Faculty

Institution

Unit

Venue

Chun-Hsing Ho

Associate Professor Professor

University of Nebraska–Lincoln

Affiliations

Engineering

the Durham School - Architectural Engineering

Chun-hsing Ho is currently serving as an Engineering Associate Professor Professor at University of Nebraska–Lincoln.

Honors

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Experiences

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Education

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Chun-Hsing Ho

University of Nebraska–Lincoln

Associate Professor Professor

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engineering civil engineering transportation engineering vehicular technology environmental engineering materials science construction engineering infrastructure engineering materials engineering geotechnical engineering thermal engineering sensor applications transport infrastructure traffic engineering condition assessments structural engineering stability structural mechanics structural testing structural safety wireless communications material research vehicle system dynamics machine vision information fusion machine learning research active control condition monitoring transportation research transportation planning stabilization technique structural design structural analysis concrete technology infrastructure management sensor technology urban infrastructure adsorption resilience analysis resilience engineering sensor placement anomaly detection mobile sensing autonomous driving source apportionment asset management pattern analysis airport management pavement conditions bending beam rheometer asphalt mixture beams dry-freeze regions asphalt pavements low design temperatures viscoelastic materials relaxation modulus alternative function load triaxial tests pavement unbound layers instrumented bicycle bike trails instrumented bikes coal-like materials multidisciplinary ai systems engineering machine learning intelligent systems selfdriving car applied artificial intelligence

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Generic Deep Learning–Based Computing Algorithm in Support of the Development of Instrumented Bikes. ASCE OPEN Multidisciplinary Journal of Civil Engineering (2024)

Chun-Hsing HoPeijie QiuYifei ZhangKewei Ren

systems engineeringinstrumented bikestransportation engineeringdeep learningvehicular technologycomputer scienceengineering

Diagnostics of Road Conditions Using Acceleration Sensor: Machine Learning - LSTM Autoencoder and Gaussian Mixture Model. (2024)

Dada ZhangChun-Hsing Ho

machine learning researchroad conditionssource apportionmentacceleration sensorlstm autoencodersensorsimage analysismobile sensingmachine learninggaussian mixture modelcomputer visionmachine visionactive controlsystems engineeringtime seriesvehicular technologyautonomous drivingtraffic engineeringcomputer scienceengineeringinformation fusion

Distribution Fitting and Anova Test to Analyze Pavement Sensing Patterns for Condition Assessments. Built Environment Project and Asset Management (2024)

Dada ZhangChun-Hsing Ho

environmental engineeringpattern analysiscondition assessmentsdistribution fittingcivil engineeringremote sensingbuilt environmentasset managementpavement sensing patternsanova testengineering

Vibration Data Mining and Machine Learning for Anomaly Detection of Cycling Trails Using Instrumented Bike. (2024)

Chun-Hsing HoKewei Ren

vibration data mininganomaly detectiondata sciencemachine learningcycling trails

Evaluating the Impact of Factors in Vehicle Based Pavement Sensing Implementation: Sensor Placement, Pavement Temperature, Speed, and Threshold. Journal of Infrastructure Preservation and Resilience (2023)

Dada ZhangChun-Hsing HoFangfang Zhang

environmental engineeringconstruction engineeringsystems engineeringresilience analysissensor placementvehicle system dynamicstransportation engineeringcivil engineeringvehicular technologypavement temperatureresilience engineeringresilienceinfrastructure engineering

Five-Year Performance Evaluation of Geogrid Reinforcement in Low-Volume Unpaved Roads Using Dynamic Cone Penetrometer, Plate Load Test and Roadway Sensing. Geotechnics (2023)

Chun-Hsing HoJeremy DeGeyterDada Zhang

geogrid reinforcementcivil engineeringplate load testlow-volume unpaved roadsroadway sensinggeotechnical engineeringfive-year performance evaluationengineeringperformance evaluation

Crushed Rocks Stabilized With Organosilane and Lignosulfonate in Pavement Unbound Layers: Repeated Load Triaxial Tests. Frontiers of Structural and Civil Engineering (2021)

Diego Maria BarbieriInge HoffChun-Hsing Ho

materials sciencestabilization techniquestructural engineeringstructural designconcrete technologypavement unbound layersstructural analysisstructural safetystructural mechanicscivil engineeringstructural testinggeotechnical engineeringstabilityload triaxial testsengineering

Development and Application of Instrumented Bicycle and Its Sensing Technology in Condition Assessments for Bike Trails. Journal of Infrastructure Systems (2021)

Chun-Hsing HoJiawei GaoMatt SnyderPeijie Qiu

sensor technologysystems engineeringengineeringwearable technologycondition assessmentsinfrastructure managementsensor applicationstransportation engineeringinfrastructure engineeringwireless communicationscivil engineeringsensorsvehicular technologyinstrumented bicyclebike trailsurban infrastructureinstrumentationtransport infrastructure

