REMOTE AND MOBILE EXPERIMENTATION PUSHING THE BOUNDARIES OF AN UBIQUITOUS LEARNING PLACE Authors:...
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Transcript of REMOTE AND MOBILE EXPERIMENTATION PUSHING THE BOUNDARIES OF AN UBIQUITOUS LEARNING PLACE Authors:...
REMOTE AND MOBILE EXPERIMENTATIONPUSHING THE BOUNDARIES OF AN UBIQUITOUS LEARNING PLACE
Authors:
Ricardo Jorge G. da Silva Nunes da [email protected]
Gustavo Ribeiro da Costa [email protected]
Nancy, May 2006
2/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Presentation outline
Introduction Educational Concepts Experimentation Scenario Technology
– Mobile Devices – Wireless Networks
Remote Lab Infrastructure Requirements Example of a Simple Mobile Experiment Conclusions
3/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Introduction
Technology:– is the major change factor of society;– improves people’s lives;– gives flexibility to access knowledge;– incentives developing new applications for the teaching/learning process.
Time Line: technology vs educational concepts:
is the local access to educational resources using PCs
is the Web access to educational resources using PCs, supported by Virtual Learning Environments is the Web access to remote
experiments in sciences and engineering using PCs
is the wireless network access to educationalresources using mobile devices
is the wireless network access to remote experiments using mobile devices
4/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Educational Concepts
CBLComputer Based Learning
E-Learning
Remote Experimentation
M-Learning
Mobile Experimentation
Enablin
g
technolo
gies
Mobile Experimentation: is the access to remote experiments using mobile devices, like mobile phones, PDAs and smartphones, focus on the improvement of education in engineering and sciences areas.
• Mobility• Flexibility• Availability• Just-In-Time-Learning
5/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Experimentation Scenario
6/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Characterizing TechnologyMobile Devices
7/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Characterizing TechnologyWireless Networks
Internet
Internet
Router/Gateway
Server
Base Station
Cellular Networks
(GSM, GPRS, UMTS, ...)LAN
WAN
Router Bluetooth
Bluetooth
Lab Infrastruture
Mobile phone
WI-FI
WANWI-FI
Database(resources)
Server
PCs
PDAsSmart phones
Router Wi-Fi(PAN)
Wi-Fi (HotSpots) Instrumentation
8/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Remote Lab Infrastructure Requirements
Server Application
XML fileApplicationInterfaceRemote
Experiment
Java Servlet Technology
(J2SE or J2EE)
eXtensible Markup
Language (XML)
(J2ME )
The teacher has the ability to change the
interface functionalities
Midlet Servlet
Server
Clie
nt
dev
ice
Java application
Device characteristics
Server (e.g. Tomcat)
Parsing
(J2SE or J2EE )
Applet
PC
Mobile device
9/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Example of a Simple Mobile Experiment
Internet
ServerDigital
Multimeter
Mo
bile
ap
plic
atio
n (
Mid
let)
http://193.136.61.200:8080/multApplet.html
J2ME Wireless Toolkit
Re
mo
te
Infr
astr
uct
ure
Application (Applet) in a Web Browser
10/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
Conclusions
•Mobile Experimentation:
• gives more benefits for engineering and sciences e-courses;
• gives more flexibility, mobility and motivation to students for running remote experiments;
• requires the use of an architecture based in a XML layer for developing versatile software applications,
beneficial for teachers and students.
11/11
Ricardo Costa - ASBoHS - May [email protected] - http://www.laboris.isep.ipp.pt/rjc
THANKS FOR YOUR ATTENTION