Nancy McElwain, Mark Hasegawa-Johnson, Bashima Islam, Brandon Meline, Maria Davila, & Keri Heilman. Validation of a Virtual Still Face Procedure and Deep Learning Algorithms to Assess Infant Emotion Regulation and Infant-Caregiver Interactions in the Wild. no. 1 R01 DA059422-01, National Institute on Drug Abuse, 2024–2029
@techreport{mcelwain2024validation,
author = {Nancy McElwain and Mark Hasegawa-Johnson and Bashima Islam and Brandon Meline and Maria Davila and Keri Heilman},
grant = {external},
institution = {National Institute on Drug Abuse},
number = {1 R01 DA059422-01},
title = {Validation of a Virtual Still Face Procedure and Deep Learning Algorithms to Assess Infant Emotion Regulation and Infant-Caregiver Interactions in the Wild},
url = {https://reporter.nih.gov/project-details/10777825},
year = {2024--2029}
}
Nancy McElwain, Mark Hasegawa-Johnson, & Bashima Islam. Automated Assessment of Infant Sleep/Wake States, Physical Activity, and Household Noise Using a Multimodal Wearable Device and Deep Learning Models. no. 1 R01 DK138866-01, National Institute on Diabetes and Digestive and Kidney Diseases, 2024–2029
@techreport{mcelwain2024nddk,
author = {Nancy McElwain and Mark Hasegawa-Johnson and Bashima Islam},
grant = {external},
institution = {National Institute on Diabetes and Digestive and Kidney Diseases},
number = {1 R01 DK138866-01},
title = {Automated Assessment of Infant Sleep/Wake States, Physical Activity, and Household Noise Using a Multimodal Wearable Device and Deep Learning Models},
url = {https://taggs.hhs.gov/Detail/AwardDetail?arg_AwardNum=R01DK138866&arg_ProgOfficeCode=119},
year = {2024--2029}
}
Venu Govindaraju, Jinjun Xiong, Srirangaraj Setlur, Pamela Hadley, Julie Kientz, David Feil-Seifer, Brian Graham, Megan-Brette Hamilton, Anil K Jain, Ye Jia, Jennifer Taps Richard, Tracy A Sawicki, Alison Hendricks, Ifeoma Nwogu, Letitia Thomas, Christine Wang, Wenyao Xu, Maneesh Agrawala, Diego Aguirre, …, Shaofeng Zou. AI Institute for Transforming Education for Children with Speech and Language Processing Challenges. no. 2229873, NSF DRL Division Of Research On Learning, 2023–2028
@techreport{govindaraju2023ai4exceptional,
author = {Venu Govindaraju and Jinjun Xiong and Srirangaraj Setlur and Pamela Hadley and Julie Kientz and David Feil-Seifer and Brian Graham and Megan-Brette Hamilton and Anil K Jain and Ye Jia and Jennifer Taps Richard and Tracy A Sawicki and Alison Hendricks and Ifeoma Nwogu and Letitia Thomas and Christine Wang and Wenyao Xu and Maneesh Agrawala and Diego Aguirre and Changyou Chen and Karthik Dantu and Mark Frank and Nick Haber and Mark Hasegawa-Johnson and Yun Huang and Heng Ji and Windi Krok and Hedda Meadan-Kaplansky and Carol Miller and Abbie Olszewski and Mari Ostendorf and Alexander Rush and Humphrey Shi and Hariharan Subramonyam and Nigel Ward and Junsong Yuan and Shaofeng Zou},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/ai4exceptionaled_slide-500x300.jpg},
institution = {NSF DRL Division Of Research On Learning},
number = {2229873},
title = {AI Institute for Transforming Education for Children with Speech and Language Processing Challenges},
url = {https://www.buffalo.edu/ai4exceptionaled.html},
year = {2023--2028}
}
Mark Hasegawa-Johnson, Zsuzsanna Fagyal, Najim Dehak, Piotr Zelasko, & Laureano Moro-Velazquez. FAI: A New Paradigm for the Evaluation and Training of Inclusive Automatic Speech Recognition. no. 2147350, NSF IIS Division of Information and Intelligent Systems, 2022–2026
@techreport{hasegawajohnson2022fai,
author = {Mark Hasegawa-Johnson and Zsuzsanna Fagyal and Najim Dehak and Piotr Zelasko and Laureano Moro-Velazquez},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/inclusive_speech_recognition-500x300.jpg},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {2147350},
title = {FAI: A New Paradigm for the Evaluation and Training of Inclusive Automatic Speech Recognition},
url = {https://www.nsf.gov/awardsearch/showAward?AWD_ID=2147350&HistoricalAwards=false},
year = {2022--2026}
}
