Faculty

Institution

Unit

Venue

Cristina Crespo

Oregon Institute of Technology

Affiliations

College of Engineering, Technology, and Management

Department Of Electrical Engineering And Renewable Energy

Department Of Applied Physics And Electrical Engineering

Department Of Renewable Energy Engineering

Oregon Institute of Technology

NoneCristina Crespo is currently serving as a College Of Engineering, Technology, And Management faculty at Oregon Institute of Technology.

Honors

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Experiences

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Education

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Cristina Crespo

Oregon Institute of Technology

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biomedical engineering health sciences medicine cardiology respiratory medicine biomedical informatics biomedical imaging biosignal processing biomedical systems statistics artificial intelligence pattern recognition health informatics bioinformatics machine learning biometrics electrophysiology biomedical circuits biomedical analysis information visualization chronobiology temporal pattern recognition activity recognition health monitoring hemostasis biomedical computing wind energy technology real-time visualization approximate entropy sample entropy robustness comparative study novel automatic algorithm cardiovascular risk actigraphy-based activity clinical application rest period identification activity-rest periods respiratory variations abrupt hemodynamic changes enhanced automatic algorithm arterial pulse pressure vertical-axis wind turbines nonstationary biomedical signals diminished complexity

Notable Scholarly Works

Notable Federal Grants

Collaborators

Review of Recent Patents on Vertical-Axis Wind Turbines (Vawts). Recent Patents on Engineering (2022)

Jack ZouchaCristina CrespoHanna WolfMateo Aboy

engineeringtechnologyintellectual propertyaerospace engineeringwind energy technologyvertical-axis wind turbines

Automatic Identification of Activity–Rest Periods Based on Actigraphy. Medical & Biological Engineering & Computing (2012)

Cristina CrespoMateo AboyJosé Ramón FernándezArtemio Mojón

pattern recognitionbiomedical informaticshealth informaticsbioinformaticsbiological engineeringmachine learningactivity-rest periodstemporal pattern recognitionbiomedical engineeringrespiratory medicineactivity recognitionhealth sciencesbiometricshealth monitoring

Clinical Application of a Novel Automatic Algorithm for Actigraphy-Based Activity and Rest Period Identification to Accurately Determine Awake and Asleep Ambulatory Blood Pressure Parameters and Cardiovascular Risk. Chronobiology International (2012)

Cristina CrespoJosé R. FernándezMateo AboyArtemio Mojón

novel automatic algorithmcardiovascular riskcardiologyactigraphy-based activityrespiratory medicinechronobiologyhealth sciencesclinical applicationrest period identificationemergency medicine

Comparative Study of Approximate Entropy and Sample Entropy Robustness to Spikes. Artificial Intelligence in Medicine (2011)

Antonio Molina-PicóDavid Cuesta-FrauMateo AboyCristina CrespoPau Miró-MartínezSandra Oltra-Crespo

medicineapproximate entropysample entropy robustnessartificial intelligencecomparative studyhealth sciencesstatistics

An Enhanced Automatic Algorithm for Estimation of Respiratory Variations in Arterial Pulse Pressure During Regions of Abrupt Hemodynamic Changes. IEEE Transactions on Biomedical Engineering (2009)

Mateo AboyCristina CrespoDaniel Austin

hemostasiscardiologyelectrophysiologybiomedical engineeringrespiratory variationsabrupt hemodynamic changesphysiologyenhanced automatic algorithmelectrical engineeringarterial pulse pressure

A Biomedical Signal Processing Toolbox. (2002)

biomedical informaticsbiomedical circuitsbiomedical imagingbioelectronicsbiological imagingbiomedical engineeringdigital signal processingbiomedical computingbiosignal processingbiomedical systemsbiomedical analysis

Evidence for Diminished Complexity During Intracranial Hypertension in Traumatic Brain Injury. Critical Care Medicine (2002)

Mateo AboyCristina CrespoJames McNames

diminished complexitytraumamedicineintracranial hypertensioncritical careneurologytraumatic brain injury

Techniques for the Visualization of Nonstationary Biomedical Signals. (2002)

biomedical imaginginformation visualizationnonstationary biomedical signalsbiomedical engineeringvisualizationbiosignal processingbiomedical systemsreal-time visualizationdata and information visualization

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Cristina Crespo

Oregon Institute of Technology

Affiliations

College of Engineering, Technology, and Management

Department Of Electrical Engineering And Renewable Energy

Department Of Applied Physics And Electrical Engineering

Department Of Renewable Energy Engineering

Oregon Institute of Technology

NoneCristina Crespo is currently serving as a College Of Engineering, Technology, And Management faculty at Oregon Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Cristina Crespo

Oregon Institute of Technology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Review of Recent Patents on Vertical-Axis Wind Turbines (Vawts). Recent Patents on Engineering (2022)

Jack ZouchaCristina CrespoHanna WolfMateo Aboy

engineeringtechnologyintellectual propertyaerospace engineeringwind energy technologyvertical-axis wind turbines

Automatic Identification of Activity–Rest Periods Based on Actigraphy. Medical & Biological Engineering & Computing (2012)

Cristina CrespoMateo AboyJosé Ramón FernándezArtemio Mojón

Cristina CrespoJosé R. FernándezMateo AboyArtemio Mojón

novel automatic algorithmcardiovascular riskcardiologyactigraphy-based activityrespiratory medicinechronobiologyhealth sciencesclinical applicationrest period identificationemergency medicine

Comparative Study of Approximate Entropy and Sample Entropy Robustness to Spikes. Artificial Intelligence in Medicine (2011)

Antonio Molina-PicóDavid Cuesta-FrauMateo AboyCristina CrespoPau Miró-MartínezSandra Oltra-Crespo

medicineapproximate entropysample entropy robustnessartificial intelligencecomparative studyhealth sciencesstatistics

An Enhanced Automatic Algorithm for Estimation of Respiratory Variations in Arterial Pulse Pressure During Regions of Abrupt Hemodynamic Changes. IEEE Transactions on Biomedical Engineering (2009)

Mateo AboyCristina CrespoDaniel Austin

hemostasiscardiologyelectrophysiologybiomedical engineeringrespiratory variationsabrupt hemodynamic changesphysiologyenhanced automatic algorithmelectrical engineeringarterial pulse pressure

A Biomedical Signal Processing Toolbox. (2002)

Evidence for Diminished Complexity During Intracranial Hypertension in Traumatic Brain Injury. Critical Care Medicine (2002)

Mateo AboyCristina CrespoJames McNames

diminished complexitytraumamedicineintracranial hypertensioncritical careneurologytraumatic brain injury

Techniques for the Visualization of Nonstationary Biomedical Signals. (2002)

1
10 / page