In order to understand currents, tides and other ocean dynamics, scientists need to accurately capture sea surface height, or ...
Abstract: This paper presents a novel system for predicting nonuniform blood flow using dual Photoplethysmography (PPG) signals and deep learning. The hardware comprises two PPG sensors strategically ...
Abstract: This research aims to develop an accurate and efficient deep learning approach for forecasting Global Horizontal Irradiance (GHI) to facilitate better integration of solar energy into ...
Comparison of Deep-Learning Models for Classification of Cellular Phenotype From Flow Cytometry Data
Abstract: This study compares the relative utility of deep learning models as automated phenotypic classifiers, built with features of peripheral blood cell populations assayed with flow cytometry. We ...
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