Inha University, Ewha Women’s University, & University of Illinois at Urbana-Champaign. Workshop on Assistive and Inclusive Technology for Digital Accessibility. Feb, 2025
@techreport{waitda2025,
author = {Inha University and Ewha Women's University and University of Illinois at Urbana-Champaign},
month = {2},
title = {Workshop on Assistive and Inclusive Technology for Digital Accessibility},
url = {https://speechtechnology.web.illinois.edu/waitda/index.html},
year = {2025}
}
Changdong Yoo, & Mark Hasegawa-Johnson. Deep F-measure Maximization for Fairness in Speech Understanding. no. 507691, IITP Institute for Information & Communications Technology Promotion, Korea, 2020–2025
@techreport{hasegawajohnson2020deep,
address = {Korea},
author = {Changdong Yoo and Mark Hasegawa-Johnson},
grant = {external},
institution = {IITP Institute for Information & Communications Technology Promotion},
number = {507691},
title = {Deep F-measure Maximization for Fairness in Speech Understanding},
year = {2020--2025}
}
Mark Hasegawa-Johnson. Unrestricted gift. no. 638245, Picsart Corporation, 2022–2025
@techreport{hasegawajohnson2022picsart,
author = {Mark Hasegawa-Johnson},
grant = {external},
institution = {Picsart Corporation},
number = {638245},
title = {Unrestricted gift},
year = {2022--2025}
}
Mark Hasegawa-Johnson, Heejin Kim, Clarion Mendes, Meg Dickinson, Erik Hege, & Chris Zwilling. Speech Accessibility Project. no. 548308-392030, AI Accessibility Coalition (Amazon, Apple, Google, Meta and Microsoft), 2022–2025
@techreport{hasegawajohnson2022nova,
author = {Mark Hasegawa-Johnson and Heejin Kim and Clarion Mendes and Meg Dickinson and Erik Hege and Chris Zwilling},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/speech_accessibility_project-500x300.jpg},
institution = {AI Accessibility Coalition (Amazon, Apple, Google, Meta and Microsoft)},
number = {548308-392030},
title = {Speech Accessibility Project},
url = {https://speechaccessibilityproject.beckman.illinois.edu/},
year = {2022--2025}
}
Nancy McElwain, Mark Hasegawa-Johnson, Dominika M Pindus, Bashima Islam and
Charles Davies, & Maria Davila. Continuous Capture of Infant Feeding, Motor Activity, and Sleep Biorhythms via an Infant Wearable Platform and Machine Learning Approaches. no. 2, University of Illinois Personalized Nutrition Initiative, 2022–2023
@techreport{mcelwain2022continuous,
author = {Nancy McElwain and Mark Hasegawa-Johnson and Dominika M Pindus and Bashima Islam and
Charles Davies and Maria Davila},
grant = {internal},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/littlebeats-500x300.jpg},
institution = {University of Illinois Personalized Nutrition Initiative},
number = {2},
title = {Continuous Capture of Infant Feeding, Motor Activity, and Sleep Biorhythms via an Infant Wearable Platform and Machine Learning Approaches},
url = {https://littlebeats.hdfs.illinois.edu/},
year = {2022--2023}
}
Amit Juneja, Mark Hasegawa-Johnson, & James Mireles. STTR Phase II Proposal F2-15825 Virtual Reality Visualization of Complex and Unstructured Data and
Relationships. no. F2-15825, USAF United States Air Force, 2022–2023
@techreport{juneja2022virtual,
author = {Amit Juneja and Mark Hasegawa-Johnson and James Mireles},
grant = {external},
institution = {USAF United States Air Force},
number = {F2-15825},
title = {STTR Phase II Proposal F2-15825 Virtual Reality Visualization of Complex and Unstructured Data and
Relationships},
year = {2022--2023}
}
Najim Dehak, & Mark Hasegawa-Johnson. RI: Small: Collaborative Research: Automatic Creation of New Phone Inventories. no. 19-10319, NSF IIS Division of Information and Intelligent Systems, 2019–2022
@techreport{dehak2019collaborative,
author = {Najim Dehak and Mark Hasegawa-Johnson},
grant = {external},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {19-10319},
title = {RI: Small: Collaborative Research: Automatic Creation of New Phone Inventories},
url = {https://www.nsf.gov/awardsearch/showAward?AWD_ID=1910319},
year = {2019--2022}
}
