Faculty

Institution

Unit

Venue

Edwin C. Kan

Professor

Cornell University

Affiliations

College of Engineering

School of Electrical and Computer Engineering

Edwin C. Kan is currently serving as a College Of Engineering Professor at Cornell University.

Honors

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Experiences

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Education

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Edwin C. Kan

Cornell University

Professor

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electrical engineering applied physics microelectronics electronics integrated circuits solid-state electronics nanoelectronics semiconductors electronic materials computer engineering electronic memory emerging memory technologies semiconductor memory sensors nanotechnology biomedical circuits vlsi technology signal processing vlsi circuit materials science memory devices physiological measurements non-volatile memory microwave technology device modeling microelectronics reliability wearable technology radio frequency identification patient monitoring advanced dielectric health monitoring radio frequency wireless communications electroanalytical chemistry electromagnetic compatibility indoor positioning systems rf localization flash memory semiconductor devices neurochip electroanalytical sensor electric field localization non-contact sensing transmission line wearable sensors graphene nanoribbons circuit simulation interconnect (integrated circuits) location estimation charge transport nonlinear transmission lines condensed matter vlsi design graphene-based nano-antennas wearable systems memory architectures mixed-signal integrated circuits chemical sensing chemical sensors retention time cryptographic hardware ultra-wideband communication circuit design spatial diversity nonlinear transmission line hybrid memory heart rate long retention time tag localization signal strength band gap nonvolatile memory applications device fingerprints dg mosfet parameter extraction biomedical imaging biomedical engineering medical electronics clinical engineering biomedical analysis solid state biological engineering bioinstrumentation instrumentation bioelectronics

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Near-Field Radio-Frequency System for Continuous Left and Right Lung Volume Sensing. IEEE Sensors Journal (2025)

Aakash KapoorThomas B. ConroyKapil GangwarEdwin C. KanJoaquin Araos

radiologypulmonary circulationmedical electronicsright lung volumemedical devicescontinuous leftmedical imagingsensorsnear-field radio-frequency systemnon-contact sensingsignal processinginstrumentationbiomedical circuits

Device-Free Occupant Counting Using Ambient Rfid and Deep Learning. (2024)

Guoyi XuEdwin C. Kan

embedded machine learningneural network (machine learning)computer engineeringwireless communicationsindoor positioning systemsdeep learningintelligent buildingsignal strength indicatorsignal processingdeep learning modelscomputer scienceradio frequency identification

Leveraging Spatial Diversity for Ambiguity-Free Ultranarrowband Phase-Based 3-D Localization. IEEE Internet of Things Journal (2024)

Guoyi XuAakash KapoorEdwin C. Kan

machine visionspatial diversitysignal processinglocation estimationlocalization techniquelocalization

Near-Field Radio Sensing for Biomedical, Biological, and Cyberphysical Intelligence. IEEE Sensors Letters (2024)

Zijing ZhangJianlin ZhouThomas B. ConroyXiaonan HuiPragya SharmaGuoyi XuKapil GangwarUpekha DelayAakash KapoorEdwin C. Kan

technologywearable technologynear-field radio sensingbiomedical engineeringcontinuous monitoringsensorsbiomedical circuitsphysiological measurementswearable sensorsnon-contact sensingwearable systemswearable electronicstechnology adoptionhealth technologybioelectronics

A Backscatter Field Model for Near-Field Rf Sensing. IEEE Transactions on Microwave Theory and Techniques (2023)

Jianlin ZhouMohamed Ismail AbdelrahmanThomas B. ConroyFrancesco MonticoneEdwin C. Kan

electromagnetic fieldsobject shapeelectromagnetismradio frequencyantennasradarmicrowave technologyelectromagnetic compatibilitysignal processingmicrowave antennasbackscatter field modeltorso phantom

A Feasibility Study Using Radio-Frequency Sensors to Collect Respiratory Metrics in Patients With Chronic Obstructive Pulmonary Disease.. Medical Research Archives (2023)

Zijing ZhangTaeyoung ParkJamuna KrishnanKapil GangwarJianlin ZhouThomas ConroyEdwin KanVeerawat Phongtaknuel

pulmonary diseaseswearable technologypulmonary carecopd patientshealth monitoringchronic diseasespatient monitoringsensorschronic obstructive pulmonary diseaserespiratory medicineadvanced lung diseasecritical carefeasibility studyhealth scienceshealth technologyrespiratory metrics

Ambiguity-Free 3D Millimeter-Precision Rfid Tag Localization Inside Building Materials. (2023)

Guoyi XuEdwin C. Kan

tag localizationwireless communicationsindoor positioning systemsantennashigh accuracysignal processinglocation estimationrf localizationspatial diversityradio frequency identificationlocalization

