The document discusses the application of Internet of Things (IoT) technologies in education. It describes how sensors can be used in smart classrooms and schools to track factors like student attention, presence, and activity levels. Examples of sensors mentioned include those that monitor sound, light, temperature, and eye tracking. The document also discusses how IoT can enable personalized and adaptive learning by analyzing data from these smart learning environments. Overall, the goal of applying IoT in education is to create new smart classroom and school experiences that improve the learning and teaching process.

1. Application of the Internet of Things
in Education
Marge Kusmin
19.04.2017

3. Internet of Things

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Google trends since 2004: Internet of
Things

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Since the earlier stages of Internet of Things (IoT) network development many
authors have attempted to define this system in many forms, including Internet
of Everything, Internet of Anything, Internet of People,
Internet of Signs, Internet of Services, Internet of Data or
Internet of Processes, according to (Oriwoh & Conrad, 2015), and the
study conclusions led to a definition that is currently satisfactory, i.e., IoT
represents ‘anything at all, depending on requirements’.
C. Cornel Ph. D, “The Role of Internet of Things for a Continuous Improvement in Education,” vol. 2, no. 2, pp. 24–31, 2015.

13. http://monacotrades.com/2015/06/
Projected
market
share of
dominant
IoT
applications
by 2020

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Smart Transportation, Smart Logistics,
Smart parking
• traffic lights - traffic signal control systems
• car parks - car navigation, parking guidance
• toll-booths - automatic toll collection
• roads and bridges - weather information, bridge de-icing
• ePolice system - automatic number plate recognition,
• traffic flow - traffic speed, density, traffic jams, road quality
• the in-vehicle eCall - automatic incident detection
(vehicle identification, the direction the vehicle was travelling, incident, time, and
precise location)

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Smart traffic
Smart Traffic https://ece.uwaterloo.ca/~kan.yang/securitybbcr/vanet.html

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Smart parking
System architecture for road side smart parking

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Smart Places/ Territories
Sketch of a museal field: a smart physical place always in interaction with the virtual
components (web and mobile) of the technological environment

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Smart shopping center
https://www.mallmaverick.com/system/site_images/photos/000/00
1/704/original/blog_ibeacon5.jpg
https://www.cabotsolutions.com/wp-content/ uploads/2014/08/cabot-ibeacon-
mall-design-blog-size.jpg

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Smart Home
• monitor air quality
• carbon monoxide concentration,
• barometric pressure,
• color,
• gas leaks,
• humidity,
• hydrogen sulfide levels,
• temperature,
• heating systems,
• fire extinguisher monitoring systems
Services offered by Home Automation are scheduled ahead and user controlled

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Smart Education

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Smart Education

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Smart Education
how
to support the development of the personalized and adaptive learning by
capturing, analysing and directing of e-learning data towards improving
learning and teaching
to create smart environments
to use smart environments for learning
to use smart technology in classroom
ST is a bunch of different teaching methods and strategies for teaching

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Smart School
In 1997, Malaysia introduced the concept of Smart schoolhouse. About
ninety pilot schools were equipped with computers to meet the challenges
of the 21st century
2012 NY Education Reform Commission was established to build out
schools and classrooms for the 21st century – equip classrooms with tablets,
laptops, interactive whiteboards, wireless Internet access, and high-speed
broadband connectivity
Usually "smart" means IoT solutions but in educational studies it is
completely different (so far).

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Learning
Analytics
STEM education
A new
generation
solutions for
Smart
Schoolhouse
Smart
Building
Smart
Logistics
eHealth
Smart Schoolhouse
Internet of Things

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Sensors in the classroom
• Sound, Acoustic, Light
• Machine vision/ optical ambient light sensors
• Acceleration/ tilt sensors
• Position and presence sensors
• Motion, velocity and displacement sensors
• Humidity, temperature and moisture sensors
• Leaks and levels sensors
• Electric and magnetic sensors
• Wearable sensors

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Eye tracking
https://www.tobiipro.com/product-listing
http://www.tobiipro.com/imagevault/publishedmedia/icl4o9hzditjncoslyiw/TobiiPro_classroom_eye_tracking_course_2_1.jpg

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Position, presence,
motion, displacement
https://appinventiv.com/newimages/ibea-img.png
http://cdn.infoq.com/statics_s1_20170411-0445/resource/articles/smoothing-human-trajectory-streams/en/resources/1.jpg

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Notifications,
materials, tasks
https://appinventiv.com/newimages/ibea-img.png
http://blog.nus.edu.sg/nm3211/files/2015/04/IMG_5155-1qfnh1w.jpg

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STEM education
• Sound, Acoustic, Light
• Machine vision/ optical ambient light sensors
• Acceleration/ tilt sensors
• Position and presence sensors
• Motion, velocity and displacement sensors
• Humidity, temperature and moisture sensors
• Leaks and levels sensors
• Electric and magnetic sensors
• Wearable sensors

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STEM education
http://losnuevosguerreros.org/pluginfile.php/16/mod_glossary/entry/951/Smartphone-Sensors1.jpg

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Thanks!

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References
C. Cornel Ph. D, “The Role of Internet of Things for a Continuous Improvement in Education,” vol. 2, no. 2, pp. 24–31, 2015.
J. Gubbi, R. Buyya, S. Marusic, and M. Palaniswami, “Internet of Things (IoT): A vision, architectural elements, and future directions,” Futur. Gener. Comput. Syst.,
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Hussain, F. (2017) Internet of Things: Building Blocks and Business Models. Springer International Publishing ISBN 978-3-319-55404-4, DOI 10.1007/978-3-319-
55405-1
Guillemin, P. and Friess, P. (2009) “Internet of things strategic research roadmap,” The Cluster of European Research Projects, Tech. Rep., September 2009,
http://www.internet-of-things-research.eu/pdf/IoT Cluster Strategic Research Agenda 2009.pdf
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vol. 29, no. 7, pp. 1645–1660, 2013.
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Valarmathi, M. , Sumathi, L., & Deepika, G. (2016). Survey on Node Discovery in Mobile Internet of Things ( IoT ) Scenarios.
Kusmin, M., Laanpere, M., Saar, M., Rodríguez-Triana, M, J. (2017) Smart Schoolhouse as a Data-Driven Inquiry Learning Space for the Next Generation of
Engineers IEEE EDUCON - Global Engineering Education 2017
Hussain, F. (2017) Internet of Things: Building Blocks and Business Models. Springer International Publishing ISBN 978-3-319-55404-4, DOI 10.1007/978-3-319-
55405-1
Santorelli, J., Morawski, R., Lengoc, T., (2013) Remote control sensor car for vehicle to vehicle communication testing. department of electrical & computer
engineering, broadband communications re- search lab, mcgill university, 2011. Retrieved may 14, 2013
Booysen, m. J. Et al. Machine-to-machine communications in vehicular networks. Ksii transactions on internet and information systems, v. 6, n. 2, p. 529–546, 2012.
Doi.10.3837/tiss.2012.02.005.