Narendra Ahuja, Mark Hasegawa-Johnson, David Beiser, & David Chestek. Adding Audio-Visual Cues to Signs and Symptoms for Triaging Suspected or Diagnosed COVID-19 Patients. no. 23, C3.ai Digital Transformation Institute, 2020–2022
@techreport{ahuja2020adding,
author = {Narendra Ahuja and Mark Hasegawa-Johnson and David Beiser and David Chestek},
grant = {external},
institution = {C3.ai Digital Transformation Institute},
number = {23},
title = {Adding Audio-Visual Cues to Signs and Symptoms for Triaging Suspected or Diagnosed COVID-19 Patients},
url = {https://c3.ai/c3-ai-digital-transformation-institute-announces-covid-19-awards},
year = {2020--2022}
}
Amit Juneja, Mark Hasegawa-Johnson, & James Mireles. STTR Virtual Reality Visualization of Complex and Unstructured Data and Relationships. no. FA864922P0047, USAF United States Air Force, 2021–2022
@techreport{juneja2021virtual,
author = {Amit Juneja and Mark Hasegawa-Johnson and James Mireles},
grant = {external},
institution = {USAF United States Air Force},
number = {FA864922P0047},
title = {STTR Virtual Reality Visualization of Complex and Unstructured Data and Relationships},
year = {2021--2022}
}
Nancy McElwain, Susan Caldecott-Johnson, Mark Hasegawa-Johnson, & Siraj Siddiqi
and Romit Roy Choudhury. Early Detection Of Developmental Disorders Via A Remote Sensing Platform. no. 6, Jump ARCHES, 2020–2021
@techreport{mcelwain2020early,
author = {Nancy McElwain and Susan Caldecott-Johnson and Mark Hasegawa-Johnson and Siraj Siddiqi
and Romit Roy Choudhury},
grant = {internal},
institution = {Jump ARCHES},
number = {6},
title = {Early Detection Of Developmental Disorders Via A Remote Sensing Platform},
url = {https://littlebeats.hdfs.illinois.edu/},
year = {2020--2021}
}
Karrie Karahalios, Siraj Siddiqi, David Forsyth, & Mark Hasegawa-Johnson
and Hedda Meadan. Visualizations Of Social Communication Behavior Of Children With Autism. no. 5, Jump ARCHES, 2020–2021
@techreport{karahalios2020early,
author = {Karrie Karahalios and Siraj Siddiqi and David Forsyth and Mark Hasegawa-Johnson
and Hedda Meadan},
grant = {internal},
institution = {Jump ARCHES},
number = {5},
title = {Visualizations Of Social Communication Behavior Of Children With Autism},
url = {https://csbs.research.illinois.edu/research-support/jump-arches-grants/jump-arches-awarded-proposals-in-the-social-and-behavioral-sciences/},
year = {2020--2021}
}
Mark Hasegawa-Johnson, Suma Bhat, Dan Morrow, & James Graumlich. Using Conversational Agents To Support Older Adult Learning For Health. no. 4, UIUC College of Education Technology Innovation in Educational Research and Design, 2020–2021
@techreport{morrow2020using,
author = {Mark Hasegawa-Johnson and Suma Bhat and Dan Morrow and James Graumlich},
grant = {internal},
institution = {UIUC College of Education Technology Innovation in Educational Research and Design},
number = {4},
title = {Using Conversational Agents To Support Older Adult Learning For Health},
url = {https://tier-ed.education.illinois.edu/projects-and-research},
year = {2020--2021}
}
Mark Hasegawa-Johnson. LanguageNet: Transfer Learning Across a Language Similarity Network. no. HR0011-15-2-0043, DARPA LO-REsource Languages for Emergent Incidents (LORELEI), 2015–2019
@techreport{kirchhoff2015languagenet,
author = {Mark Hasegawa-Johnson},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/LangNet-500x300.jpg},
institution = {DARPA LO-REsource Languages for Emergent Incidents (LORELEI)},
number = {HR0011-15-2-0043},
title = {LanguageNet: Transfer Learning Across a Language Similarity Network},
url = {https://speechtechnology.web.illinois.edu/languagenet-transfer-learning-across-a-language-similarity-network/},
year = {2015--2019}
}
Mark Hasegawa-Johnson, Hanady Mansour Ahmed, Eiman Mustafawi, & Haitham El-Bashir. The Family as the Unit of Intervention for Speech-Generating Augmentative/Assistive Communication. no. NPRP 7-766-1-140, QNRF Qatar National Research Fund, 2014–2018
@techreport{hasegawajohnson2014family,
