Labicom.net &amp;#x2014; Putting your laboratory online in less than five minutes with WebPager tool: Automatic generation and real-time control of a LabVIEW based laboratory server from pluginless HTML page

Remote and virtual labs are becoming increasingly more important in engineering education. With growing number of students it is desirable to automate teacher's work as much as possible. A number of plagiarism checking software tools already exist but they are mostly text-oriented. Laboratory session reports usually contain many graphs and plots. Also, in the case of remote and virtual laboratories a master copy of experimental data produced by students is also at teacher's disposal. This paper addresses the problems connected with the laboratory work reports provided by students. The software solution for mitigating such problems in a pilot remote laboratory is described. Details of technical implementation of such system are discussed. A new format for unique identifiers for experimental data in remote labs is proposed. It is argued that not only such system can potentially prevent students from cheating but it can also prevent them from attempting to cheat.

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“…Labicom.net provides infrastructure and software solutions (e.g., WebPager [5]) for on-line laboratories.…”

Section: Future Workmentioning

confidence: 99%

Antiplagiarism in educational remote laboratories done right: Technological, educational and psychological implications

Titov

Glotov

Bondarenko

et al. 2014

2014 IEEE Global Engineering Education Conference (EDUCON)

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“…Therefore, using LabVIEW can develop applications that can be accessed through a browser with minimum requirements of each computing system [8]. So the engineering training branch cannot fold very well on an online education model, the last two years that have passed, years marked by the pandemic, have highlighted the importance of such a training system.…”

Section: Introductionmentioning

confidence: 99%

Using virtual instrumentation in the application study of electronic devices

Patrascoiu

Rus

Roșulescu³

2022

MATEC Web Conf.

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Continuous technological developments require proper training of future specialists through the use of modern training systems. This paper presented in detail both hardware and software structures in a laboratory stand for interactive training of future professionals in the fields related to using electronic devices. Virtual instrumentation is the basics of these applications in terms of data acquisition, processing, and display in a form as explicit and easy to understand of the results. The entire system was created using National Instruments equipment to generate the input stimulus signals to generate both input signals and receive response signals. For various electronic circuits or devices, software applications were created in the LabView graphics development environment. Builds in the form of interactive applications the virtual instruments offer the opportunity for future professionals to benefit from a complete training starting from studying the theoretical part of laboratory work, visualizing the implementation schemes, and making measurements that are then used to make different analyses of results.

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“…LabVlEW is graphical programming environment has several features that allow the developer to easily create engine test software [2]. Programming knowledge of any other language is not required [3]. It is a software application from National Instruments that is specially designed for easy and powerful data recording, visualization and analysis [4].…”

Section: Introductionmentioning

confidence: 99%

Multiple Signal Source Terrain Topography Determination using Labview VI Algorithm

2019

IJRTE

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To apply the knowledge in hardware and software integration, as well as utilizing the NI LabVIEW and NI myDAQ signal acquisition attribute. The aim of this research paper is to provide a solution for determining the type of land topograhy through the detection of incoming multiple groundwave signals from different oscillation sources. Aside from source determination and notification, the user will also be able to visualize, analyze, and classify the type of the incoming signal which depends upon its response as it passes through an indefinite terrain. The system will be using Low Frequency (LF) ground-wave oscillations. This paper deals with the concern using the finite-difference time-domain (FDTD) of topographic terrain identification through soil conductivity and creating a virtual instrument (vi) that will execute a determination algorithm. The LabVIEW program that will be implemented is multiplatform, it will be able to support different versions of LabVIEW depending on the program availability and to support real-time targets

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Labicom.net — Putting your laboratory online in less than five minutes with WebPager tool: Automatic generation and real-time control of a LabVIEW based laboratory server from pluginless HTML page

Cited by 9 publications

References 2 publications

Antiplagiarism in educational remote laboratories done right: Technological, educational and psychological implications

Antiplagiarism in educational remote laboratories done right: Technological, educational and psychological implications

Using virtual instrumentation in the application study of electronic devices

Multiple Signal Source Terrain Topography Determination using Labview VI Algorithm

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