The paper discusses a novel approach to solving large systems of linear ordinary differential equations of the first order. This paper describes the introduction of a new reduced computational scheme based on the Euler methods. Given the nuances of the algorithmic construction of the computational scheme. The estimated error of this scheme in comparison with the implicit Euler method. Calculated time implementation costs reduced computational schemes. The study was implemented in the framework of the Basic Research Program at the National Research University Higher School of Economics (HSE) in 2014.
The development of cognitive technologies contributes to the effective introduction of Artificial Intelligence into the everyday life of a person. New interfaces for device-human interaction appear. Understanding the natural language of human is one of the most promising areas of the development of Artificial Intelligence. Voice assistants are a striking example of such systems, they can be integrated into many other intelligent systems and improve the convenience of human-computer interaction. In this paper, the main shortcomings of voice assistants, the principles of functioning and possible ways of development of this technology are described. The development of an autonomous voice assistant is described.
The paper represents creation of macro-models of component parts of computer engineering means by the example of secondary power supply. Macro-model is used as unified form of record by means of analytic form for each component part. This is advantage of the macro-model and difference from the numerical method. In the paper is made accurate definition numerical value of base failure rate in the range of temperature from 0 to +70 C, which producing companies indicate for the equipment. The developed macro-models allows to specify the reliability characteristics of calculated component parts depending on terms and conditions of its application, also has been solved problem of effectiveness of component parts application.
This paper describes aspects of development of decision support system based on neural networks and a genetic algorithm. We justify the use of general-purpose computing on graphics processing units (GPGPU) for our decision support system. Example of CUDA successful application to increase computing performance of the system in question is presented.
Many third party applications installed in a Linux system only requires a minimal base components from the target distribution and it is logical to put them intsome isolated environment which will guarantee additional stability and safety - for example, in case when application libraris overrided the system ones.
Container (more particular - isolation techniques that are present in the modern Linux kernel) is a good candidate for such environment. Distributiong applications as container sets beceome more and more popular nowadays. Howerver, traditional package managers that are currently used to manage software in most Linux distributions can be hardly integrated with containers. In this paper we will describe possible alternatives and their integration with existing Linux variations.
The article describes the parametric reliability of the twisted pair cable via the coefficient of transmission of information. The dependence of the reliability from the bit rate changing is also given.
The paper presents the results of the review and analysis of media content management systems on the basis of the mirrors. We present descriptive model and architecture of the developed system. The novelty consists in the development of a new device that allows users to interact with the Internet and manage media content using augmented reality. The article considers designed logical and physical model of system hardware and describes developed algorithms of the system. There are described a soft shell and new algorithms that significantly increase the amount of user interaction with his reflection, internet and media content using augmented reality.
The paper briefly investigates the historical formation and current practice of participatory design since its dawn till these days across a range of keys works. Also a series of current cases were described to formulate relevant research questions.
The paper is devoted to the Landscape tool designed by Canonical to automate computer management.
Polymer materials are widely used in various fields of human activity, including space technology and nuclear power. As in the first and in the second case the operations polymeric materials are exposed to ionizing radiation. Naturally, under such influence alters the electrical properties of these materials. Such changes in the properties of, known as radiation effects. Radiation Effects agreed to be divided into two classes: radiation effects are reversible and irreversible consequences. Postbeam or irreversible effects take place in the optical and mechanical properties of polymers. For example, there is an irreversible decrease in tensile strength. The main radiation effect is reversible - the effect is a significant increase in the polymer and the conductivity of radiation exposure in a rapid decrease in the conduction of action termination. This polymer is referred to as the electrical conductivity of the electrical conductivity of the radiation (ER). ER - is the main factor that regulates the amount of charged polymer under electron irradiation. Study of this phenomenon in the present study.
The article presents the two main value orientations of human-centered design, describes six main approaches that should be taken into consideration when defining the strategy of innovation’s design.