author = {Mark Hasegawa-Johnson and Hanady Mansour Ahmed and Eiman Mustafawi and Haitham El-Bashir},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/protoscreens-500x300.jpg},
institution = {QNRF Qatar National Research Fund},
number = {NPRP 7-766-1-140},
title = {The Family as the Unit of Intervention for Speech-Generating Augmentative/Assistive Communication},
url = {https://speechtechnology.web.illinois.edu/the-family-as-the-unit-of-intervention-for-speech-generating-augmentative-assistive-communication/},
year = {2014--2018}
}
Mark Hasegawa-Johnson, Lav Varshney, & Preethi Jyothi. EAGER: Matching Non-Native Transcribers to the Distinctive Features of the Language Transcribed. no. 1550145, NSF IIS Division of Information and Intelligent Systems, 2015–2018
@techreport{hasegawajohnson2015eager,
author = {Mark Hasegawa-Johnson and Lav Varshney and Preethi Jyothi},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/binarylabeling-500x300.jpg},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {1550145},
title = {EAGER: Matching Non-Native Transcribers to the Distinctive Features of the Language Transcribed},
url = {https://speechtechnology.web.illinois.edu/eager-matching-non-native-transcribers-to-the-distinctive-features-of-the-language-transcribed/},
year = {2015--2018}
}
Dan Morrow, Suma Pallathadka Bhat, Mark Hasegawa-Johnson, Thomas Huang and
James Graumlich, Ann Willemsen-Dunlap, & Don Halpin. Interactive Technology Support for Patient Medication Self-Management. no. 4, Jump ARCHES, 2016–2018
@techreport{morrow2016interactive,
author = {Dan Morrow and Suma Pallathadka Bhat and Mark Hasegawa-Johnson and Thomas Huang and
James Graumlich and Ann Willemsen-Dunlap and Don Halpin},
grant = {internal},
institution = {Jump ARCHES},
number = {4},
title = {Interactive Technology Support for Patient Medication Self-Management},
url = {https://newsroom.osfhealthcare.org/2017-jump-arches-endowment-grant-recipients-announced/},
year = {2016--2018}
}
Mark Hasegawa-Johnson, Gautham Mysore, & Yang Zhang. Speech Resynthesis for Vocal Style Modification. no. 2015.m.uiuc, Adobe Research, 2015–2017
@techreport{zhang2015vocal,
author = {Mark Hasegawa-Johnson and Gautham Mysore and Yang Zhang},
grant = {external},
institution = {Adobe Research},
number = {2015.m.uiuc},
title = {Speech Resynthesis for Vocal Style Modification},
url = {https://speechtechnology.web.illinois.edu/speech-resynthesis-for-vocal-style-modification/},
year = {2015--2017}
}
Nancy Chen, & Mark Hasegawa-Johnson. Mismatched Crowdsourcing for 80-Language Speech Recognition. no. 36, Institute for Infocomm Research (I$^2$R), Agency for Science, Technology, Advancement and Research (ASTAR), Singapore, 2015–2017
@techreport{chen2015mismatched,
address = {Singapore},
author = {Nancy Chen and Mark Hasegawa-Johnson},
grant = {external},
institution = {Institute for Infocomm Research (I$^2$R), Agency for Science, Technology, Advancement and Research (ASTAR)},
number = {36},
title = {Mismatched Crowdsourcing for 80-Language Speech Recognition},
year = {2015--2017}
}
Mark Hasegawa-Johnson, Nancy Chen, & Boon Pang Lim. Noisy Channel Models for Massively Multilingual Automatic Speech Recognition. no. 9, Advanced Digital Sciences Center (ADSC), Singapore, 2015–2017
@techreport{hasegawajohnson2015noisy,
address = {Singapore},
author = {Mark Hasegawa-Johnson and Nancy Chen and Boon Pang Lim},
grant = {internal},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/mismatch-500x300.jpg},
institution = {Advanced Digital Sciences Center (ADSC)},
number = {9},
title = {Noisy Channel Models for Massively Multilingual Automatic Speech Recognition},
url = {https://speechtechnology.web.illinois.edu/noisy-channel-models-for-massively-multilingual-automatic-speech-recognition/},
year = {2015--2017}
}
Daniel G Morrow, Mark Hasegawa-Johnson, Thomas Huang, & William Schuh. Collaborative Patient Portals: Computer-based Agents and Patients’ Understanding of Numeric Health Information. no. R21-HS022948, AHRQ Agency for Healthcare Research and Quality, 2014–2016
@techreport{morrow2014collaborative,
