Please check the above years for listed publication.
Grants and Funding (total funding: $20.90M)
[Last Time Edited: 07/19/2020]
| Current: ($8,619,036) | ||||||
| Year | Amount | PI | Title | Foundation | ID | Objective |
|---|---|---|---|---|---|---|
| 4/1/2020-3/31/2022 | $462,964 | Multi-PI: Chon and I-Ping Chen | Quantitative assessment of dental pain using a smartphone-attachable electrodermal activity sensor | National Institutes of Health | R21 DE029563-01 | |
| 1/1/2020-12/31/2022 |
$500,000 | Chon (PI) | Stress and fatigue monitoring using unobtrusive wearable devices | Office of the Naval Research | ||
| 6/1/2020-5/31/2021 |
$89,000 | Chon (PI) | Electrodermal activity sensing for quantitative detection of oral pain | Department of the Navy | ||
| 10/01/2019-09/30/2022 | $904,000 (UConn portion $420,000) | PI at UConn: Ki Chon, Hugo Posada-Quintero(Co-PI) | Physiological Metrics to Track Operational Performance in Cold Environments | Department of the Army | ||
| 02/01/2019-01/31/2021 | $313,595 | Prof. Chon (PI) and Dr. Hugo Posada-Quintero (Co-PI) | Feasibility of Electrodermal Activity for Detecting Seizures Elicited by Central Nervous System Oxygen Toxicity Under the Water | Office of Naval Research | N00014-19-1-2209 | |
| 04/15/2018-02/28/2022 | $3,069,000 (UConn portion $1,100,340) | Ki H. Chon and David D. McManus | Smartwatch Monitoring for Atrial Fibrillation After Stroke | National Institutes of Health | 1R01 HL137734-01A1 | |
| 06/01/2017-05/31/2021 | $2,259,245 (Subcontract portion to UConn from Boston University $564,699) | PI at UConn: Ki H. Chon | Automated Identification and Predication of Atrial Fibrillation During Sepsis | National Institutes of Health | 5R01 HL136660 | |
| 9/01/2016-8/31/2020 | $879,513 | Ki H. Chon | Medical Devices for Public Health – GAANN | Department of Education, Graduate Assistance in Areas of National Need (GAANN) program | ||
| 01/25/2019-01/24/2020 | $29,734 | Chon (PI) | Does heart rate variability predict impairment of operational performance divers? | Duke University/NAVSEA | ||
| 12/1/2018-08/31/2020 | $93,985 | Chon (PI) | Prediction of the success of defibrillation shock | Defibtech | ||
| Pending: | |||||
| Year | Amount | PI | Title | Foundation | Objective |
|---|---|---|---|---|---|
| 7/01/2020-6/30/2025 | $3,829,189 | Multi-PI: Chon, Cong and Feng | Electrodermal recordings of autonomic neural activities as an objective metric for visceral pain | NIH R61 NS114950-01A1 | |
| Scored proposals to NIH but not funded: | |||||
| Score | Amount | PI | Title | Foundation | Objective |
|---|---|---|---|---|---|
| Score (18%) — Not funded | $889,012 (subcontract from UMASS Medical School) | PI at UConn: K.H. Chon | Smartphone Monitoring for Atrial Fibrillation Real-Time in Ambulatory Older Persons | National Institutes of Health R01 | |
| Score (15%) | $478,000 | Ki H. Chon | Cardiac autonomic neuropathy in Type 1 Diabetes | National Institutes of Health R21 | The project will be to develop a diabetic biomarkers based on computational analysis of teleme-try-based ECG data. |
| Completed: ($12,184,463) | ||||||
| Year | Amount | PI | Title | Foundation | ID | Objective |
|---|---|---|---|---|---|---|
| 10/01/2015-09/30/2019 | $1,150,000 | Ki H. Chon | Wearable devices for in-home monitoring of patients with heart failure at risk of decompensation | National Science Foundation Smart and Connected Health (Integrative) | ||
| 10/9/17-10/8/19 | € 257,191(Euro) | Ki H. Chon (postdoc advisor for Dr. Jesus Lazaro) | WECARMON/Wearable Cardiorespiratory Monitor | Marie Sklodowaska-Curie Individual Fellowship | 745755 | |
| 11/15/2017-11/14/2018 | $224,000 (Subcontract from Mobile Sense Technol-ogies $50,000) | PI at UConn: Ki H. Chon | Arrhythmia detection and classification on a wireless waterproof armband | National Science Foundation SBIR Phase I | ||
| 09/01/2017-08/31/2018 | $224,937 (Subcontract from Mobile Sense Technologies $40,000) | PI at UConn: Ki H. Chon | Waterproof Leadless Armband for Continuous Wireless Monitoring for Atrial Fibrillation | National Institutes of Health R43 (SBIR Phase I) | ||
