Abstract

The recent progress in REMLABNET (www.remlabnet.eu ), namely its LTI Federation possibilities with other systems and multiparameter simulations embedded, is presented together with the main recent features of REMLABNET (as a Remote Laboratory Management System). At present the available real remote experiments have been provided for Go-Lab EU FP 7 project. The system with about 20 remote experiments has been with success running since 2013 and has been since constantly improved thanks to the project of the Swiss National Science Foundation (SNSF) - “SCOPES”.

Highlights

  • ! Learning Tools Interoperability (LTI) federation to any arbitrary system as, e.g. LMS system MOODLE, into one cooperating system sharing remote experiments

  • The paper is a free continuation of the papers on Remote Laboratory Management System (RLMS) REMLABNET II published in REV 2015 in Bangkok [2] designed for integrating and management of remote experiments (REs) for secondary schools iJOE ‒ Vol 13, No 10, 2017

  • The university level with the special focus on its role in research- based teaching and REMLABNET III published in REV 2016 in Madrid, where we dealt with the problem of Go-Lab federation [3]

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Summary

Context - Introduction

Federated remote laboratory management system, REMLABNET IV (version 2017), for the integrating and management of remote experiments, is presented. The history and reasons for RLMS system REMLABNET are to be found in the original paper [1]. The system uses new features added to REMLABNET in 2016, namely:. The paper is a free continuation of the papers on Remote Laboratory Management System (RLMS) REMLABNET II published in REV 2015 in Bangkok [2] designed for integrating and management of remote experiments (REs) for secondary schools iJOE ‒ Vol 13, No 10, 2017. The university level with the special focus on its role in research- based teaching and REMLABNET III published in REV 2016 in Madrid, where we dealt with the problem of Go-Lab federation [3]

Purpose of REMLABNET
Federation and LTI of RLMS
Multiparameter simulations embedded in remote experiments of RLMS
REMLABNET- feature and outcomes
Authors
Full Text
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