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                             52 gevonden resultaten
nr titel auteur tijdschrift jaar jaarg. afl. pagina('s) type
1 A 3D Printed Power-Split Device for Testing Energy Management Strategies Applied to Hybrid Vehicles Torres, Jose L.
 2015
 48 29 p. 164-169
6 p.
 artikel
2 A LOW-COST OPEN SOURCE HARDWARE IN CONTROL EDUCATION. CASE STUDY: ARDUINO-FEEDBACK MS-150 Reguera, P.
 2015
 48 29 p. 117-122
6 p.
 artikel
3 A Matlab Educational GUI for Analysis of GNSS Coverage and Precision Lanagran-Soler, Fernando
 2015
 48 29 p. 93-98
6 p.
 artikel
4 An Architecture to use Easy Java-Javascript Simulations in New Devices * * Sponsor and financial support acknowledgment goes here. Paper titles should be written in uppercase and lowercase letters, not all uppercase. Saenz, Jacobo
 2015
 48 29 p. 129-133
5 p.
 artikel
5 A new generation of online laboratories for teaching automatic control * * This work has been funded by the National Plan Projects DPI2011-27818-C02-02 and DPI2012-31303 of the Spanish Ministry of Science and Innovation and FEDER funds. Chacón, J.
 2015
 48 29 p. 140-145
6 p.
 artikel
6 An Industry Sponsored Video Course for Control Engineering Practitioners Starr, Kevin
 2015
 48 29 p. 59-64
6 p.
 artikel
7 An interactive tool to introduce the waterbed effect Costa-Castelló, Ramon
 2015
 48 29 p. 259-264
6 p.
 artikel
8 A Remote Refrigeration Laboratory for Control Engineering Education Beghi, Alessandro
 2015
 48 29 p. 25-30
6 p.
 artikel
9 A Virtual Laboratory to Simulate the Control of Parallel Robots Peidró, Adrián
 2015
 48 29 p. 19-24
6 p.
 artikel
10 Comparing Constrained Controllers for Nonlinear Hydraulic Plant Using Matlab Interface * * This work has also been supported by Slovensk_a e-akad_emia, n.o. Bistak, P.
 2015
 48 29 p. 283-288
6 p.
 artikel
11 Comparing Remote Laboratories from the Student Perspective Tirado, Ramón
 2015
 48 29 p. 176-181
6 p.
 artikel
12 Computing systems and the network as a control education arena Leva, Alberto
 2015
 48 29 p. 265-276
12 p.
 artikel
13 Contents 2015
 48 29 p. i-vi
nvt p.
 artikel
14 Development and student evaluation of an Internet-based Control Engineering Laboratory Chevalier, Amélie
 2015
 48 29 p. 1-6
6 p.
 artikel
15 Development of a Mobile Application for Robust Tuning of One- and Two-Degree-of-Freedom PI and PID Controllers Arrieta, O.
 2015
 48 29 p. 76-81
6 p.
 artikel
16 Education resources and teaching methodologies for the modern student and busy academic Rossiter, J.A.
 2015
 48 29 p. 217-228
12 p.
 artikel
17 E-GRAFCET+: An Internet Based Multimedia Tool Refined Oliveira, P.B. de Moura
 2015
 48 29 p. 111-116
6 p.
 artikel
18 Enthusing students to engage and learn control with flexible multimedia assignments Rossiter, J.A.
 2015
 48 29 p. 211-216
6 p.
 artikel
19 Experience from Various Technological Concepts Applied in Virtual Control Laboratory Vrána, Stanislav
 2015
 48 29 p. 277-282
6 p.
 artikel
20 Experiences on using Arduino for laboratory experiments of Automatic Control and Robotics Candelas, F.A.
 2015
 48 29 p. 105-110
6 p.
 artikel
21 Experimenting with a nonlinear Thermo-Opto-Mechanical System TOM1A * * This work has also been supported by Slovensk_a, e-akad_emia, n.o. Huba, T.
 2015
 48 29 p. 188-193
6 p.
 artikel
22 Exploring the usability of a remote laboratory for photovoltaic systems Herrera, Reyes S.
 2015
 48 29 p. 7-12
6 p.
 artikel
23 Facilitating the Creation of Virtual and Remote Laboratories for Science and Engineering Education * * Research supported by the Spanish Ministry of Economy and Competitiveness (Grant MTM2014-52920-P) and the Fundaci_on S_eneca, Research Agency of the Region of Murcia, Spain, (Grant 19294/PI/14) Esquembre, Francisco
 2015
 48 29 p. 49-58
10 p.
 artikel
24 Integrating Lab-size Automation Plants into a Web-based E-learning Environment for Teaching C Programming in Teams Vogel-Heuser, Birgit
 2015
 48 29 p. 295-300
6 p.
 artikel
25 Interactive Disturbance Observer Based Filtered PID Controller Design * * This work has also been supported by Slovensk_a, e-akad_emia, n.o. Tapak, P.