author = {Daniel G Morrow and Mark Hasegawa-Johnson and Thomas Huang and William Schuh},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/graphicdisplay-500x300.jpg},
institution = {AHRQ Agency for Healthcare Research and Quality},
number = {R21-HS022948},
title = {Collaborative Patient Portals: Computer-based Agents and Patients' Understanding of Numeric Health Information},
url = {https://speechtechnology.web.illinois.edu/collaborative-patient-portals-computer-based-agents-and-patients-understanding-of-numeric-health-information/},
year = {2014--2016}
}
@techreport{yang2015speech2vec,
author = {Mark Hasegawa-Johnson and Gregg Wilensky and Xuesong Yang},
grant = {external},
institution = {Adobe Research)},
number = {2015.w.uiuc},
title = {Speech2Vec Speech-Based Semantic Vectors},
url = {https://speechtechnology.web.illinois.edu/speech2vec-speech-based-semantic-vectors/},
year = {2015--2016}
}
Jia Chen Ren, Lawrence Angrave, & Mark Hasegawa-Johnson. Capturing; Transcribing; Searching; Analyzing; Adaptive: Learning in a curated classroom. no. 5, Illinois Learning Sciences Design Initiative (ILSDI), University of Illinois, 2015–2016
@techreport{ren2015capturing,
author = {Jia Chen Ren and Lawrence Angrave and Mark Hasegawa-Johnson},
grant = {internal},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/firstpass400-500x300.jpg},
institution = {Illinois Learning Sciences Design Initiative (ILSDI), University of Illinois},
number = {5},
title = {Capturing; Transcribing; Searching; Analyzing; Adaptive: Learning in a curated classroom},
url = {https://speechtechnology.web.illinois.edu/capturing-transcribing-searching-analyzing-adaptive-learning-in-a-curated-classroom/},
year = {2015--2016}
}
Marshall Poole, David Forsyth, Feniosky Pena-Mora, Mark Hasegawa-Johnson and
Kenton McHenry, & Peter Bajcsy. CDI-Type II: Collaborative Research: Groupscope: Instrumenting Research on Interaction Networks in Complex Social Contexts. no. 0941268, NSF BCS Division Of Behavioral and Cognitive Sci, 2010–2015
@techreport{poole2010cdi,
author = {Marshall Poole and David Forsyth and Feniosky Pena-Mora and Mark Hasegawa-Johnson and
Kenton McHenry and Peter Bajcsy},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/meeting2-500x300.jpg},
institution = {NSF BCS Division Of Behavioral and Cognitive Sci},
number = {0941268},
title = {CDI-Type II: Collaborative Research: Groupscope: Instrumenting Research on Interaction Networks in Complex Social Contexts},
url = {https://speechtechnology.web.illinois.edu/cdi-type-ii-collaborative-research-groupscope-instrumenting-research-on-interaction-networks-in-complex-social-contexts/},
year = {2010--2015}
}
Mark Hasegawa-Johnson, Laura DeThorne, Tracy Gunderson, Julie Hengst, & Thomas Huang
and Pat Malik. Pseudo-intelligent mediators (“Robo-Buddies”) to improve communication between students
with and students without physical disabilities. no. 1, Illinois Innovation Initiative (In3), 2011–2015
@techreport{hasegawajohnson2011pseudo,
author = {Mark Hasegawa-Johnson and Laura DeThorne and Tracy Gunderson and Julie Hengst and Thomas Huang
and Pat Malik},
grant = {internal},
institution = {Illinois Innovation Initiative (In3)},
number = {1},
title = {Pseudo-intelligent mediators (``Robo-Buddies'') to improve communication between students
with and students without physical disabilities},
year = {2011--2015}
}
Richard Beraniuk, Volkan Cevher, Lydia Kavraki, Wotao Yin, John Benedetto, Rama Chellappa, Larry Davis, Tamer Basar, Mark Hasegawa-Johnson, Thomas Huang, Ronald Coifman, Lawrence Carin, & Stanley Osher. Opportunistic Sensing for Object and Activity Recognition from Multi-Modal, Multi-Platform Data. no. W911NF-09-1-0383, ARO MURI, 2009–2014
@techreport{beranek2009opportunistic,
author = {Richard Beraniuk and Volkan Cevher and Lydia Kavraki and Wotao Yin and John Benedetto and Rama Chellappa and Larry Davis and Tamer Basar and Mark Hasegawa-Johnson and Thomas Huang and Ronald Coifman and Lawrence Carin and Stanley Osher},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/seismic_audio_tagging-500x300.jpg},
