18 results found

Gustavo Rafael Rodriguez Inga, Leonardo Javier Pariona Chavez, Joel Figueroa Vilcarromero

Current phytopathological diagnostic systems rely on manual inspections or laboratory analyses, which delay early detection and limit in-field responsiveness. Phytopathogenic fungal diseases pose a pe...

Scientific Reports 2026-04-21 rs-8919524
computer vision deep learning agricultural robotics

Faheem Jan, Musaad S. Aldhabani, Izatmand Haleemzai, Ahmed M. Zidan, Mehwish Tahir

Timely and accurate electricity price forecasting is essential for the efficient operation of competitive electricity markets. However, predicting day-ahead electricity prices remains challenging due ...

Scientific Reports 2026-04-21 rs-9130354
Electricity Price Forecasting Anomaly Detection Ensemble Learning Machine Learning STL Decomposition.vector autoregressive autoregressive moving average autoregressive neural network k-nearest Neighbors

Gabriel Gomes de Oliveira, Suja A. Alex, J. Renees, Abdullah Ayub Khan, Vania V. Estrela, Shilpa Mahajan, Asif A. Laghari, Asiya Khan

The growing prevalence of diabetes highlights the need for scalable, accurate, and privacy-conscious testing technologies. To train models, traditional machine learning (ML) techniques often rely on c...

Discover Artificial Intelligence 2026-04-21 rs-9182048
Federated Learning Edge Computing Decentralized Intelligence Deep Neural Network Diabetes Prediction Healthcare

Abdulmajeed Alhumaidi, Yosab Bebawy, Roman Obermaisser

Deep neural networks (DNNs) are increasingly critical to embedded and cyber–physical systems that demand strict real-time guarantees. However, the computational intensity of modern DNNs often exceeds ...

Real-Time Systems 2026-04-21 rs-9246074
Real-time systems Worst-case execution time (WCET) Deterministic scheduling Distributed deep neural network inference Heterogeneous multiprocessor scheduling Directed acyclic graph (DAG) scheduling Time-Sensitive Networking (TSN) FPGA-based acceleration

Nithil Harris Manimaran, Huayuan Han, Cory Merkel, Ke Xu

Neuromorphic computing based on artificial synapses requires devices capable of gradual, repeatable, and energy-efficient conductance modulation. Ionically gated transistors are promising candidates b...

Scientific Reports 2026-04-21 rs-9248715
Ionically Gated Transistors Electric Double Layer Neuromorphic Computing Artificial Neural Network Weight Update Nonlinearity Conductance States

Jeremy Slater, Gardar Thorvardsson

The transition from effortful to automatic processing is a defining feature of skill acquisition, and converging evidence implicates theta-gamma phase-amplitude coupling as the neural signature of thi...

Research Square 2026-04-21 rs-9465047
Equilibrium Propagation Landau-Ginzburg wave field holographic readout hierarchical predictive coding backpropagation-free learning theta-gamma phase-amplitude coupling Chrono-Resonant Field Model hierarchical automaticity predictive processing Kuramoto order parameter continuous wave field computing underdamped settling dynamics photonic neural networks neuromorphic computing TIMIT speech recognition

Vasiliki Kinigopoulou, Christos Mattas, Ioannis Vrouhakis, Evangelos Hatzigiannakis

This study investigates the hydrochemical characteristics and controlling factors of water quality along the Axios River (Northern Greece) using a combination of statistical methods and artificial neu...

Environmental Monitoring and Assessment 2026-04-20 rs-9232782
Hydrochemistry Water quality modelling Electrical conductivity Artificial neural networks Multivariate statistical analysis Feature selection Machine learning River systems

Jiang-Long Shen, Xia Li

The Caudrey-Dodd-Gibbon (CDG) equation, a core constituent of the fifth-order Korteweg-de Vries (KdV)-type nonlinear wave equations, possesses exact solutions that are of pivotal significance for eluc...

Nonlinear Dynamics 2026-04-20 rs-9350197
Fifth-order dispersion nonlinear wave equation Feature enhancement Direct symbolic computation Neural networks
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