Faculty

Institution

Unit

Venue

Ananthanarayan Krishnan

Professor

Purdue University

Affiliations

College of Health and Human Sciences

Speech, Language, and Hearing Sciences

Ananthanarayan Krishnan is currently serving as a College Of Health And Human Sciences Professor at Purdue University.

Honors

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Experiences

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Education

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Ananthanarayan Krishnan

Purdue University

Professor

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neuroscience hearing research auditory science cognitive neuroscience language processing in the brain speech perception speech processing language audiology neurolinguistics auditory physiology linguistics music perception human hearing cognitive science hearing loss speech science speech communication psychoacoustics human brain brain science behavioral neuroscience neural science neurodynamics human brainstem auditory cortex neurophysiology language experience pitch contours music psychology speech motor control human frequency-following response human frequency neural representation bioacoustics human auditory brainstem mismatch negativity differential sensitivity clinical otolaryngology language comprehension auditory modeling neurotology auditory imagery language science speech acoustics neuropsychological functioning acoustic signal processing brainstem representation musical pitch human frequency-following responses pitch processing auditory brainstem brainstem correlates developmental science animal behavior ornithology avian biology animal physiology music science neurorehabilitation spoken language technology eeg signal processing brain modeling brain organization brain structure comparative physiology breeding behavior acoustic ecology music processing brain function high-frequency measurement cognitive electrophysiology spatial audio audio signal processing prosody (linguistics) neuroanatomy phonetics music complex sounds

Notable Scholarly Works

Notable Federal Grants

Collaborators

Quick Estimation of Minimum Hearing Levels Using a Binaural Multifrequency Stimulus Paradigm: Proof of Concept. Ear and Hearing (2024)

Aditi GargeshwariAnanthanarayan KrishnanRafael E. Delgado

auditory sciencequick estimationminimum hearing levelsaudiologyhearing researchhearing loss

Frequency-Following Response to Steady-State Vowel in Quiet and Background Noise Among Marching Band Participants With Normal Hearing. American Journal of Audiology (2022)

Chandan H. SureshAnanthanarayan Krishnan

auditory sciencefrequency-following responsespeech processingcommunicationspeech perceptionsteady-state vowelspeech communicationmusic psychologyspeech acousticshuman hearingpsychoacousticssoundauditory physiologyaudiologymusicband participantsnormal hearingmusic perceptionhearing lossnoisebackground noisehearing research

Cortical Hemisphere Preference and Brainstem Ear Asymmetry Reflect Experience-Dependent Functional Modulation of Pitch. Brain and Language (2021)

Ananthanarayan KrishnanChandan H. SureshJackson T. Gandour

auditory sciencecortical hemisphere preferenceexperience-dependent functional modulationlanguage processing in the brainneurosciencelanguagebrainstem ear asymmetry

Search for Electrophysiological Indices of Hidden Hearing Loss in Humans: Click Auditory Brainstem Response Across Sound Levels and in Background Noise. Ear and Hearing (2020)

Chandan H. SureshAnanthanarayan Krishnan

human hearingauditory scienceclinical otolaryngologyauditory imageryelectrophysiological indicessoundauditory physiologybackground noiseelectrophysiologyspeech processingneurosciencehidden hearing losssound levelsaudiologyhearing researchhearing lossauditory modelingnoise

Human Frequency Following Responses to Vocoded Speech: Amplitude Modulation Versus Amplitude Plus Frequency Modulation. Ear and Hearing (2019)

Chandan H. SureshAnanthanarayan KrishnanXin Luo

speech codingauditory sciencespeech motor controlhuman frequencyspeech processinglanguage processing in the braincommunicationspeech perceptionhearing researchspeech sciencevocoded speechfrequency modulationspeech recognitionspeech communicationspeech acoustics

Tone Language Experience-Dependent Advantage in Pitch Representation in Brainstem and Auditory Cortex is Maintained Under Reverberation. Hearing Research (2019)

Ananthanarayan KrishnanChandan H. SureshJackson T. Gandour

auditory sciencepitch representationspeech processinglanguage processing in the brainneurosciencehearing researchauditory cortex

Human Frequency Following Responses to Iterated Rippled Noise With Positive and Negative Gain: Differential Sensitivity to Waveform Envelope and Temporal Fine-Structure. Hearing Research (2018)

Saradha AnanthakrishnanAnanthanarayan Krishnan

differential sensitivityauditory sciencetemporal fine-structurehearing researchnegative gainrippled noisehuman frequencynoise

Changes in Pitch Height Elicit Both Language-Universal and Language-Dependent Changes in Neural Representation of Pitch in the Brainstem and Auditory Cortex. Neuroscience (2017)

Ananthanarayan KrishnanChandan H. SureshJackson T. Gandour

neural sciencespeech processinglanguage processing in the brainneurosciencespeech perceptionauditory cortexlanguageneurolinguisticslinguisticsspeech motor controllanguage-dependent changeshuman brainspeech sciencelanguage sciencelanguage acquisitioncognitive neurosciencebrain sciencehearing researchneural representationpitch height

