Mohammad Fili
Mohammad Fili
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Machine Learning
Decoding Alzheimer's: Using Algorithms To Predict Cognitive Decline
An invited podcast discussing algorithmic approaches to predicting cognitive decline.
Jan 1, 2026
Podcast
Mohammad Fili
Machine Learning Solutions for Healthcare Problem
Invited lecture on Machine Learning in Healthcare at Iowa State University.
Jan 1, 2026
Iowa State University
Mohammad Fili
Decoding cognitive aging: how white matter tracts and demographics distinguish potential Super-Agers
Mohammad Fili
,
P. Mohammadiarvejeh
,
G. Hu
,
A. A. Willette
A Tempered Fractional Stable Noise Perturbed Gradient Descent Optimization Algorithm
Conference presentation at INFORMS 2024 on a novel gradient descent optimization algorithm.
Oct 1, 2024
F. Sabzikar
,
Mohammad Fili
,
Guiping Hu
Identification of Cognitive Decliners using resting-state functional MRI
Conference presentation at INFORMS 2024 on predicting cognitive decline using rsfMRI.
Oct 1, 2024
S. Rezaeimanesh
,
Mohammad Fili
,
P. Mohammadiarvejeh
,
Guiping Hu
,
Auriel Willette
A machine learning approach for potential Super-Agers identification using neuronal functional connectivity networks
Mohammad Fili
,
P. Mohammadiarvejeh
,
B. Klinedinst
,
Q. Wang
,
S. Moody
,
N. Barnett
,
A. Pollpeter
,
B. A. Larsen
,
T. Li
,
S. A. Willette
,
J. P. Mochel
,
K. Allenspach
,
G. Hu
,
A. A. Willette
Cognitive Classification using MRI and Blood Biomarkers
Conference presentation at IISE 2024 on classifying cognitive groups using multimodal data.
May 1, 2024
S. Rezaeimanesh
,
Mohammad Fili
,
P. Mohammadiarvejeh
,
Guiping Hu
,
Auriel Willette
Cognitive classification using MRI and blood biomarkers
S. Rezaeimanesh
,
Mohammad Fili
,
P. Mohammadiarvejeh
,
G. Hu
,
A. A. Willette
Bayesian Optimization for Clinical Trials
Applying Bayesian optimization strategies to rapidly and safely identify optimal dosing regimens in early-phase clinical trials.
Alzheimer's Prediction via Deep Learning
A comprehensive framework using deep learning to analyze multibehavioral and multimodal data for early Alzheimer’s disease prediction.
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