Virtual Laboratory for Creative Control Design Experiments

Uran, Suzana; Jezernik, K.

doi:10.1109/te.2007.906599

Cited by 52 publications

(23 citation statements)

References 5 publications

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“…MATLAB enables supporting the server technology for applications with its web server toolbox. MATLAB Web Application based on MATLAB web server was used to develop educational software in literature [7][8][9][10][11][12]. More examples of such related works in the literature can be found.…”

Section: Web-matlab Integration Technologiesmentioning

confidence: 99%

Design and Realization of Mathematical Experiment Examination System Based on Java and Matlabcontrol

Cai¹,

He²,

Yang³

2016

International Journal of Modern Education Forum

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In this work, a novel remote examination system using up to date software technology is designed to make the test work convenient and efficient with the help of Web-based tests and grades. Students experiment with MATLAB software in mathematical experiment course. According to the characteristic of mathematical experiment, an on-line testing system based on Java and MATLAB is designed. While online examinations or grades are being performed, data obtained by the examination system are simultaneously transferred to the MATLAB application. Then, the system generates both graphical and numerical results about the current experiment and all results are sent to a user-friendly web interface to give users feedback. It's combination of MATLAB and Java Web technology. The key technology and procedure of calling MATLAB from Java via matlabcontrol are summarized. A new way of developing related software is offered.

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Section: Web-matlab Integration Technologiesmentioning

confidence: 99%

Design and Realization of Mathematical Experiment Examination System Based on Java and Matlabcontrol

Cai¹,

He²,

Yang³

2016

International Journal of Modern Education Forum

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“…With the use of the command ">> system", binary files can be executed, and this function permits the use of input parameters that in here was useful to set the simulation parameters: the number of slits, width, etc. This and more is explained in the MATLAB-GUI manuals and related papers [5], [22].…”

Section: Tool Descriptionmentioning

confidence: 99%

Educational Software for Interference and Optical Diffraction Analysis in Fresnel and Fraunhofer Regions Based on MATLAB GUIs and the FDTD Method

et al. 2012

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Interference and diffraction of light are elementary topics in optics. The aim of the work presented here is to develop an accurate and cheap optical system simulation software that provides a virtual laboratory for studying the effects of propagation in both time and space for the near and far field regions. In laboratory sessions this software can let optical engineering undergraduates simulate many optical systems based on thin slits. The numerical method used is the Finite-Difference TimeDomain method that has been succesfully applied in many engineering fields. Using this numerical method, the irradiance distribution can be succesfully evaluated in different planes far from the simulation grid without degrading performance. In addition, an easy-to-use MATLAB GUI handles all the parameters of the FDTD simulation and computes theoretical values of irradiance for both the

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“…This type of learning media has been widely implemented in a number of electronic engineering education and training, such as the topic of basic electronic [2], digital electronic [3], robotic [4] or mechatronic [5], Control system [6], Electric machines [7], Power Electronics [8], energy generation [9], computer programming [10] and other relevant scopes. Besides the practical material, this learning media also includes some other facilities, to name a few online meetings, online test and so on, group discussions.…”

Section: Introductionmentioning

confidence: 99%

Virtual Labs of Analog Oscillator

Salman

2016

Int. J. Onl. Eng.

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Abstract-this paper discusses the functional system of a learning media product development; the design and implementation of a virtual lab with analog oscillator comprising 4 (four) practical topics of digital oscillator, namely (1) Wien Bridge oscillator, (2) Colpitts oscillator, (3) Hartley oscillator and (4) Astable Multivibrator. This Virtual Laboratory was built using Adobe Flash CS6 action script 3.0. It comprises several parts, they are initial page (flash scren), main page or home page, practical page and a page about the developer. This media is accessed offline on a computer standalone based with the extension of .exe or .swf which is constructed by 24 frames per second (fps). This media can be operated by changing the Resistor (R), Inductor (L) and Capacitor (C) components and being continued to the plug and play from the RLC to the tool kit or trainer kit, while the output can be seen in the measuring devices; the frequecy counter and oscilloscope. The second product is a digital jobsheet as a supplementary for the practical which contains prequisites for conducting the practical, introduction, anatomic information of the virtual lab, directions for using e-jobsheet and the virtual lab, as well as the practical procedures and test items for evaluation.

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Virtual Laboratory for Creative Control Design Experiments

Cited by 52 publications

References 5 publications

Design and Realization of Mathematical Experiment Examination System Based on Java and Matlabcontrol

Design and Realization of Mathematical Experiment Examination System Based on Java and Matlabcontrol

Educational Software for Interference and Optical Diffraction Analysis in Fresnel and Fraunhofer Regions Based on MATLAB GUIs and the FDTD Method

Virtual Labs of Analog Oscillator

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