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• Description of research activity • Master thesis projects autumn 2014
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Application Domains
• Social Networks • Cyber-Physical Systems/Internet of
Things/Smart Energy Systems • Pervasive and Mobile Cloud Computing,
Collective Sensing • Multimedia streaming and mixed
reality applications
• Social Networks • Cyber-Physical Systems/Internet of Things/Smart Energy
Systems • Pervasive and Mobile Cloud Computing, Collective Sensing • Multimedia streaming and mixed reality applications
Master Project 1: Interoperability in Smart Distributed Power Systems (collabora<on with IFE)
• Motivation: • Challenge to regulate voltage
and frequency in a distributed renewable energy based power systems
• Need to monitor and control “all” power devices in the systems
• The need for all devices to interoperate • Many standards. No universally accepted standards. Legacy
systems • Main goals: (1) assess the interoperability requirements
and challenges in local distributed power grids (2) recommend robust architectural approaches that will ensure interoperability now and in the future (3) simple demonstrator
29 September 2014 3
Crowd & Sensing
How does it work?
Master Projects 2
with Univ. of Lille, France
Distributed crowd-sensing using multi-hop communications
Key Challenge in APISENSE: Privacy to ensure that user data does not disclose sensi/ve informa/on without user’s agreement
not always possible as it is not possible to trust a remote server
Anonymizing Data?
A collabora<ve approach: equipments in smartphone’s vicinity to conduct sensiAve treatment
Solution
Master Project: building a local network of co-‐located smartphones (via, e.g., Bluetooth or Wi-‐Fi Direct) to perform mulA-‐hop communicaAons
Master Project 3: Distribu<ng Sensor Services to IP-‐enabled systems
• Motivation: • Increasing number of
WSNs+IoT applications • Distribute WSN services to
modern IT systems • The need for a software framework for distributing
sensor services • Component-based and standard distribution model
• Remora component model: developed by ND • Distribution model: REST architectural style • Main goal: enabling RESTful distribution of services of
Remora components
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Master Projects 4: playback of, and seamless switching between, synchronised video files stored in the cloud
29 September 2014
Synchronized videos stored in the cloud
It should be possible to switch from the
video currently playing to another, with no pauses or hickups
in playback
The player should function in all well- known web browsers, also on smart phones
Programming languages
Infrastructure
Contacts
• Frank Eliassen, room 4452, [email protected] • Amir Taherkordi, room 4160,[email protected]
Øystein Ulleberg, room 4161, [email protected]
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