Code……. Course item:……. 1. INFORMATION ABOUT THE

Code…….
Course item:…….
1. INFORMATION ABOUT THE COURSE
A. Basic information
Name of course
Study level
Unit running the study
programme
Study programme
Speciality
Name of teacher (s) and
his academic degree
Introductory courses
Technical Physics Specialist Laboratory
first degree
Institute of Mathematics and Physics/ Department o Chemical
Technology and Chemical Engineering
Technical Physics
Computer Metrology with Informatics
Adam Dittmar-Wituski, PhD
Application of Computers in Laboratory, Physics
MATLAB programming, programming in LabView, knowledge of
computer measurement systems
Prerequisites
B. Semester/week schedule of classes
Semester
Lectures
Classes
winter
Laboratories
Project
Seminars
Field
exercises
75
ECTS
6
2. EFFECTS OF EDUCATION (acc. to National Qualifications Framework)
Knowledge
Skills
Competences
On successful completion of the course student knows measurement
systems based on computer controlled instruments and data acquisition
cards, student is supposed to make measurements by computer controlled
system and to write computer program for measurement system control
On successful completion of the course student is supposed to select proper
programming environment, select control algorithm for experimental
measurement system, use it in practice and evaluate correctness of
measurements.
On successful completion of the course student is supposed to, use MATLAB
and LabView programming environment and is able to project graphical user
interface for a specified measurement task.
3. TEACHING METHODS
laboratory, project design
4. METHODS OF EXAMINATION
preparation of 3-4 projects (computer program and measurement results), written reports
5. SCOPE
Project
Virtual oscilloscope Graphical User Interface Measurement of electrical
quantities by means of computer controlled devices and Data Acquisition
Cards. Generation of voltage signal. Real generator controlled by computer
and DAQ-based waveform generator. Two-state and PID Controller. Project
of temperature controller, application of the PID algorithm and determination
of PID parameters. Investigation of Battery properties and characteristics.
Measurements of battery capacitance. Electrical filters. Investigation of
electrical filter properties, measurements of resonance frequency and filter
characteristics. Damped electrical oscillations. Investigation of electrical
impulse filter response, measurement of relaxation time and filter quality
factor. Step-motor. Programming and control of step motors. Sound velocity.
Measurement of the sound velocity in air by DAQ and sound signal analysis.
Image measurement. Image recording by the CCD camera, image quality and
resolution analysis.
6. LITERATURE
Basic literature
Supplementary
literature
Chruściel M., 2008. LabView w praktyce. BTC.
Praca zbiorowa pt. Laboratorium pomiarów wielkości fizycznych, 1998. Wyd.
Uczel. ATR w Bydgoszczy.
Winiecki W., Nowak J., Stanik S., 2001.Graficzne zintegrowane środowiska
programowe do projektowania komputerowych systemów pomiarowokontrolnych. PWN-Mikom Warszawa.
Bubnicki Z., 2005. Teoria i algorytmy sterowania. PWN Warszawa.
Data Acquisition Toolbox™ 2 User’s Guide. Mathworks,
http://www.mathworks.com/access/helpdesk/help/pdf_doc/daq/daqug.pdf.
Instrument Control Toolbox™ 2 User’s Guide. Mathworks, http://www.
mathworks.com/access/helpdesk/help/pdf_doc/instrument/instrument.pdf.
Image Acquisition Toolbox™ 3 User’s Guide. Mathworks,
http://www.mathworks.com/access/helpdesk/help/pdf_doc/imaq/imaq_print.pdf
Control System Toolbox™ 8, User’s Guide. Mathworks,
www.mathworks.com /access/helpdesk/help/pdf_doc/control/usingcontrol.pdf.
Image Processing Toolbox™ 6 User’s Guide. Mathworks,
http://www.mathworks.com/access/helpdesk/help/pdf_doc/images/images_tb.pdf
TM
LabVIEW PID Control Toolkit User Manual. National Instruments,
http://www.ni.com/pdf/manuals/372192b.pdf
IOtech Signal Conditioning Handbook. IOtech,
http://www.iotech.com/handbook/handbook.aspx,
http://www.mccdaq.com/handbook/handbook.aspx