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Controlling smart environments with semantic connections: A tangible and an AR approach
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Transcript of Controlling smart environments with semantic connections: A tangible and an AR approach
Where innovation starts
Controlling Smart HomeEnvironments with SemanticConnections: A Tangible andan AR Approach
Bram J.J. van der Vlist1,Gerrit Niezen1,Stefan Rapp2 and Jun Hu1
19 April 2012
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Tangible approach: The Connector object
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Tangible approach
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AR approach: Spotlight Navigation
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AR approach
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Evaluation: Experimental Setup
Non-Functional Lighting (NFL)
Music Player (MP)
Lighting Device (LD)
Stereo System (SS)
Spotlight Navigation (SN)
Presence; Control;
Media; Content; Music; Lighting; Temporary
Lighting; Control;
Lighting; Preset; Permanent
Media; Content; Music; Lighting; Temporary
Lighting; Control;
Presence Sensor (PS)
Functional Lighting (FL)
Connector (CN)
Presence Sensor (PS)
(UPSTAIRS) STUDY ROOM (DOWNSTAIRS) LIVING ROOM
Lighting Device (LD)
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Evaluation: Demographics
I 21 participants - 13 male, 8 femaleI Age: 23 - 34 (average 28.5)I 9 living alone, 11 cohabitingI Self-report familiarity with interactive systems:
Median score 6 (on a scale of 1 through 7)
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Evaluation: Procedure
Mental models recorded using Teach-Back protocol
I “What is?” - semantic knowledgeI “How to?” - procedural knowledge
1. Performing list of predefined tasks while thinking aloud2. Exploration of system and checking of assumptions3. Elicitation of mental models and interview
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Results: Mental models
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Results: Mental models
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Results: Mental models
I CompletenessI Semantic Connections
• Directionality• Transitivity• Priority• Temporary/persistent
I Organizational layoutI Network structure
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Discussion
I “Simple way” of making connectionsI Connector object
• Part of system• “carry” content between devices
I Spotlight Navigation• Outside system• “Remote control”
I Intentional versus incidental interaction