Difference between revisions of "Auditory Motion lab technical info"
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==Introduction== | ==Introduction== | ||
| − | The Auditory Motion Lab is a facility designed for experiments involving moving sound sources. | + | The Auditory Motion Lab is a facility designed for experiments involving moving sound sources. The lab features a soundproof booth, ensuring an isolated testing environment. At the heart of the lab is a two-axis robot arm suspended from the ceiling. This arm is equipped with a high-fidelity speaker capable of moving at a fixed distance around the subject's head. The centrally placed chair, which can rotate on its vertical axis, allows subjects to experience sound from various angles. Head movements are tracked using a 3-axis electromagnetic field (EMF) head tracking system. Additionally, wall-mounted speakers facing the subject provide ambient or background sounds to enrich the experimental scenarios. The system is controlled by a PLC controller from Panasonic. The sound system is controlled by a RZ6 multi I/O processor. |
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| − | The lab features a soundproof booth, ensuring an isolated testing environment. At the heart of the lab is a two-axis robot arm suspended from the ceiling. This arm is equipped with a high-fidelity speaker capable of moving at a fixed distance around the subject's head. The centrally placed chair, which can rotate on its vertical axis, allows subjects to experience sound from various angles. Head movements are tracked using a 3-axis electromagnetic field (EMF) head tracking system. Additionally, wall-mounted speakers facing the subject provide ambient or background sounds to enrich the experimental scenarios. | ||
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==Booth== | ==Booth== | ||
Revision as of 10:45, 16 November 2023
Introduction
The Auditory Motion Lab is a facility designed for experiments involving moving sound sources. The lab features a soundproof booth, ensuring an isolated testing environment. At the heart of the lab is a two-axis robot arm suspended from the ceiling. This arm is equipped with a high-fidelity speaker capable of moving at a fixed distance around the subject's head. The centrally placed chair, which can rotate on its vertical axis, allows subjects to experience sound from various angles. Head movements are tracked using a 3-axis electromagnetic field (EMF) head tracking system. Additionally, wall-mounted speakers facing the subject provide ambient or background sounds to enrich the experimental scenarios. The system is controlled by a PLC controller from Panasonic. The sound system is controlled by a RZ6 multi I/O processor.
Booth
- Dimensions: LxWxH = 420x300x285cm
Acoustics
- Walls: egg box type soundproofing foam
- Floor: anti-fatigue rubber floor mat with holes
Experimental setup
TODO
Audio equipment
TODO
Robot arm
TODO
Chair
TODO
Head movement detection
TODO