Faculty

Institution

Unit

Venue

Nicholas D. Boltin

Instructor

University of South Carolina

Affiliations

College of Engineering and Computing

Biomedical Engineering

Nicholas D. Boltin is currently serving as a Biomedical Engineering Instructor at University of South Carolina.

Honors

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Experiences

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Education

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Nicholas D. Boltin

University of South Carolina

Instructor

You can click a keyword to filter the displayed items

materials science emergency medicine systems engineering machine learning textile research emergency management mass casualty incidents mid-infrared emissivity mechanical engineering optical properties artificial intelligence heat transfer photonics spectroscopy forensic science health informatics thermal engineering biomedical informatics disaster medicine thermal analysis infrared spectroscopy forensic chemistry perioperative care prediction modelling moisture content polyester fabrics emergency departments initial study accurate identification ai model thermal images chemical contrast blood-stained fabrics improved-efficiency compact lamp dried blood functional exercise mass casualty triage medical image computing data mining data classification biostatistics data science medical imaging ai healthcare

Notable Scholarly Works

Notable Federal Grants

Collaborators

Prediction of Pelvic Organ Prolapse Postsurgical Outcome Using Biomaterial-Induced Blood Cytokine Levels: Machine Learning Approach. JMIR Perioperative Medicine (2023)

Mihyun Lim WaughNicholas BoltinLauren WolfJane GoodwinPatti ParkerRonnie HornerMatthew HermesThomas WheelerRichard GoodwinMelissa Moss

surgeryprediction modellingorthopedic surgerymachine learningorthopaedic surgeryperioperative care

An AI Model for Rapid and Accurate Identification of Chemical Agents in Mass Casualty Incidents. arXiv (Cornell University) (2020)

Nicholas BoltinDaniel VuBethany JanosAlyssa ShofnerJoan CulleyHomayoun Valafar

public healthsystems engineeringaccurate identificationartificial intelligenceai modelmachine learningmass casualty incidentscomputer science

A Study of the Mid-Infrared Emissivity of Dried Blood on Fabrics. Forensic Chemistry (2020)

Raymond G. BelliveauStephanie A. DeJongNicholas D. BoltinZhenyu LuBrianna M. CassidyStephen L. MorganM.L. Myrick

materials sciencedermatologyforensic scienceforensic chemistryinfrared spectroscopymid-infrared emissivitydried bloodtextile research

Designing and Executing a Functional Exercise to Test a Novel Informatics Tool for Mass Casualty Triage. Journal of the American Medical Informatics Association (2019)

Sara B DonevantErik R SvendsenJane V RichterAbbas S TavakoliJean B r CraigNicholas D BoltinHomayoun ValafarSalvatore Robert DiNardiJoan M Culley

systems engineeringinformaticsbiomedical informaticsdisaster medicinefunctional exerciseemergency medicineemergency managementhealth informaticsmass casualty triagecritical care

Mid-Infrared Emissivity of Nylon, Cotton, Acrylic, and Polyester Fabrics as a Function of Moisture Content. Textile Research Journal (2019)

Raymond G BelliveauStephanie A DeJongNicholas D BoltinZhenyu LuBrianna M CassidyStephen L MorganML Myrick

materials sciencepolyester fabricsmechanical engineeringoptical propertiesmid-infrared emissivitymoisture contenttextile research

Mobile Decision Support Tool for Emergency Departments and Mass Casualty Incidents (Edit): Initial Study. JMIR mhealth and uhealth (2018)

Nicholas BoltinDiego ValdesJoan M CulleyHomayoun Valafar

emergency departmentsemergency medicineemergency managementinitial studymass casualty incidents

An Improved-Efficiency Compact Lamp for the Thermal Infrared. Applied Spectroscopy (2015)

Wayne L. O'BrienNicholas D. BoltinStephanie A. DeJongZhenyu LuBrianna M. CassidyScott J. HoyStephen L. MorganMichael L. Myrick

thermal engineeringspectroscopyimproved-efficiency compact lampapplied physicsphotonics

Chemical Contrast Observed in Thermal Images of Blood-Stained Fabrics Exposed to Steam. The Analyst (2015)