| 08/23/14-08/31/18 | $292,936 | Ki H. Chon | Effect of wakefulness on auditory cued visual search | Naval Submarine Medical Research Laboratory | ||
| 08/15/2014-07/14/2017 | $398,000 | Ki H. Chon | Arrhythmia detection using a smart phone | National Institutes of Health R15 | Received an impact Score of 10 | This project will develop a smart phone application for atrial fibrillation detection. |
| 7/1/2012-6/30/2017 | $3,000,000 | Ki H. Chon(Co-PI) | IGERT: Training Innovative Leaders in Biofabrication | NSF | ||
| 11/1/2014-5/31/2017 | $160,144 | Ki H. Chon | Multi-array ECG electrodes for continuous patient monitoring | Flexcon Industries | The goal of this project is to develop 12-lead ECG electrodes in a single sheet of flexible carbon film. | |
| 03/10/2015-03/09/2017 | $321,746 | Ki H. Chon | Development of Flexible Carbon-Based Hydrophobic Electrodes for Skin Conductance Meas-urements | Office of Naval Research | ||
| 01/04/2017-12/31/2017 | $500,000 | Ki H. Chon | Armband for Continuous Wireless Monitoring of Atrial Fibrillation | Connecticut Innovations | ||
| 9/25/2012-8/30/2016 | $1,902,036 | Ki H. Chon | Wearable Wireless Sensor for Multi-Scale Physiological Monitoring | Department of the U.S. Army | ||
| 12/2011-3/2015 | $614,415 | Ki H. Chon | Assessment of the autonomic nervous system utilizing principal dynamic mode analysis during mental, physical and hyperbaric stress | Office of Naval Research | ||
| 11/1/2012-10/30/2014 | $330,301 | Ki H. Chon | Evaluation and Testing of Carbon-based Hydrophobic Electrocardiogram Electrodes | Office of Naval Research | ||
| 5/01/2010-4/30/2014 | $500,000 | Ki H. Chon (Co-PI) | Distributed autoregulation of renal blood flow | Canadian Institute of Health Research | The goal of the work is to use a laser speckle perfusion imager and analytical data analysis tech-nique to discern how well the kidney is protected from high blood pressure and other insults. | |
| 06/1/2014-12/31/2014 | $50,000 | Ki H. Chon | Development of a prototype data logger for underwater ECG monitor | Office of Naval Research | ||
| 1/01/2012-12/31/2013 | $44,000 | Ki H. Chon | Spatiotemporal Organization of Renal Autoregulation | American Heart Association | This is a American Heart Pre-doctoral fellowship grant awarded to one of my PhD students. The goal is to develop signal processing techniques for analyzing rats’ kidney laser speckle im-ages. | |
| 11/19/2012-08/31/2014 | $84,000 | Ki H. Chon | 360 Degree image viewer for tablet and phone devices development | Naval Submarine Medical Research Laboratory | The goal of the project is to determine the biomedical response of humans to stressors identified in the special warfare, undersea, diving, and submarine environments. | |
| 10/01/2011-4/01/2013 | $100,000 | Ki H. Chon | Wearable Wireless sensor development for remote triage: A collaborative effort between WPI and MIT/Lincoln Laboratory $100,000 | MIT-Lincoln Laboratory | The goal of the work is to develop a wearable wireless sensor that can also perform real-time da-ta analysis for blood volume loss detection | |
| 10/01/2011-9/01/2012 | $100,000 | Ki H. Chon | Smart phone application for atrial fibrillation detection | WPI Ventures | The goal of the work is to develop a prototype smart phone application that can be used to detect presence of atrial fibrillation. | |
| 10/2007-4/2011 | $750,000 | Ki H. Chon | Noninvasive diagnosis and real-time evaluation of the effects of hyperbaric dive environments on the autonomic nervous system, utilizing Principal Dynamic Mode Analysis | Office of Naval Research | ||
| 1/2010-8/2011 | $110,000 | Ki H. Chon | A Novel Method to Assess Cardiovascular Diabetic Autonomic Neuropathy | Juvenile Diabetes Research Foundation | The primary goal is to perform a detailed functional assessment of diabetic neuropathy using wireless, remote measurements of ECG signals in a Type 1 diabetic mouse model, the Akita mouse. | |
