DESIGN AND IMPLEMENTATION OF ASYNCHRONOUS REPORT GENERATING SUBSYSTEMS IN INFORMATION SYSTEMS

This article offers the reader a description of the methodology for the design and implementation of asynchronous reporting subsystems based on templates for client-server Information Systems built using web technologies. The article provides step-by-step recommendations: from organizing the basic structure of report templates to integrating a ready-made report generator into the Information System.

STRUCTURAL FEATURES OF NANOPRISE GLASSES AFTER HIGH-TEMPERATURE SINTERING

Nanoporous glass is a matrix for composite optical materials, in which, by impregnating various activators, it is possible to initiate the appearance of properties uncharacteristic of composite materials. In this case, the main parameter of the structure of nanoporous glass is porosity, which can be controlled by the method of hightemperature sintering. In this work, we have studied the effect of thermal sintering on the structure of porous glass.

WAREHOUSE OPERATIONS OF PASSENGER SERVICE CAR DEPOT WITH LOGISTICS ELEMENTS

The article discusses the issues of rational organization of the warehouse process of storing inventory, the sequential implementation of warehouse operations, the improvement of labor organization and technological solutions, the effective use of various equipment involved in the performance of technological operations at the warehouse of the carriage depot of the Joint Stock Company «Uzpasstrans». The issues of creating a database for storing goods, an effective system for organizing their account are considered. The ER-diagram of the database of warehouse inventory of spare parts and components has been developed. The functions and procedures for working with database data on components and spare parts located in the warehouse of the carriage depot have been determined.

MODELING AND INVESTIGATION OF THE REGULATOR WORKING IN THE POINTWISE SLIDING MODE

The main disadvantage of the classic sliding mode is that the control signal is made of high frequency variations. In the recommended pointwisesliding mode the frequency of the variations decreases, since the control signal makes jumps at the isolated points. At the same time, the trajectory remains in a small neighborhood of the plane of switching. In the finish mode, the trajectories that start over the sliding plane reach simultaneously the equilibrium point. It is possible to assume that these regulators will expand the implementation scope of the sliding (quazisliding) modes.

SYSTEM APPROACH TO DESIGNING TECHNICAL MEANS OF SEEDING

In the conditions of market relations, agricultural enterprises begin to independently focus on the recommendations of agricultural science using their own experience and choose the necessary machines and implements for crop production technologies that meet the requirements for productivity, reliability and economic capabilities of farms. In agricultural science and practice, a large number of experimental factors have accumulated, which are taken into account when designing new technological processes and working bodies. Currently, in connection with the automation of design, there is an urgent need to comprehend the accumulated experience and build the foundations of the theory of designing technologies and machines, revealing the basic laws of the design process. So, based on the essence of the systemic approach, a methodology has been developed, where, due to deductive generalization of the results obtained by agricultural science and practice, that is, «top — down» using the formed principles of the whole system and more specific statements that reveal the structure and content of design solutions. The structure of the structure of the principle of compatibility is described, which is characterized by internal integrity, due to the interconnectedness of the principle and statements of various levels.

5G NETWORK THREAT ANALYSIS

This article is about analyzing threats in the network 5G.

DEVELOPMENT OF AN EFFECTIVE TECHNOLOGY FOR OBTAINING A FASTENING BASED ON OXIDIZED STARCH AND SYNTHETIC WATER-SOLUBLE POLYMERS

In the article results of suitable the technology of reception of thickeners for use at stuffing of fabrics on the basis of natural and synthetic polymers received from local source of raw materials are shown. As have shown results of researches, use of polymeric systems on the basis of the oxidised starch as thickener leads to improvement operational and coloristic characteristics of stuffed fabrics.

METHODOLOGICAL BASIS OF APPLICATION OF SYSTEM ANALYSIS TO JUSTIFICATION OF THE MACHINE SYSTEM

The basic concept of system analysis is a system, that is, an object that interacts with the external environment and has a complex internal structure, a large number of components and elements. Interacting elements with a certain integrity are allocated into functional subsystems. The technique of choosing the most efficient machines depending on the conditions of use and assessing their technical level is stated. The block diagram of the variant technology of cultivation of grain crops is presented, which allows you to choose alternative options for technical means based on their effectiveness.

INCREASING THE EFFICIENCY OF THE LED BY NANOSTRUCTURING

Increasing the use of LED technologies in the modern world requires maximum efficiency with minimal production costs. Combining several technological methods of production allows you to solve the task.

TEST AUTOMATION TECHNOLOGY OF ANDROID APPLICATIONS USING THE WEBDRIVER PROTOCOL ON THE .NET PLATFORM

The article deals with the development of automated tests utilizing the WebDriver Protocol. The WebDriver and Appium technologies are analyzed, that allow implementation of automated tests of Android applications at the level of the graphical interface on the .NET platform. The most useful patterns in the development of GUI tests are investigated. The project architecture is proposed, which allows you to simply develop reliable and supported automated tests of mobile applications on the .NET platform.