Моделирование инфраструктуры информационных технологий
In article an example of application of the system ASONIKA at the design of radio-electronic means is considered. The formulation of the problem and steps of the solution are presented.
This article focuses on the analyses of the IT infrastructure management for business. The author approaches the problem of the transition from technological and managerial chaos to the modern concept of IT infrastructure as a set of IT services. The integration of these services into the business of the enterprise is highlighted. The IT infrastructure formal model is designed. The application of this model for IT services cost optimizing is considered.
Set out the process of preparation and holding of computer modeling of digital devices on-Board equipment of space vehicles. These digital devices are protected from the risk of dielectric printed sites ESD, as a result of internal electrified, high conductivity of a dielectric - nano conductivity. A distinctive feature of the proposed process modeling is the count of nano conductivity dielectric printed sites on the parameters of the digital device.
New quasi – 3D numerical model for electrical and thermal analysis of microelectronic semiconductor devices is presented. The general 3D heat transfer and electrical field problems are correctly transformed to the set of 2D equations for temperature and electrical potential distributions in different layers of the device. The complexity and CPU time of the electro-thermal analysis are many times reduced. The results of different devices electro-thermal modeling for different types of semiconductor devices and ICs are presented.
The aim objective of SMMS2015 is to present the latest research and results of scientists related to Simulation, Modelling and Mathematical Statistics topics. This conference provided opportunities for the different areas delegates to exchange new ideas and application experiences face to face, to establish business or research relations and to find global partners for future collaboration.
The article describes main problems with process management and BPMS technologies in the education system, the issues of integration between process management and business intelligence systems in educational IT infrastructure. The future potential of data-centric systems in educational institutions and modern approaches to increasing the value of information are considered.