| 08/2001-8/2008 | $900,000 | Ki H. Chon | Decoupling of the Principal Renal Autoregulatory Mechanisms | NIH Heart Lung & Blood Institute | R01:HL069629 | The objective of this proposal is to develop and test a block-structured mathematical model that will be able to emulate the observed functional behavior of the renal autoregulatory mechanisms under both normotensive and hypertensive conditions. |
| 04/2004-3/2007 | $200,000 (direct cost) | Ki H. Chon | Decoupling Dynamics of the Autonomic Nervous Systems | NIH Heart Lung & Blood Institute | R21:HL76358 | The objective of the project is the development of a new nonlinear method that will be able to separate the dynamics of the sympathetic and parasympathetic nervous activities from noninva-sive recordings of heart rate data. |
| 06/2002-07/2007 | $187,729(direct cost) | Ki H. Chon | Development of Medical Devices for Heart Failure Monitoring and Data Analysis | C-One Tech (Korean Medical Device Company) | BES-0503336 | The objective of this proposal is to develop a novel cardiac device for monitoring heart failure and other cardiac related disease. |
| 06/2001-05/2003 | $150,000 (direct cost) | Ki H. Chon | Developing Predictive Methods for Sudden Cardiac Death | National Institutes of Health R21 | The objective of this proposal is to develop a new iterative n-step ahead stochastic nonlinear time series algorithm that can be applied to clinical cardiac arrhythmias to obtain the most accurate prognostic information as to whether or not a patient will be susceptible to sudden cardiac death. | |
| 3/2008-2/2009 | $119,852 | Ki H. Chon | Continuous glucose monitoring: validation via swine | Ultraradian Diagnostics/NYSTAR Center for Biotechnology | ||
| 04/2004-03/2009 | $478,315(direct cost) | Ki H. Chon (Co-PI) | Graduate Training in Systems Physiology and Analysis | NIH NIDDK R25 | The objective of the project is to establish an interdisciplinary graduate program in Systems Phys-iology and Analysis. | |
| 07/2006-06/2007 | $112,000(direct cost) | Ki H. Chon | Wireless Health Monitors | Coulter Foundation | The project is to develop of integrated health monitoring system based on wireless sensor motes for continuous wireless monitoring of vital signs for large populations. | |
| 01/2006-12/2006 | $25,000 | Ki H. Chon (Graduate Student Support) | Wireless EKG Sensor Network for Intelligent Cardiac Monitoring | CEWIT at SUNY Stony Brook | The objective of the project is to develop a device to wirelessly transmit ECG data to a central machine. | |
| 01/2007-12/2007 | $18,000 | Ki H. Chon (Graduate Student Sup-port) | Real-Time Extraction and Multihop TDMA Transmission of Time-Varying Dynamics of the Pulse Oximter Waveforms | CEWIT at SUNY Stony Brook | The project has two parts: the first part deals with developing biomedical sensors with new capa-bilities, and the second portion investigates transmitting these signals wirelessly with new capa-bilities for multihoping and high data throughputs. | |
| 03/2000-05/2002 | $200,000 (direct cost) | Ki H. Chon | Development of Medical Devices for Heart Failure Monitoring and Data Analysis | C-One Tech (Korean Medical Device Company) | The objective of this proposal is to develop a novel cardiac device for monitoring heart failure and other cardiac related disease. | |
| 2000-2002 | $7,652 (direct cost) | Ki H. Chon | Predictive Methods for Sudden Cardiac Death | PSC-CUNY | Algorithm development for prediction of sudden cardiac death based on ECG data. | |
| 1998-2000 | $210,000 (direct cost) | Ki H. Chon | Nonlinear Analysis of Cardiovascular Autonomic Nervous System | The Whitaker Foundation | Detection and Comparison of Sympathovagal Balance in Healthy and Diseased Conditions | |
| 1997-1998 | $50,000 (direct cost) | Ki H. Chon | Estimation of the Dynamic Characteristics of the Intra- and Inter-Nephron Interactions Between the Myogenic and TGF Mechanisms | National Kidney Foundation: Young Investigator Award | ||
| 1994-1997 | $81,200 (direct cost) | Ki H. Chon | Nonlinear Analysis-Cardiovascular Regulatory Mechanisms | National Institutes of Health: Postdoctoral Fellowship Grant | ||