Auditory Perception Lab - Revision history

Lof: /* Introduction */

2023-06-26T10:03:33Z

Introduction

← Older revision		Revision as of 10:03, 26 June 2023
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	==Introduction==		==Introduction==
	[[File:~~Location_of_Auditory_Perception_Lab~~.png\|thumb\|Location of Auditory Perception Lab]]		[[File:Location_Auditory_Perception_Lab.png\|thumb\|Location of Auditory Perception Lab]]
	In the auditory perception lab (aka patient lab), located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC (see also: [[Ethics & Subjects]]).		In the auditory perception lab (aka patient lab), located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC (see also: [[Ethics & Subjects]]).

Lof: /* Introduction */

2023-06-22T08:21:30Z

Introduction

← Older revision		Revision as of 08:21, 22 June 2023
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	==Introduction==		==Introduction==
			[[File:Location_of_Auditory_Perception_Lab.png\|thumb\|Location of Auditory Perception Lab]]
	In the auditory perception lab (aka patient lab), located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC (see also: [[Ethics & Subjects]]).		In the auditory perception lab (aka patient lab), located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC (see also: [[Ethics & Subjects]]).

Lof: /* Experiment information */

2023-06-21T10:18:26Z

Experiment information

← Older revision		Revision as of 10:18, 21 June 2023
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	==Experiment information==		==Experiment information==
			*If you wanna book the Auditory Perception Lab, please use [[Booking a lab\|Qreserve]].

Lof: /* Introduction */

2023-06-21T09:45:25Z

Introduction

← Older revision		Revision as of 09:45, 21 June 2023
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	__TOC__		__TOC__
	==Introduction==		==Introduction==
	In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC (see also: [[Ethics & Subjects]]).		In the auditory perception lab (aka patient lab), located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC (see also: [[Ethics & Subjects]]).

	The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.		The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.

	The Auditory Perception Lab ~~(aka patient lab)~~ is located at the end of the main corridor of wing 1 (ground floor) of the Huygensbuilding.		The Auditory Perception Lab is located at the end of the main corridor of wing 1 (ground floor) of the Huygensbuilding.

	==Experiment information==		==Experiment information==

Lof: /* Introduction */

2023-06-21T09:44:59Z

Introduction

← Older revision		Revision as of 09:44, 21 June 2023
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	__TOC__		__TOC__
	==Introduction==		==Introduction==
	In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC.		In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC (see also: [[Ethics & Subjects]]).

	The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.		The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.

Lof: /* Introduction */

2023-06-21T09:42:13Z

Introduction

← Older revision		Revision as of 09:42, 21 June 2023
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	__TOC__		__TOC__
	==Introduction==		==Introduction==
	In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) ~~department~~ of the RadboudUMC.		In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) clinic of the RadboudUMC.

	The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.		The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.

Lof: /* Introduction */

2023-06-21T09:41:10Z

Introduction

← Older revision		Revision as of 09:41, 21 June 2023
Line 4:		Line 4:
	__TOC__		__TOC__
	==Introduction==		==Introduction==
	In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT) department of the RadboudUMC.		In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT, in dutch KNO) department of the RadboudUMC.

	The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.		The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.

Lof: /* Introduction */

2023-06-21T09:40:17Z

Introduction

← Older revision		Revision as of 09:40, 21 June 2023
Line 4:		Line 4:
	__TOC__		__TOC__
	==Introduction==		==Introduction==
	In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the ENT department.		In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the Ear Nose Throat (ENT) department of the RadboudUMC.

	The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.		The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.

Lof: /* Introduction */

2023-06-21T09:38:42Z

Introduction

← Older revision		Revision as of 09:38, 21 June 2023
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	__TOC__		__TOC__
	==Introduction==		==Introduction==
			In the auditory perception lab, located in the DCN wing, we study sound perception and sound localization. The lab is equipped with a set of high-fidelity speakers that can be independently controlled. We can measure head rotations of a subject as an accurate and fast pointer for sound localization. We also measure speech perception (in background noise), and perform free-field or dichotic (i.e., with headphones) psychometric studies (e.g., interaural level or time difference sensitivity, audiograms, etc.). The setup is particularly useful for measuring patients with auditory impairments (cochlear implant users, hearing-aid users, bone-conduction users, single-sided deaf), which we do in close collaboration with the ENT department.

			The equipment can also be used to test general monaural and binaural auditory perception of patients with an implant, such as a cochlear implant, hearing aid devices, or a bone conduction stimulator. Companies producing such implants could gain more insight into the manner in which their products steer brain activity and perception. Audiological centers can use this technique for the same reasons.

	The Auditory Perception Lab (aka patient lab) is located at the end of the main corridor of wing 1 (ground floor) of the Huygensbuilding.		The Auditory Perception Lab (aka patient lab) is located at the end of the main corridor of wing 1 (ground floor) of the Huygensbuilding.

	==Experiment information==		==Experiment information==

Lof at 09:36, 21 June 2023

2023-06-21T09:36:49Z

← Older revision		Revision as of 09:36, 21 June 2023
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	==Experiment information==		==Experiment information==
	~~==Technical information==~~