Czech

Not applicable.

student knows
-basic modular systems for measurement systems, IEEE 488, IEEE 1174.
-knows the terminology, measurement systems
-can determine sources of inaccuracies in the measurement system
Student will be able to
Build-specified measurement system
-define requirements for software

Knowledge of the level 1 and 2 year Bachelor degree.

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.
Techning methods include lectures and practical laboratories.
Students have to write a seven separate homeworks.
Course is taking advantage of e-learning (Moodle) system.

10 points - test
20 points - laboratory works
70 points - final examination

1. Introduction, course contents, overview of concepts
2. Theoretical Foundations of Measurement Automation - characteristics of the measuring chain, uncertainty of measurement in automated systems
3. Terminology and Models (virtual, modular, EN 60 359) el. measuring apparatus according to standards.
4. Sampling and its properties, aliasing effect and its limitations, multi-channel data acquisition
5. Standardization of automatic measuring systems, history, classification, topology.
6. GPIB (IEEE488) Interface: basic properties, bus organization, the interface function, electrical and mechanical specifications
5. Messages transmitted over the bus, addressing equipment, example of the measuring system based on GPIB
7. Multiple-conductor GPIB messages and status reporting. IEEE 488.2
8. Extension GPIB SCPI. Software for creating and controlling measurement. systems, survey software
9. Modular systems - CAMAC, VXI, PXI, PXI Express
10th Communication measuring instruments to a PC (RS232, USB)
11th Computer technology in the automation of measurement - Digital signal processors, generation, general properties. DSP TMS320C6748, obvody ARM+DSP (OMAP138 TI)
12th Analog devices in measuring systems - criteria for selection switches analog signals, amplifiers (modulation-device with galv. Separation), rectifiers for measuring technology, samplers, A/D and D/A converters

Not applicable.

The aim is to teach students to work with measurement systems and propose them to the hardware level, an overview of the standards in this area. Student is able to determine the measurement uncertainty in the system, select a suitable design and build the system. He knows the way to describe the system to forward the requirements for software design.

Participation in laboratory work is required, based on a submission of two projects. After talking with the teacher may opt to replace.

Not applicable.

Not applicable.

Not applicable.

Not applicable.