Abstract

2018

Soroushmehr SMR, Curzen N, Wood A, Nallamothu B, Gryak J, Najarian K. 2018. Automated Decision Support System for Stenosis Detection in Coronary Angiograms. Google ScholarBibTeX

Hooshmand M, Soroushmehr SMR, Williamson C, Gryak J, Najarian K. 2018. Computing Amount of Midline Shift in Traumatic Brain Injury. Google ScholarBibTeX

Yao H, Gryak J, Derksen H, Attili A, Nallamothu B, Najarian K. 2018. Fully-Automated Left Ventricle Segmentation Using a Dilated and Adversarial Deep Learning Architecture. 138Google ScholarBibTeX

Yao H, Gryak J, Derksen H, Attili AK, Nallamothu BK, Najarian K. 2018. Fully-Automated Left Ventricle Segmentation Using a Dilated and Adversarial Deep Learning Architecture. 138:A16899–A16899.Google ScholarBibTeX

Tokcan N, Hernandez L, Derksen H, Gryak J, Najarian K. 2018. Novel Tensor Similarity Score for Classification of Cardiac Index from ECG Signals. Google ScholarBibTeX

Zare F, Ansari S, Najarian K, Nabavi S. 2018. Preprocessing Sequence Coverage Data for Precise Detection of Copy Number Variations. IEEE/ACM Transactions on Computational Biology and Bioinformatics. Google ScholarBibTeX

Ansari S, Golbus JR, Aaronson KD, Nallamothu BK, Oldham KR, Ward KR, Gryak J, Najarian K. 2018. Stratification of Cardiac Index Using a Novel Non-Invasive Ring and Deep Learning. 138:A16415–A16415.Google ScholarBibTeX

Ansari S, Golbus J, Aaronson K, Nallamothu B, Oldham K, Ward K, Gryak J, Najarian K. 2018. Stratification of Cardiac Index Using a Novel Non-Invasive Ring and Deep Learning. 138Google ScholarBibTeX

2016

Soroushmehr S.M.R, Korely F, Williamson C, Ward K, Najarian K. 2016. A Machine Learning Approach to Determine the Need for Head CT among Traumatic Brain Injury Patients. Google ScholarBibTeX

Soroushmehr S.M.R, Williamson C, Korely F, Ward K, Najarian K. 2016. Non-invasive estimation of intracranial pressure in traumatic brain injury (TBI). Google ScholarBibTeX

Ansari S, Tiba MHakam, Oldham K, Ward KR, Najarian K. 2016. Noninvasive Peripheral Vascular Resistance Measured by a Polyvinylidene Fluoride Sensor Identifies Patterns of Oxygen Debt Repayment During Resuscitation After Hemorrhage. :A19409.Google ScholarBibTeX

Soroushmehr S.M.Reza, Farzaneh N, Korely F, Williamson C, Ward K, Najarian K. 2016. Quantitative assessment of hematoma in traumatic brain injury (TBI). Google ScholarBibTeX

2015

Soroushmehr SMReza, Bafna A, Shashank S, Brahmajee N, Ward K, Najarian K. 2015. Computer-assisted Diagnosis of Coronary Angiography. Circulation. 132:A15456–A15456.Google ScholarBibTeX

Ansari S, Slavin D, Tiba MH, Derksen H, Oldham K, Ward K, Najarian K. 2015. A Novel Portable Polyvinylidene Fluoride Based Sensor for Detection of Hemorrhage. Circulation. 132:A18257.Google ScholarBibTeX

2014

2014

Baechle M.A., Janus C., Gottlieb1 R., Belle A, Najarian K., Dishman M., Levin J.. 2014. Computer Software versus Faculty Grading of Prepared Carious Typodont Tooth. Google ScholarBibTeX

Belle A, Spadafore M, Derksen H, Ward K, Najarian K. 2014. Computer-Assisted Monitoring of Hemodynamic Condition During a Simulated Experiment of Hypovolemia Using Lower Body Negative Pressure. Google ScholarBibTeX

Wang L, Soroushmehr S.M.R, Najarian K, Attin M. 2014. Digitization of Electrocardiogram Prior to In-hospital Cardiac Arrest. Google ScholarBibTeX

Shandilya S, Sabouriazad P, Attin M, Najarian K. 2014. Time Series Feature Extraction and Machine Learning for Prediction of In-Hospital Cardiac Arrest. Circulation. 130:A19524–A19524.Google ScholarBibTeX