Application of Vehicle-Based Sensing Technology in Monitoring Vibration Response of Pavement Conditions. Journal of Transportation Engineering Part B Pavements (2020)

Chun-Hsing HoMatthew SnyderDada Zhang

construction engineeringmechanical engineeringsensor applicationstransportation engineeringcivil engineeringvehicular technologypavement conditionstraffic engineeringcondition monitoringengineering

Evaluating Methane Adsorption Characteristics of Coal-Like Materials. Materials (2020)

Pengxiang ZhaoHui LiuChun-Hsing HoShugang LiYanqun LiuHaifei LinMin Yan

environmental engineeringmaterials sciencematerial researchmaterials engineeringthermal engineeringadsorptionadvanced materialscoal-like materialsmethane adsorption characteristicsengineering

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Chun-Hsing Ho

Associate Professor Professor

University of Nebraska–Lincoln

Affiliations

Engineering

the Durham School - Architectural Engineering

Chun-hsing Ho is currently serving as an Engineering Associate Professor Professor at University of Nebraska–Lincoln.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Chun-Hsing Ho

University of Nebraska–Lincoln

Associate Professor Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Generic Deep Learning–Based Computing Algorithm in Support of the Development of Instrumented Bikes. ASCE OPEN Multidisciplinary Journal of Civil Engineering (2024)

Chun-Hsing HoPeijie QiuYifei ZhangKewei Ren

systems engineeringinstrumented bikestransportation engineeringdeep learningvehicular technologycomputer scienceengineering

Diagnostics of Road Conditions Using Acceleration Sensor: Machine Learning - LSTM Autoencoder and Gaussian Mixture Model. (2024)

Dada ZhangChun-Hsing Ho

Distribution Fitting and Anova Test to Analyze Pavement Sensing Patterns for Condition Assessments. Built Environment Project and Asset Management (2024)

Dada ZhangChun-Hsing Ho

environmental engineeringpattern analysiscondition assessmentsdistribution fittingcivil engineeringremote sensingbuilt environmentasset managementpavement sensing patternsanova testengineering

Vibration Data Mining and Machine Learning for Anomaly Detection of Cycling Trails Using Instrumented Bike. (2024)

Chun-Hsing HoKewei Ren

vibration data mininganomaly detectiondata sciencemachine learningcycling trails

Dada ZhangChun-Hsing HoFangfang Zhang

Five-Year Performance Evaluation of Geogrid Reinforcement in Low-Volume Unpaved Roads Using Dynamic Cone Penetrometer, Plate Load Test and Roadway Sensing. Geotechnics (2023)

Chun-Hsing HoJeremy DeGeyterDada Zhang

geogrid reinforcementcivil engineeringplate load testlow-volume unpaved roadsroadway sensinggeotechnical engineeringfive-year performance evaluationengineeringperformance evaluation

Crushed Rocks Stabilized With Organosilane and Lignosulfonate in Pavement Unbound Layers: Repeated Load Triaxial Tests. Frontiers of Structural and Civil Engineering (2021)

Diego Maria BarbieriInge HoffChun-Hsing Ho

Development and Application of Instrumented Bicycle and Its Sensing Technology in Condition Assessments for Bike Trails. Journal of Infrastructure Systems (2021)

Chun-Hsing HoJiawei GaoMatt SnyderPeijie Qiu

Application of Vehicle-Based Sensing Technology in Monitoring Vibration Response of Pavement Conditions. Journal of Transportation Engineering Part B Pavements (2020)

Chun-Hsing HoMatthew SnyderDada Zhang

construction engineeringmechanical engineeringsensor applicationstransportation engineeringcivil engineeringvehicular technologypavement conditionstraffic engineeringcondition monitoringengineering

Evaluating Methane Adsorption Characteristics of Coal-Like Materials. Materials (2020)

Pengxiang ZhaoHui LiuChun-Hsing HoShugang LiYanqun LiuHaifei LinMin Yan

environmental engineeringmaterials sciencematerial researchmaterials engineeringthermal engineeringadsorptionadvanced materialscoal-like materialsmethane adsorption characteristicsengineering

1
2
10 / page

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Similar Faculty Members

Heng Wei

Institution

University of Cincinnati

intelligent transportation system

geographic information system

Xin Wang

Institution

University of Wisconsin–Madison

electric vehicle

infrastructure engineering

Xinbao Yu

Institution

University of Texas at Arlington

numerical simulations

geomechanics

Ali Hajbabaie

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transportation system management

food security

Kevin Heaslip

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transportation engineering

systems engineering

Rafiqul Tarefder

Institution

University of New Mexico

engineering

multi-scale modeling

Soyoung Ahn

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modeling and simulation

traffic engineering

Subasish Das

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Texas State University

mobility

applied artificial intelligence

Peter Taylor

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cement manufacture

construction engineering

Yunlong Zhang

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transportation engineering

transportation research