Acquiring basic knowledge in the field of computer application in the realization of electronic devices and measuring systems used in industry. Getting to know the operation of electronic devices supported by a PC. Getting to know the hardware and software architecture of industrial measuring devices. Acquiring knowledge about LabVIEW software package and realization of virtual measuring systems. Getting basic knowledge about the sensors. Mastering the student with modern technologies and trends in the field of electronic measurement. Students master the basics of realization of measurements over the Internet.

Knowledge of computer operation in realization of electronic devices and measuring systems. Ability to realize electronic devices and measuring systems using LabVIEW software package. Knowing the realization of measuring converters and adapters. Knowledge of virtual instrumentation characteristics. Realization of electronic devices that work over the Internet. Introduction to the techniques of networking of electronic measuring devices and realization of SCADA system.

Introduction to design of electronic devices and measuring systems. Characteristics of virtual instruments. Characteristics of software and hardware of virtual instrumentation. LabVIEW software package. Creating a Virtual Instrument (VI). Running the program and removing errors. Creating VI and sub-VIA. Program loops and structures. Grouping data using strings, arrays, and clusters. Local and global variables. Graphs and diagrams. Working with files. Connecting with the Matlab program. Using formulas and equations. Continuous data analysis. Event guided programming. Working in real time. Measurement and acquisition of signals. Measuring converters and adapters. Categories of the source of measurement signals. Sampling (sampling) of the signal. Devices for measuring and acquisition of signals, types: PCI, PCIe, USB, cRIO, PXI. Concept of signal and system. Measure and analyze signals using LabVIEW software package. Connecting and managing traditional measuring devices, GPIB and VISA communications. The term distributive virtual instrumentation. Realization of distant measurements. Virtual laboratories. Internet capabilities in the LabVIEW program. LabVIEW Web Servers, CGI, UDP, DataSocket and TCP / IP technology. Realization of measurement and management via the Internet. Industrial networks and protocols: RS232, RS485, DeviceNet, ProfiBus, Modbus and Ethernet. Realization of SCADA system in LabVIEW program. Automation of production.

Lectures, laboratory exercises, consultations.