institution = {ARO MURI},
number = {W911NF-09-1-0383},
title = {Opportunistic Sensing for Object and Activity Recognition from Multi-Modal, Multi-Platform Data},
url = {https://speechtechnology.web.illinois.edu/opportunistic-sensing-for-object-and-activity-recognition-from-multi-modal-multi-platform-data/},
year = {2009--2014}
}
Mark Hasegawa-Johnson, Camille Goudeseune, Hank Kaczmarski, & Thomas Huang. FODAVA-Partner: Visualizing Audio for Anomaly Detection. no. 08-07329, NSF CCF Division of Computing and Communication Foundations, 2008–2013
@techreport{hasegawajohnson2008fodava,
author = {Mark Hasegawa-Johnson and Camille Goudeseune and Hank Kaczmarski and Thomas Huang},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/milliphone-500x300.jpg},
institution = {NSF CCF Division of Computing and Communication Foundations},
number = {08-07329},
title = {FODAVA-Partner: Visualizing Audio for Anomaly Detection},
url = {https://speechtechnology.web.illinois.edu/fodava-partner-visualizing-audio-for-anomaly-detection/},
year = {2008--2013}
}
Mark Hasegawa-Johnson, & Eiman Mustafawi. Multi-dialect phrase-based speech recognition and machine translation for Qatari broadcast TV. no. NPRP 09-410-1-069, QNRF Qatar National Research Fund, 2010–2013
@techreport{hasegawajohnson2010multi,
author = {Mark Hasegawa-Johnson and Eiman Mustafawi},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/qu_members_2013-06-16-500x300.jpg},
institution = {QNRF Qatar National Research Fund},
number = {NPRP 09-410-1-069},
title = {Multi-dialect phrase-based speech recognition and machine translation for Qatari broadcast TV},
url = {https://speechtechnology.web.illinois.edu/multi-dialect-phrase-based-speech-recognition-and-machine-translation-for-qatari-broadcast-tv/},
year = {2010--2013}
}
Julie Hengst, Laura S. DeThorne, Ai Leen Choo, Mariana Aparacio Betancourt
and Mark Hasegawa-Johnson, Karrie Karahalios, Paul Prior, Hedda Meadan-Kaplansky and
David Gooler, Tracy Gunderson, & Andrew Moss. Conversation Strategies for Students With and Students Without Physical Disabilities. no. 3, University of Illinois Graduate College Focal Point Program, 2012–2013
@techreport{hengst2012social,
author = {Julie Hengst and Laura S. DeThorne and Ai Leen Choo and Mariana Aparacio Betancourt
and Mark Hasegawa-Johnson and Karrie Karahalios and Paul Prior and Hedda Meadan-Kaplansky and
David Gooler and Tracy Gunderson and Andrew Moss},
grant = {internal},
institution = {University of Illinois Graduate College Focal Point Program},
number = {3},
title = {Conversation Strategies for Students With and Students Without Physical Disabilities},
url = {kyhttp://go.illinois.edu/SABAC},
year = {2012--2013}
}
Jennifer Cole, & Mark Hasegawa-Johnson. RI-Collaborative Research: Landmark-based robust speech recognition using prosody-guided models of speech variability. no. 07-03624, NSF IIS Division of Information and Intelligent Systems, 2007–2012
@techreport{espywilson2007collaborative,
author = {Jennifer Cole and Mark Hasegawa-Johnson},
grant = {external},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {07-03624},
title = {RI-Collaborative Research: Landmark-based robust speech recognition using prosody-guided models of speech variability},
url = {https://www.nsf.gov/awardsearch/showAward?AWD_ID=0703624},
year = {2007--2012}
}
Torrey Loucks, Chilin Shih, Ryan Shosted, & Mark Hasegawa-Johnson. Speech Production Research Initiative. no. 2, University of Illinois Graduate College Focal Point Program, 2010–2011
@techreport{loucks2010speech,
author = {Torrey Loucks and Chilin Shih and Ryan Shosted and Mark Hasegawa-Johnson},
grant = {internal},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/sprei_banner-500x300.jpg},
institution = {University of Illinois Graduate College Focal Point Program},
number = {2},
title = {Speech Production Research Initiative},
url = {https://speechtechnology.web.illinois.edu/speech-production-research-initiative/},
year = {2010--2011}
}
