Online Experimentation: Emerging Technologies and IoT

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Online Experimentation: Emerging Technologies and IoT

A new book I was involved in with a chapter about „Unified Remote and Virtual Lab Solutions for Engineering Education“ was just published.
It took now some time to get it edited and finally printed, but it was worth the time to wait for.

Here  a part taken from the foreword, written by Mark Schulz from University of Queensland:

This book provides glimpses into contemporary research in the domain of remote experiments,
but the ideas also range over the domains of telehealth, collaborative learning environments,
the role and use of mobile devices, brain-computer interfaces, haptic feedback (with one
application in training dentists), virtual reality and materials processing.

Online Experimentation: Emerging Technologies and IoT book

Online Experimentation: Emerging Technologies and IoT book

 

Following the table of content:
1. A Collaborative Environment for Dynamic Geometry Software
2. A Simulation Tool for Telehealth Streams Analysis Based on Pattern Recognition Techniques
3. Augmented Reality Tools for Online Exploration
4. BCI Sensor as ITS for Controlling Student Attention
5. Building Haptic Infrastructure to Enhance Motivationally Themed Classes
6. Buildings Maintenance Activity Supported on Virtual Reality Technology
7. Chemistry in the e-Lab Laboratory: A New Wave
8. Combining Intelligent Tutoring Systems and Collaborative Environments with Online Labs
9. Hybrid Laboratory for Rapid Prototyping in Digital Electronics
10. IoT in Remote Physiological Data Acquisition
11. MARE: Mobile Augmented Reality Based Experiments in Science, Technology and Engineering
12. Online Presentation of the Performance Portrait Method
13. Opening up Education: Quality Matters and Personalization
14. Remote Experiment Applied to Teaching Hooke’s Law Using a Didactic
15. Remote Laboratories for Experimental Research and Practical Training in Technological Universities
16. Stem Oriented Remote Access Laboratories with Distributed Peer-To-Peer Architecture
17. The Integration of On-site and Online Lab Experimentation – the Way to Attract Engineering Students With Different Learning Styles
18. The Pedagogy behind the e-Lab Laboratory
19. The Use of Embedded Smart Modules for Designing Standard-based and Reconfigurable Weblabs
20. Transferring On-line Science and Engineering Courses for Use in Developing Countries
21. Unified Remote and Virtual Lab Solutions for Engineering Education
22. Using Mobile Devices for Conducting Experimental Practices in Basic Education
23. Virtual Reality and Haptics for Product Assembly, Surgical Simulation and Online Experimentation
24. Virtual Testing of the Hygrothermal Residual Stresses in Functionally Graded Composites: Modelling and Optimization
25. Web Tool to Improve the Event Risk Assessment in Cardiovascular Disease Patients
26. Why Illustrative Remote Experiments in Mechanics are so Rare ?

 

 

By | 2017-01-29T10:31:38+00:00 Februar 19th, 2016|Internet of Things, Short Notice, Technology enhanced learning|0 Comments

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