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Artificial Intelligence for Predicting Pathological Complete Response to Neoadjuvant Chemotherapy from MRI and Prognostic Clinical Features

Author:Hongyi Duanmu  Pauline Huang  Srinidhi Brahmavar  Fusheng Wang  Tim Q Duong  

Institution:Stony Brook University  

Session Type:Oral  

Session Live Q&A Date:Monday, 10 August 2020  

Topic:Cancer Imaging: Machine Learning & Advanced Imaging  

Session Name:Cancer Imaging: Machine Learning  

Program Number:0267  

Room Live Q&A Session:Monday Parallel 5  

Evaluating Noise Robustness of CNN-based Head&Neck Tumor Segmentations on Multiparametric MRI Data

Identification of Sarcomatoid De-Differentiation in Renal Cell Carcinoma by Machine Learning on Multiparametric MRI

The impact of radiomic feature reproducibility on a head and neck cancer radiotherapy response model: a comparison of two common analysis packages

Proof-of-principle for endogenous signal classification towards voxel-wise tumor detection using statistical machine learning

Radiomic features of cervical tumors: identifying volume thresholds for transition to a poor prognosis phenotype

Radiomics analysis for Characterizing Ovarian Tumor Based on a DCE-MRI Pharmacokinetic Protocol

Triaging dense breast screening MR images using a dilated convolutional neural network