CORTEXA
← Browse
openalexFigshare2026-07-23Cited by 0

PETIMOT: A Novel Framework for Inferring Protein Motions from Sparse Data Using SE(3)-Equivariant Graph Neural Networks, Lombard <i>et al.</i> 2026

Élodie Laine, Valentin Lombard, Sergei Grudinin (429172), Julien Nguyen Van

This archive contains the data associated with PETIMOT: A Novel Framework for Inferring Protein Motions from Sparse Data Using SE(3)-Equivariant Graph Neural Networks. Lombard <i>et al.</i> 2026.For questions, please contact elodie.laine@sorbonne-universite.fr.

View free PDFSource page

Related papers

openalexFigshare2026-07-24

High-fidelity demodulation of vortex beams through dynamic scattering media using a physically constrained deep neural network

Wenwen Cai, Xuanxuan Wang, Mingqian Zhu, Dengfeng Kuang

Vortex beams carrying orbital angular momentum enable high-capacity optical communication and imaging, yet multiple scattering in dynamic medias such as biological tissues disrupts their wavefront. Brownian motion decorrelates the scattered field and invalidates conventional meth…

View free PDFSource page
openalexFigshare2026-07-23

Distillation-guided Optical Neural Networks with Reinforcement Learning-assisted Calibration

Kangjian Di, Fuhao Yu, Silin Chen, Jiashu Li, Andy Liu, Sen Shao, et al.

Optical neural networks (ONNs) promise ultra-fast and energy-efficient computing but are hampered by the critical challenge of on-chip training. Here, we propose an on-chip training distillation-guided optical neural network (DGONN) and introduce a forward distilled algorithm to…

View free PDFSource page
openalexFigshare2026-07-25

A Predictive Model for Organizational Decision-Making Quality in Healthcare Organizations Using Big Data Analytics Capabilities

Khairallah Al-Talafheh, Faizah Aplop, Ali Al‐Yousef, Mamoon Obiedat, Ahed Al-Sbou

This article presents a machine learning-based predictive framework for assessing organizational Decision-Making Quality (DMQ) using Big Data Analytics Capabilities (BDAC) in healthcare organizations. The proposed framework integrates five BDAC dimensions—organizational, technica…

View free PDFSource page
openalexFigshare2026-07-24

Deep neural network-based characterization and positioning of particles in three-dimensional particle fields in digital holography with phase imaging

Shinya Hasegawa

Accurate, simultaneous determination of particle positions and physical characteristics is a fundamental requirement in digital holography for three-dimensional (3D) particle-field measurements. Recent approaches based on deep neural networks (DNNs) using two-dimensional (2D) U-N…

View free PDFSource page