Mark Hasegawa-Johnson, Adrienne Perlman, Thomas Huan, & Jon Gunderson. Audiovisual Distinctive-Feature-Based Recognition of Dysarthric Speech. no. 05-34106, NSF IIS Division of Information and Intelligent Systems, 2005–2010
@techreport{hasegawajohnson2005audiovisual,
author = {Mark Hasegawa-Johnson and Adrienne Perlman and Thomas Huan and Jon Gunderson},
grant = {external},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {05-34106},
title = {Audiovisual Distinctive-Feature-Based Recognition of Dysarthric Speech},
url = {https://www.nsf.gov/awardsearch/showAward?AWD_ID=0534106},
year = {2005--2010}
}
Richard Sproat, J. Kathryn Bock, Brian Ross, Mark Hasegawa-Johnson, & Chi-Lin Shih. DHB: An Interdisciplinary Study of the Dynamics of Second Language Fluency. no. 06-23805, NSF IIS Division of Information and Intelligent Systems, 2006–2010
@techreport{sproat2006fluency,
author = {Richard Sproat and J. Kathryn Bock and Brian Ross and Mark Hasegawa-Johnson and Chi-Lin Shih},
grant = {external},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {06-23805},
title = {DHB: An Interdisciplinary Study of the Dynamics of Second Language Fluency},
url = {https://www.nsf.gov/awardsearch/showAward?AWD_ID=0623805},
year = {2006--2010}
}
Mark Hasegawa-Johnson, Thomas Huang, & Dirk Bernhardt-Walther. RI Medium: Audio Diarization – Towards Comprehensive Description of Audio Events. no. 08-03219, NSF IIS Division of Information and Intelligent Systems, 2008–2010
@techreport{hasegawajohnson2008audio,
author = {Mark Hasegawa-Johnson and Thomas Huang and Dirk Bernhardt-Walther},
grant = {external},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {08-03219},
title = {RI Medium: Audio Diarization - Towards Comprehensive Description of Audio Events},
url = {https://www.nsf.gov/awardsearch/showAward?AWD_ID=0803219},
year = {2008--2010}
}
Mark Hasegawa-Johnson, Adrienne Perlman, Thomas S Huang, Jon Gunderson and
Ken Watkin, & Heejin Kim. Audiovisual Description and Recognition of Audible and Visible Dysarthric Phonology. no. 5R21 DC008090, NIH NIDCD), 2006–2009
@techreport{hasegawajohnson2006audiovisual,
author = {Mark Hasegawa-Johnson and Adrienne Perlman and Thomas S Huang and Jon Gunderson and
Ken Watkin and Heejin Kim},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/beckmanOH09_1-500x300.jpg},
institution = {NIH NIDCD)},
number = {5R21 DC008090},
title = {Audiovisual Description and Recognition of Audible and Visible Dysarthric Phonology},
url = {https://speechtechnology.web.illinois.edu/audiovisual-description-and-recognition-of-audible-and-visible-dysarthric-phonology/},
year = {2006--2009}
}
Mark Hasegawa-Johnson. CAREER: Landmark-Based Speech Recognition in Music and Speech Backgrounds. no. 01-32900, NSF IIS Division of Information and Intelligent Systems, 2002–2007
@techreport{hasegawahjohnson2002career,
author = {Mark Hasegawa-Johnson},
grant = {external},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {01-32900},
title = {CAREER: Landmark-Based Speech Recognition in Music and Speech Backgrounds},
url = {https://www.nsf.gov/awardsearch/showAward?AWD_ID=0132900},
year = {2002--2007}
}
Mark Hasegawa-Johnson, Jennifer Cole, & Chi-Lin Shih. Prosodic, Intonational, and Voice Quality Correlates of Disfluency. no. 04-14117, NSF IIS Division of Information and Intelligent Systems, 2004–2007
@techreport{hasegawajohnsons2004prosodic,
author = {Mark Hasegawa-Johnson and Jennifer Cole and Chi-Lin Shih},
grant = {external},
institution = {NSF IIS Division of Information and Intelligent Systems},
number = {04-14117},
title = {Prosodic, Intonational, and Voice Quality Correlates of Disfluency},
url = {https://www.nsf.gov/awardsearch/showAward?AWD_ID=0414117},
year = {2004--2007}
}
Richard Sproat, Chilin Shih, Mark Hasegawa-Johnson, Dan Roth, & Kay Bock and
Brian Ross. Automated Methods for Second-Language Fluency Assessment. no. 3, University of Illinois Critical Research Initiative, 2005–2007
@techreport{sproat2005automated,
author = {Richard Sproat and Chilin Shih and Mark Hasegawa-Johnson and Dan Roth and Kay Bock and
Brian Ross},
