the work of this system, carries out its approbation on lay of line, characterized by a high accident rate, and determines the effectiveness of this system
The possibilities of research of combinatorial circuits of particles in cells based on graphs of stochastic processes in the respective schemes poedinichnom adding particles with a specific numbering at each step to organize easily calculable probabilities. Such information enables precise probabilistic analysis of interest layouts. The essence of the method consists in constructing a graph of a random process with poedinichnom adding particles in the combinatorial circuit in all possible ways with certain distinct discipline their numbering in the corresponding graph states. Number of process steps defined in the schema specify the total number of particles placed. We are interested in the list of all the states, and, hence, their number on, the last step. If on, the edges of the graph indicate the probability of all transitions with standing in state at any step of the process, given its properties, the probability of all outcomes scheme calculated by the formulas of addition and multiplication of probabilities and give full information about the process, allowing to conduct further analysis of the scheme. Therefore, the immediate goal of research of combinatorial circuits is to get all of their probability distributions explicitly listed outcomes. A first problem will be solved enumerative combinatorics for all outcomes of interest combinatorial circuits.
The article considers the features of the metrological assurance of complex components of measuring systems associated with the assignment to the measuring instruments, with the type approval as measuring instruments at the stages of their life cycle.
In this paper author suggests a new hybrid decision support system for operation with a class of semistructured tasks with underdetermined variables. Author defined the general tasks of prediction and estimation for a class of semistructured tasks. Use of interval neural networks and genetic algorithms for such tasks is justified. Author developed the algorithm to train interval neural networks. The diagram of the offered decision support system is described. Use of technologies for parallel computation on GPU kernels is justified. Author developed an effective algorithm of the developed algorithms parallel computation. Two examples of use of the developed system are given: prediction of the sea ice area in the Northern hemisphere and prediction of client solvency for credit institutions.
Automation of educational process elements in higher educational establishments is an up-to-date issue of latter days. The market allows software for solving some of emerging tasks of automation, however, it is specialized for high-level business process features (academic plan, schedule, teaching loads, educational performance). In addition, functionality for lecturer’s activity automation, especially for a few lecturers involving in one subject, was not developed. In particular, the automation is required for academic disciplines consisting of a few subjects which are being taught by different lecturers. The discipline “Corporate information systems” for bachelors studying at the National Research University Higher School of Economics is an example of the discipline with three sub-subjects. The article considers the issues of storing and data collection for calculating the current student’s progress. The realization is demonstrated by automating lecturer’s activity software solution which was designed and developed via 1C: Enterprise 8.3, 1C: Standard subsystems 2.3 – the most popular development tools in Russia. The software features are described and are shown in user interfaces illustrations.The article will be interested for users and developers of 1C solutions as well as for lecturers of higher educational establishments.
The article describes the methodology of fatigue curves construction according to the data from small series of plate specimens testing in cantilevered bending conditions. The fatigue curve is obtained from comparative analysis of local damage at the specimen surface and corresponding values of actual stresses. The essence of applied approach is joint analysis of specimen surface fragment images and relevant to them white light reflection spectrums.