Deduced Respiratory Scores on Covid-19 Patients Learning From Exertion-Induced Dyspnea. Sensors (2023)

Zijing ZhangJianlin ZhouThomas B. ConroySamuel ChungJustin ChoiPatrick ChauDaniel B. GreenAna C. KriegerEdwin C. Kan

wearable technologyhealthy subjectscovid-19 patientshealth monitoringchronic diseaseshealth information sciencepatient monitoringexertion-induced dyspneaphysiological measurementsrespiratory medicinecritical carewearable sensorsdigital medicinedigital healthhealth technologyhealth sciences

Dtpi 2023 Technical Program Committee. (2023)

Ashwin AgrawalGisele BennettMario BergesFangle ChangRiccardo ColellaGregory DurginGayle GoldnerKaitlyn GravesJoshua GriffinPeter HawrylakJoseph HughesEdwin KanNeda MohammadiVartan PiroumianDirk ReinersChristopher SaetiaSerhat TadikStewart ThomasMichael VarnerKara WangYutong Wang

engineering managementtechnology readiness levelcomputer engineeringintelligent computingdtpi 2023

Jugular Venous Pulse Waveform Extraction From a Wearable Radio Frequency Sensor. IEEE Sensors Journal (2023)

Thomas B. ConroyJianlin ZhouEdwin C. Kan

cardiologywearable technologyjugular venous pulsekinesiologybiomedical engineeringcardiac behaviorhealth monitoringpatient monitoringsensorsinternal jugular veinphysiological measurementswearable sensorssignal processingwearable systemsbiomedical circuits

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Edwin C. Kan

Professor

Cornell University

Affiliations

College of Engineering

School of Electrical and Computer Engineering

Edwin C. Kan is currently serving as a College Of Engineering Professor at Cornell 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

Edwin C. Kan

Cornell University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Near-Field Radio-Frequency System for Continuous Left and Right Lung Volume Sensing. IEEE Sensors Journal (2025)

Aakash KapoorThomas B. ConroyKapil GangwarEdwin C. KanJoaquin Araos

Device-Free Occupant Counting Using Ambient Rfid and Deep Learning. (2024)

Guoyi XuEdwin C. Kan

Leveraging Spatial Diversity for Ambiguity-Free Ultranarrowband Phase-Based 3-D Localization. IEEE Internet of Things Journal (2024)

Guoyi XuAakash KapoorEdwin C. Kan

machine visionspatial diversitysignal processinglocation estimationlocalization techniquelocalization

Near-Field Radio Sensing for Biomedical, Biological, and Cyberphysical Intelligence. IEEE Sensors Letters (2024)

Zijing ZhangJianlin ZhouThomas B. ConroyXiaonan HuiPragya SharmaGuoyi XuKapil GangwarUpekha DelayAakash KapoorEdwin C. Kan

A Backscatter Field Model for Near-Field Rf Sensing. IEEE Transactions on Microwave Theory and Techniques (2023)

Jianlin ZhouMohamed Ismail AbdelrahmanThomas B. ConroyFrancesco MonticoneEdwin C. Kan

electromagnetic fieldsobject shapeelectromagnetismradio frequencyantennasradarmicrowave technologyelectromagnetic compatibilitysignal processingmicrowave antennasbackscatter field modeltorso phantom

A Feasibility Study Using Radio-Frequency Sensors to Collect Respiratory Metrics in Patients With Chronic Obstructive Pulmonary Disease.. Medical Research Archives (2023)

Zijing ZhangTaeyoung ParkJamuna KrishnanKapil GangwarJianlin ZhouThomas ConroyEdwin KanVeerawat Phongtaknuel

Ambiguity-Free 3D Millimeter-Precision Rfid Tag Localization Inside Building Materials. (2023)

Guoyi XuEdwin C. Kan

tag localizationwireless communicationsindoor positioning systemsantennashigh accuracysignal processinglocation estimationrf localizationspatial diversityradio frequency identificationlocalization

Deduced Respiratory Scores on Covid-19 Patients Learning From Exertion-Induced Dyspnea. Sensors (2023)

Zijing ZhangJianlin ZhouThomas B. ConroySamuel ChungJustin ChoiPatrick ChauDaniel B. GreenAna C. KriegerEdwin C. Kan

Dtpi 2023 Technical Program Committee. (2023)

engineering managementtechnology readiness levelcomputer engineeringintelligent computingdtpi 2023

Jugular Venous Pulse Waveform Extraction From a Wearable Radio Frequency Sensor. IEEE Sensors Journal (2023)

Thomas B. ConroyJianlin ZhouEdwin C. Kan

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