grant = {internal},
institution = {University of Illinois Critical Research Initiative},
number = {3},
title = {Automated Methods for Second-Language Fluency Assessment},
url = {https://speechtechnology.web.illinois.edu/automatic-methods-for-second-language-fluency-assessment/},
year = {2005--2007}
}
Thomas S Huang, & Mark Hasegawa-Johnson. Audiovisual Emotional Speech AVATAR. no. RPS 31, Motorola Communications Center, 2005–2007
@techreport{huang2005audiovisual,
author = {Thomas S Huang and Mark Hasegawa-Johnson},
grant = {external},
institution = {Motorola Communications Center},
number = {RPS 31},
title = {Audiovisual Emotional Speech AVATAR},
year = {2005--2007}
}
Mark Hasegawa-Johnson. Rhythmic Organization of Durations for Automatic Speech Recognition. no. 6, UIUC Research Board, 2005–2006
@techreport{hasegawajohnson2005rhythmic,
author = {Mark Hasegawa-Johnson},
grant = {internal},
institution = {UIUC Research Board},
number = {6},
title = {Rhythmic Organization of Durations for Automatic Speech Recognition},
year = {2005--2006}
}
Mark Hasegawa-Johnson, & Thomas S Huang. Audiovisual Speech Recognition: Data Collection and Feature Extraction in Automotive Environment. no. RPS 19, Motorola Communications Center, 2002–2005
@techreport{hasegawajohnson2002audiovisual,
author = {Mark Hasegawa-Johnson and Thomas S Huang},
grant = {external},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/inside-500x300.jpg},
institution = {Motorola Communications Center},
number = {RPS 19},
title = {Audiovisual Speech Recognition: Data Collection and Feature Extraction in Automotive Environment},
url = {https://speechtechnology.web.illinois.edu/audiovisual-speech-recognition-data-collection-and-feature-extraction-in-automotive-environment/},
year = {2002--2005}
}
Mark Hasegawa-Johnson, & Jennifer Cole. Prosody-Dependent Speech Recognition. no. 2, University of Illinois Critical Research Initiative, 2002–2004
@techreport{hasegawajohnson2002prosody,
author = {Mark Hasegawa-Johnson and Jennifer Cole},
grant = {internal},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/prosodypeople-500x300.jpg},
institution = {University of Illinois Critical Research Initiative},
number = {2},
title = {Prosody-Dependent Speech Recognition},
url = {https://speechtechnology.web.illinois.edu/prosody-dependent-speech-recognition/},
year = {2002--2004}
}
Weimo Zhu. Development and Validation of An E-diary System for Assessing Physical Activity and Travel Behaviors. no. 47334, Robert Wood Johnson Foundation, 2002–2004
@techreport{zhu2002development,
author = {Weimo Zhu},
grant = {external},
institution = {Robert Wood Johnson Foundation},
number = {47334},
title = {Development and Validation of An E-diary System for Assessing Physical Activity and Travel Behaviors},
url = {https://speechtechnology.web.illinois.edu/development-and-validation-of-an-e-diary-system-for-assessing-physical-activity-and-travel-behaviors/},
year = {2002--2004}
}
Mark Hasegawa-Johnson. Immersive Headphone-free Virtual Reality Audio. no. 23, University of Illinois Research Board, 2001–2002
@techreport{hasegawajohnson1999factor,
author = {Mark Hasegawa-Johnson},
grant = {internal},
img = {https://speechtechnology.web.illinois.edu/media/online/projects/adsagit-500x300.jpg},
institution = {University of Illinois Research Board},
number = {7},
title = {Factor Analysis of the Tongue Shapes of Speech},
url = {https://speechtechnology.web.illinois.edu/factor-analysis-of-the-tongue-shapes-of-speech/},
year = {1999--2000}
}
Mark Hasegawa-Johnson. Factor Analysis of MRI-Derived Articulator Shapes. Individual National Research Service Award, no. 1 F32 DC000323, NIH NIDCD, 1997–1999
@techreport{hasegawajohnson1997factor,
author = {Mark Hasegawa-Johnson},
grant = {external},
institution = {NIH NIDCD},
number = {1 F32 DC000323},
series = {Individual National Research Service Award},
title = {Factor Analysis of MRI-Derived Articulator Shapes},
url = {https://reporter.nih.gov/search/A6RtagBSbEGeJ5AATGiLlw/project-details/2522259},
year = {1997--1999}
}