Wayne L. O'BrienNicholas D. BoltinZhenyu LuBrianna M. CassidyRaymond G. BelliveauEmory J. StraubStephanie A. DeJongStephen L. MorganM. L. Myrick

materials sciencedermatologyradiologyblood-stained fabricsthermal imagesthermal analysischemical contrastheat transfer

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Nicholas D. Boltin

Instructor

University of South Carolina

Affiliations

College of Engineering and Computing

Biomedical Engineering

Nicholas D. Boltin is currently serving as a Biomedical Engineering Instructor at University of South Carolina.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nicholas D. Boltin

University of South Carolina

Instructor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Prediction of Pelvic Organ Prolapse Postsurgical Outcome Using Biomaterial-Induced Blood Cytokine Levels: Machine Learning Approach. JMIR Perioperative Medicine (2023)

Mihyun Lim WaughNicholas BoltinLauren WolfJane GoodwinPatti ParkerRonnie HornerMatthew HermesThomas WheelerRichard GoodwinMelissa Moss

surgeryprediction modellingorthopedic surgerymachine learningorthopaedic surgeryperioperative care

An AI Model for Rapid and Accurate Identification of Chemical Agents in Mass Casualty Incidents. arXiv (Cornell University) (2020)

Nicholas BoltinDaniel VuBethany JanosAlyssa ShofnerJoan CulleyHomayoun Valafar

public healthsystems engineeringaccurate identificationartificial intelligenceai modelmachine learningmass casualty incidentscomputer science

A Study of the Mid-Infrared Emissivity of Dried Blood on Fabrics. Forensic Chemistry (2020)

Raymond G. BelliveauStephanie A. DeJongNicholas D. BoltinZhenyu LuBrianna M. CassidyStephen L. MorganM.L. Myrick

materials sciencedermatologyforensic scienceforensic chemistryinfrared spectroscopymid-infrared emissivitydried bloodtextile research

Designing and Executing a Functional Exercise to Test a Novel Informatics Tool for Mass Casualty Triage. Journal of the American Medical Informatics Association (2019)

Sara B DonevantErik R SvendsenJane V RichterAbbas S TavakoliJean B r CraigNicholas D BoltinHomayoun ValafarSalvatore Robert DiNardiJoan M Culley

systems engineeringinformaticsbiomedical informaticsdisaster medicinefunctional exerciseemergency medicineemergency managementhealth informaticsmass casualty triagecritical care

Mid-Infrared Emissivity of Nylon, Cotton, Acrylic, and Polyester Fabrics as a Function of Moisture Content. Textile Research Journal (2019)

Raymond G BelliveauStephanie A DeJongNicholas D BoltinZhenyu LuBrianna M CassidyStephen L MorganML Myrick

materials sciencepolyester fabricsmechanical engineeringoptical propertiesmid-infrared emissivitymoisture contenttextile research

Mobile Decision Support Tool for Emergency Departments and Mass Casualty Incidents (Edit): Initial Study. JMIR mhealth and uhealth (2018)

Nicholas BoltinDiego ValdesJoan M CulleyHomayoun Valafar

emergency departmentsemergency medicineemergency managementinitial studymass casualty incidents

An Improved-Efficiency Compact Lamp for the Thermal Infrared. Applied Spectroscopy (2015)

Wayne L. O'BrienNicholas D. BoltinStephanie A. DeJongZhenyu LuBrianna M. CassidyScott J. HoyStephen L. MorganMichael L. Myrick

thermal engineeringspectroscopyimproved-efficiency compact lampapplied physicsphotonics

Chemical Contrast Observed in Thermal Images of Blood-Stained Fabrics Exposed to Steam. The Analyst (2015)

Wayne L. O'BrienNicholas D. BoltinZhenyu LuBrianna M. CassidyRaymond G. BelliveauEmory J. StraubStephanie A. DeJongStephen L. MorganM. L. Myrick

materials sciencedermatologyradiologyblood-stained fabricsthermal imagesthermal analysischemical contrastheat transfer

1
10 / page

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biomedical informatics

trustworthy ai

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ai for social good

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biocybernetics

signal processing

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medical imaging

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