 2015
 48 29 p. 241-246
6 p.
 artikel
26 Interactive WebGL Model of Hydraulic Plant Králik, Martin
 2015
 48 29 p. 146-151
6 p.
 artikel
27 Interactivity-based control education: Some experiences at the University of Córdoba Ruiz, Á.
 2015
 48 29 p. 37-42
6 p.
 artikel
28 Introduction to theory of control in organizations for kids via interactive games Korgin, N.A.
 2015
 48 29 p. 289-294
6 p.
 artikel
29 ITADLS: An Interactive Tool for Analysis and Design of Linear Systems Díaz, J.M.
 2015
 48 29 p. 253-258
6 p.
 artikel
30 Matlab Based Interactive Model of a Speed Servo Drive * * This work has also been supported by Slovensk_a, e-akad_emia, n.o. Belai, I.
 2015
 48 29 p. 235-240
6 p.
 artikel
31 Modelling of a non-commercial UAV for control and robotics laboratory Salvador, B.
 2015
 48 29 p. 65-69
5 p.
 artikel
32 Modification of Traditional WebQuests with Applications to the Study of the Control History Pakshina, N.A.
 2015
 48 29 p. 313-318
6 p.
 artikel
33 Networking Control Education by the use of Software Defined Networking Tools and Techniques Benavices, C.
 2015
 48 29 p. 307-312
6 p.
 artikel
34 Nonlinear experiments : a saturation example Lampón, Cristina
 2015
 48 29 p. 200-204
5 p.
 artikel
35 Performing Automated Experiments with EJsS Laboratories Galan, Daniel
 2015
 48 29 p. 134-139
6 p.
 artikel
36 PID Control WebLab with LMS Integration Using SCORM Ruano, I. Ruano
 2015
 48 29 p. 301-306
6 p.
 artikel
37 PIPIMC: Computational Tool for Teaching FOPDT Model Identification and PI-IMC Tuning Araújo, Rejane de B.
 2015
 48 29 p. 70-75
6 p.
 artikel
38 Problem Based Learning Case in a Control Undergraduate Subject Perales, Manuel
 2015
 48 29 p. 182-187
6 p.
 artikel
39 Project Based Learning Methodologies Applied to Large Groups of Students: Airplane Design in a Concurrent Engineering Context Esteban, Sergio
 2015
 48 29 p. 194-199
6 p.
 artikel
40 Python based internet tools in control education VERGNAUD, Alban
 2015
 48 29 p. 43-48
6 p.
 artikel
41 Redefining voting to enable simultaneous multioperator robot navigation Srinivasan, Lakshminarasimhan
 2015
 48 29 p. 170-175
6 p.
 artikel
42 Remote Interoperability Protocol: A bridge between interactive interfaces and engineering systems * * This work has been funded by the National Plan Project DPI2012- 31303 of the Spanish Ministry of Science and Innovation and FEDER funds. Chacón, Jesús
 2015
 48 29 p. 247-252
6 p.
 artikel
43 Remote Laboratory for Cybersecurity of Industrial Control Systems Canto, Carlos J. Del
 2015
 48 29 p. 13-18
6 p.
 artikel
44 Remote Web-based Control Laboratory for Mobile Devices based on EJsS, Raspberry Pi and Node.js * * This work has been supported by the Spanish National Research Project DPI2013-46665-C2-1-R. Bermúdez-Ortega, J.
 2015
 48 29 p. 158-163
6 p.
 artikel
45 Semi-virtual Plant for the Modelling, Control and Supervision of batch-processes. An example of a greenhouse irrigation system Rodríguez, F.
 2015
 48 29 p. 123-128
6 p.
 artikel
46 Surfaces for modeling arteries in virtual reality simulators * * This work was supported by CNPq - Brazil under project number 290011/2008-6. Baier, P.A.
 2015
 48 29 p. 31-36
6 p.
 artikel
47 Teaching Control Engineering Concepts using Open Source tools on a Raspberry Pi board * * This work has been partially funded by the following projects: DPI2014- 55932-C2-1-R and DPI2014-56364-C2-1-R (financed by the Spanish Ministry of Science and Innovation and EU- ERDF funds) Hoyo, Ángeles
 2015
 48 29 p. 99-104
6 p.
 artikel
48 Using Internet-based Technologies in a University Satellite Project * * This work is supported by the Spanish National R&D&I Plan, project M2C2 (TIN2014-56158-C4-3-P). Puente, Juan A. de la
 2015
 48 29 p. 82-86
5 p.
 artikel
49 Using of the Robotic Operating System for PID control education Beschi, Manuel
 2015
 48 29 p. 87-92
6 p.
 artikel
50 Virtual assistant for individualized practical training on controller design * * This work was supported by the MCYT-Spain under project DPI2013-48243-C2-2-R. Carlos, Sanchez
 2015
 48 29 p. 205-210
6 p.
 artikel
51 Virtual Laboratory of the Ball and Plate System Fabregas, E.
 2015
 48 29 p. 152-157
6 p.
 artikel
52 Web Application for the Analysis of One Type of Disturbance Observer Based PI Control by the Performance Portrait Method Žáková, K.
 2015
 48 29 p. 229-234
6 p.
 artikel
                             52 gevonden resultaten
 
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