Practicum of measurement and data acquisition systems

About the course

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Faculty of PhysicsWarsaw University of Technology

Zagreb University of Applied Sciences

Faculty of Technical Sciences

Ss. Cyril and MethodiusUniversityFaculty of Electrical Engineeringand Information Technologies

School of ElectricalEngineeringUniversity of Belgrade

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

The European Commission's support for the production of this publication does not constitute an endorsement of the contents, which reflect the views only of the authors, and the Commission

cannot be held responsible for any use which may be made of the information contained therein.

Praktikum iz merno-akvizicionih sistema (13E052PMS)

O kursu

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Predmetni nastavnici

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Doc. dr Milica Janković

piperski@etf.rs

Marija Novičić, saradnik u nastavi

novicic@etf.rs

Katedra za Signale i sisteme

http://automatika.etf.rs

http://bmit.etf.rs

Doc. dr Marko Barjaktarović

mbarjaktarovic@etf.rs

Petar Atanasijević, asistent

petarat@etf.rs

Katedra za Mikroelektroniku itehničku fiziku

http://nobel.etf.rs

Projektovanje merno-akvizicionih sistema

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Podsetnik

PRETVARAČI

Električna kola za analognu obradu signala

Električna kola za diskretizaciju signala

softver

ADC – analogno/digitalni konvertor, FIFO - First In First OutElektričnamerenja

Projektovanje merno-akvizicionih sistema

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Podsetnik

Mikrokontroler ili računar? Izbor je određen namenom sistema.

Arduino UNO

Arduino Nano

Raspberry Pie 3

Raspberry Pie ZeroElektričnamerenja

Projektovanje merno-akvizicionih sistema

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Podsetnik

https://www.mccdaq.com/TechTips/TechTip-3.aspx

C/C++®, C#®, Visual Basic®, and Java™

NI LabVIEW™, DASYLab, MATLAB®

Električnamerenja

Projektovanje merno-akvizicionih sistema

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Podsetnik

• Open source ili komercijalni?• Cena softvera?• Garancija?• Vreme potrebno za programiranje?• Vreme potrebno za održavanje?• Pouzdanost?• Operativni sistem?• Mogućnosti nadgradnje i multipliciranja

aplikacije?

Električnamerenja

Projektovanje merno-akvizicionih sistema

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Podsetnik

LabVIEW(National Instruments)

Arduino IDE

Električnamerenja

O kursu

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

• Fond časova: 1 čas računskih vežbi + 2 časa laboratorijskih vežbi.

(ponedeljak 8-11h (OF), 11-14h (OS) u Računskom centru)

• CILJ KURSA

Sticanje osnovnih znanja iz akvizicije podataka

Real-time programiranje

Realizacija i distribucija stand-alone aplikacija

Uvod u Vision sisteme

Softverska okruženja: LabVIEW, Python, Arduino IDE

• Sve informacije o predmetu pratiti na:

http://automatika.etf.rs/ ili http://nobel.etf.bg.ac.rs/ ili http://itasdi.uns.ac.rs(ITASDI Moodle – u test faziKreirati nalog, koristiti forum, chat i sl.)

Polaganje ispita

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

• Način polaganja ispita:

Predispitne obaveze:

NI CLAD test iz LabVIEW-a (70% NI CLAD testa je ekvivalentno 10 poena) (10 poena)

prvi domaći zadatak (LabVIEW+NI DAQ+Vision) (45 poena)

Ispitne obaveze:

drugi domaći zadatak (Python+Arduino) (45 poena)

Položen ispit nosi 3 ECTS boda.

• Skala ocena: 90 – 100 poena (ocena 10)

80 – 89 poena (ocena 9)

70 – 79 poena (ocena 8)

60 – 69 poena (ocena 7)

50 – 59 poena (ocena 6)

Studenti koji polože NI CLAD test mogu da rade specijalni zadatak umesto jednog od standardnih domaćih zadataka (ili prvog ili drugog).

LabVIEW Akademija

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

• ETF od 01.10.2010. na listi NI LabVIEW Akademija.

• Gradivo je usklađeno sa NI LabVIEW Core 1&2 kursevima.

• Besplatno polaganje ispita NI Certified LabVIEW Associate Developer (NI CLAD). NI CLADsertifikat važi dve godine. Ponovno polaganje je takođe besplatno za sve studente.

• Termin polaganja NI CLAD testa: 18-21.4. (biće naknadno objavljeno). Prijava za polaganjena času ili na e-mail novicic@etf.rs (ime, prezime, indeks, smer, mob. telefon, e-mail)

• PRIJAVA za besplatnu studentsku LabVIEW licencu u trajanju od 6 meseci ili duže:https://forums.ni.com/t5/General-Academic-Projects/Free-6-Month-Evaluation-of-LabVIEW-Student-Edition-for-at-home/ta-p/3497362

Primer domaćeg zadatka

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

MERENJE:•Merenje brzine vetra

(kontinualni merač)•Merenje brzine vetra

(web kamera)

UPRAVLJANJE:•Smerom kretanja vetroturbine•Brojem turbina za uključenje•Alarmni sistem

Inspiracija za domaći dolazi sa takmičenja

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Fakultet tehničkih nauka, Novi Sad 2018

I deo: „Vreme je novac“ II deo: individualno takmičenje

2019: Beograd

http://blsc.etf.rs/

Primeri studentskih radova

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Softver razvili studenti David Radisavljević i Bogdan Marković.

NI MyRIO

Primeri studentskih radova

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems

Softver razvili Igor Martinović, Ljubica Cimeša i Filip Bojadžievski.Aplikacija je instalirana i testirana u Specijalnoj bolnici za cerebralnu paralizu i razvojnu neurologiju, Klinika za rehabilitaciju “Dr Miroslav Zotović”

Sistem za rehabilitaciju dece sa cerebralnom paralizom

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Hvala na pažnji!

Innovative Teaching Approaches in development of Software Designed Instrumentation and its application in real-time systems