The paper describes the research technology in the astrosociotypology, the results of verification of the astrosociotypology basic hypothesis about the information impact of celestial bodies in a large group of respondents, as well as a theory of astrosociotypology and its application
Currently, the problem of using a "client-server" technology for database is up-to-date. Among its advantages it has a high degree of security, the ability to work with multimedia and non-standard data, simple tastes to the hardware power client stations, the territorial independence of work in both local and wide area networks. The article presents the concept and describes the implementation of a client-server information system configuration databases based on plug-ins that enable flexible, fast and efficient to make changes to an existing application for working with databases. This approach solves the problem of using one program to connect to multiple databases
The results of the constructional and technological parameters optimization of inertia-dressing type threshing and separating device used by the combine for industrial crops harvesting are given in the article
An original design of a piston press, performing material pressing, due to case design tapered piston and the matrix, has been proposed for the first time
In this article the question of definition of co-ordinates of geodetic points for a condensation of planned networks, survey controls and other works by performance of angular measurements on defined points is considered. Initials here are two geodetic points on each defined point. The algorithm of calculation of co-ordinates of required points and a numerical example of its realisation is resulted.
In this article, we have explained the necessity of creating precise adaptive energy-saving technologies for use on the milk production enterprises. There are defined the main problems that reduce the enterprises efficiency and milk quality. Many of these problems can be solved if there is organized correctly the information flow through the creation of complex programs and databases. Regardless to the size and structure of the milk production enterprises, they have the following main information streams: animal productivity data; information about the herd composition and structure; information about the diet composition; information about the quality of milk and others. For the storage of this information there is a developed database consisting of 66 tables and 10 diagrams. The article includes information on some charts. To meet the challenges of manufacturing processes modeling there was offered a bunch of "Mathematical package - Database Management System." Within the developed automated enterprise management system we have selected MATLAB and MS SQL Server. There are presented models of thermal balance; heat generated by animals; heat loss from the feed coming from outside and so on. We have also grounded the applicability of the structural processes modeling in conjunction with the possibilities of modern database management system that allows you to convert a wide range of energy saving tasks to automated analysis and forecasting. This approach has the modularity and implementation ease, all of which allows you to build complex information systems, which at the same time are easy to change, expand and renovate
A more efficient use of road transport can be reached both by increasing the carrying capacity of the car and the average speed on the road. Due to limiting the safe load on the axle of the vehicle, a more promising solution is to increase the average speed on the road. Restricting car traffic speed on the roads with asphalt-concrete surface is due to the traffic safety, defined as resistance, steerabililty, vibrations of steering wheels and braking dynamics of the vehicle. The first three factors are influenced by the functional characteristics of the suspension and the state of the road surface. The share of agricultural vehicles mealage on the roads with improved surface does not exceed 65%. Nowadays, 40% of traffic volume and 9% of transport mealage are due to the transportation from the field and to the field. The aim of this work was to study the vibrational load of the load-carrying system and the driver, as well as the vehicle speed during the harvest time. To carry out theoretical research we used mathematical model "vehicle-road" system proposed by V.P. Tarasik. As a result of research we obtained the dependence of the acceleration of the front axle on the vehicle speed. The results showed that the maximum acceleration of the front axle is observed at a speed V = 20 km / h, which corresponds to external influences 1.54 Hz (9.7 rad/sec). The peak values of the vertical acceleration amounted to 5.80 m/s 2. The correctness of the mathematical model was verified by comparing the results of theoretical and experimental research in the mode of uniform motion. The experimental determination of the vibrations of the vehicle sprung mass was carried out using the sound level meter and spectrum analyzer OKTAVA-101 AM, which is equipped with a vibrational pickup AP 98. The given calculations showed that the relative error of the results of theoretical and experimental research is 3.94%, the average value of an error at a confidence coefficient of P = 0.95 is 4.76%, which confirms the correctness of the mathematical model. The studies showed that if the speed is between 14 to 40 km / h, the vibrational load on the driver is from 1.42 m/s 2 to 2.82 m/s 2, that is 2.5 ...3.5 times the sanitary standards set by the requirements of the CH 2.2.4/2.1.8.566 - 96
General algorithm of knowledge learning, skills and habits mastering in the process of academic discipline with the use of informational technologies is described in this article.
TO THE APPLICATION OF THE SEVEN TOOLS OF QUALITY CONTROL IN HIGHER MILITARY EDUCATIONAL INSTITUTIONS
The article notes the importance of identifying and
taking into account factors affecting the quality of the
educational process. To solve these problems the
collection, processing and analysis of various data are
required. In higher educational institutions, it can be
achieved reasonably and conveniently using the
application of "seven tools of quality control".
Differences between civil and military institutions of
higher learning determine not only the features of the
educational process, methods for achieving quality of
teaching, but also the specificity of the "quality"
understanding. This article discusses and explains the
use of three of the seven tools of quality education
control in the higher military educational institutions.
According to the authors, the specificity of these
institutions is more close collaboration between the
processes of the quality management system (QMS) in
comparison with civilian educational institutions. In
military academies when the causes of
nonconformities in the educational process are
eliminated, the processes of the cadets’ "second half of
the day" are simultaneously improving. In this regard,
the scheme of processes, process maps and other
documents of the QMS of the military institution will
be significantly different from similar documents of
the civil. The forms of checklists proposed in the
article, the methods of applying the Pareto and
Ishikawa diagrams are of an applied nature
One of the key areas of interdisciplinary research is to
ensure public safety. In order to solve a number of
problems within this area we can effectively use
information technology and, in particular, an
automated pattern recognition technology and
identification of objects on digital images. There are
addition problems in objects identifying process
besides eliminating the influence of ambient light,
angle, items of clothing and headgear. To ensure the
applicability of the recognition approach to public
security issues it must meet requirements of the high
processing speed, the replenishment capabilities onthe-fly
list of known images, and the low
computational complexity of algorithms. The article
deals with the main approaches to the recognition and
identification of objects on digital images based on
statistical approaches, as well as neural network
models. We have allocate their basic features and
principles, provided a brief description of each
method. Consideration has been made in terms of the
application for the problems of public safety, in which
there is importance of the speed of the identification of
the object, the ability of quickly learning for the
system to accept new images and simultaneously
process a plurality of input images. The analysis of the
existing approaches has shown that none of them
satisfy at least one or several needs, which are defined
by domain problems of public safety