A robust Smith predictor modified by internal models for integrating process with dead time. - Milic R. Stojic; Milan S. Matijevic; Ljubisa S. Draganovic (IEEE Trans. Autom. Control., 2001)

Remote System for Development, Implementation and Testing of Control Algorithms. - Vladimir M. Cvjetkovic; Dragoljub Stevanovic; Milan S. Matijevic (Int. J. Online Eng., 2007)

Helicopter Laboratory Model Experiment With Web Access. - Vladimir M. Cvjetkovic; Milan S. Matijevic; Milan D. Grujovic; Miladin Z. Stefanovic (Int. J. Online Eng., 2009)

Method of design and specification of web services based on quality system documentation. - Miladin Z. Stefanovic; Milan S. Matijevic; Milan Eric; Visnja Simic (Inf. Syst. Frontiers, 2009)

Web-based laboratory for engineering education. - Miladin Z. Stefanovic; Milan S. Matijevic; Vladimir Cvijetkovic; Visnja Simic (Comput. Appl. Eng. Educ., 2010)

A LabVIEW-based remote laboratory experiments for control engineering education. - Miladin Z. Stefanovic; Vladimir Cvijetkovic; Milan S. Matijevic; Visnja Simic (Comput. Appl. Eng. Educ., 2011)

The development and implementation of a thermal process trainer for control and measurement via the Internet. - Milan S. Matijevic; Miladin Z. Stefanovic; Vladimir M. Cvjetkovic; Vladimir Jokovic; Nenad Babajic; Miroslav Ravlic; Snezana Nestic (Comput. Appl. Eng. Educ., 2014)

Building Remote Lab for Robot SLAM Algorithm Testing. - Nikola D. Jovic; Radomir Mitrovic; Milan S. Matijevic (RAAD, 2016)

Overview of Architectures with Arduino Boards as Building Blocks for Data Acquisition and Control Systems. - Vladimir M. Cvjetkovic; Milan S. Matijevic (Int. J. Online Eng., 2016)

LEGO Web laboratory at University of Kragujevac. - Nikola D. Jovic; Milan S. Matijevic (EDUCON, 2017)

Remote labs and problem oriented engineering education. - Milan S. Matijevic; Nikola D. Jovic; Milos S. Nedeljkovic; Dorde S. Cantrak (EDUCON, 2017)

Design of WEB Laboratory for Programming and Use of an FPGA Device. - Nikola D. Jovic; Milan S. Matijevic (REV, 2017)

Laboratory Model of Coupled Electrical Drives for Supervision and Control via Internet. - Milan S. Matijevic; Zeljko V. Despotovic; Milos Milanovic; Nikola D. Jovic; Slobodan N. Vukosavic (REV, 2017)

Virtual instruments and experiments in engineering education lab setup with hydraulic pump. - Milos S. Nedeljkovic; Djordje S. Cantrak; Novica Z. Jankovic; Dejan B. Ilic; Milan S. Matijevic (EDUCON, 2018)

Engineering education lab setup ready for remote operation - pump system hydraulic performance. - Milos S. Nedeljkovic; Novica Z. Jankovic; Djordje S. Cantrak; Dejan B. Ilic; Milan S. Matijevic (EDUCON, 2018)

Design and Use of Digitally Controlled Electric Motors for Purpose of Engineering Education. - Milan S. Matijevic; Milos S. Nedeljkovic (ICL (1), 2018)

Lectures in Rotodynamic Pumps - From Design and Simulations to Testing. - Djordje S. Cantrak; Novica Z. Jankovic; Milos S. Nedeljkovic; Milan S. Matijevic; Dejan B. Ilic (IMCL, 2018)

Problem-Oriented Learning Based on Use of Shared Experimental Results. - Milan S. Matijevic; Milos S. Nedeljkovic; Dorde S. Cantrak; Novica Z. Jankovic (IMCL, 2018)

Virtual Instrumentation Used in Engineering Education Set-Up of Hydraulic Pump and System. - Milos Srecko Nedeljkovic; Djordje S. Cantrak; Novica Z. Jankovic; Dejan B. Ilic; Milan S. Matijevic (REV, 2018)

Poster: Remote Engineering Education Set-Up of Hydraulic Pump and System. - Milos Srecko Nedeljkovic; Novica Z. Jankovic; Djordje S. Cantrak; Dejan B. Ilic; Milan S. Matijevic (REV, 2018)