Differential Sensitivity to Changes in Pitch Acceleration in the Auditory Brainstem and Cortex. Brain and Language (2017)

Ananthanarayan KrishnanChandan H. SureshJackson T. Gandour

auditory sciencepitch accelerationhuman movementspeech processingneurosciencelanguage processing in the brainspeech perceptionlanguagehuman hearingneurolinguisticsauditory physiologyauditory brainstemspeech motor controlmusic perceptionkinesiologyhearing lossdifferential sensitivitycognitive neurosciencehearing researchneurodynamics

Human Frequency Following Responses to Vocoded Speech. Ear and Hearing (2017)

Saradha AnanthakrishnanXin LuoAnanthanarayan Krishnan

human hearingauditory sciencehuman frequencyspeech processingcommunicationspeech perceptionhearing researchspeech sciencespeech communication

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Ananthanarayan Krishnan

Professor

Purdue University

Affiliations

College of Health and Human Sciences

Speech, Language, and Hearing Sciences

Ananthanarayan Krishnan is currently serving as a College Of Health And Human Sciences Professor at Purdue University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ananthanarayan Krishnan

Purdue University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Quick Estimation of Minimum Hearing Levels Using a Binaural Multifrequency Stimulus Paradigm: Proof of Concept. Ear and Hearing (2024)

Aditi GargeshwariAnanthanarayan KrishnanRafael E. Delgado

auditory sciencequick estimationminimum hearing levelsaudiologyhearing researchhearing loss

Frequency-Following Response to Steady-State Vowel in Quiet and Background Noise Among Marching Band Participants With Normal Hearing. American Journal of Audiology (2022)

Chandan H. SureshAnanthanarayan Krishnan

Cortical Hemisphere Preference and Brainstem Ear Asymmetry Reflect Experience-Dependent Functional Modulation of Pitch. Brain and Language (2021)

Ananthanarayan KrishnanChandan H. SureshJackson T. Gandour

auditory sciencecortical hemisphere preferenceexperience-dependent functional modulationlanguage processing in the brainneurosciencelanguagebrainstem ear asymmetry

Search for Electrophysiological Indices of Hidden Hearing Loss in Humans: Click Auditory Brainstem Response Across Sound Levels and in Background Noise. Ear and Hearing (2020)

Chandan H. SureshAnanthanarayan Krishnan

Human Frequency Following Responses to Vocoded Speech: Amplitude Modulation Versus Amplitude Plus Frequency Modulation. Ear and Hearing (2019)

Chandan H. SureshAnanthanarayan KrishnanXin Luo

Tone Language Experience-Dependent Advantage in Pitch Representation in Brainstem and Auditory Cortex is Maintained Under Reverberation. Hearing Research (2019)

Ananthanarayan KrishnanChandan H. SureshJackson T. Gandour

auditory sciencepitch representationspeech processinglanguage processing in the brainneurosciencehearing researchauditory cortex

Human Frequency Following Responses to Iterated Rippled Noise With Positive and Negative Gain: Differential Sensitivity to Waveform Envelope and Temporal Fine-Structure. Hearing Research (2018)

Saradha AnanthakrishnanAnanthanarayan Krishnan

differential sensitivityauditory sciencetemporal fine-structurehearing researchnegative gainrippled noisehuman frequencynoise

Changes in Pitch Height Elicit Both Language-Universal and Language-Dependent Changes in Neural Representation of Pitch in the Brainstem and Auditory Cortex. Neuroscience (2017)

Ananthanarayan KrishnanChandan H. SureshJackson T. Gandour

Differential Sensitivity to Changes in Pitch Acceleration in the Auditory Brainstem and Cortex. Brain and Language (2017)

Ananthanarayan KrishnanChandan H. SureshJackson T. Gandour

Human Frequency Following Responses to Vocoded Speech. Ear and Hearing (2017)

Saradha AnanthakrishnanXin LuoAnanthanarayan Krishnan

human hearingauditory sciencehuman frequencyspeech processingcommunicationspeech perceptionhearing researchspeech sciencespeech communication

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Similar Faculty Members

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Similar Faculty Members

Valerie Shafer

Institution

Graduate Center, CUNY

speech perception

developmental language disorders

Mitchell Steinschneider

Institution

Albert Einstein College of Medicine

neuroscience

cognitive neuroscience

Erika Skoe

Institution

University of Connecticut

neural circuit

auditory evoked potentials

Frank Guenther

Institution

Boston University

speech science

phonetics

Brad H Story

Institution

University of Arizona

phonetics

language

Suzanne E. Boyce

Institution

University of Cincinnati

speechlanguage pathology

phonetics

Matthew Leonard

Institution

University of California, San Francisco

language acquisition

peripheral nerve stimulation

Jennifer Lister

Institution

University of South Florida

auditory physiology

neuroscience

Bharath Chandrasekaran

Institution

Northwestern University

neuroscience

cognitive neuroscience

Walton, Joseph

Institution

University of South Florida

neuroscience

hearing research