Latest Articles for Manufacturing

A new system allows humans and robots to work together in sanding jobs.

A new automated system combines visual and tactile sensing for accurate defect detection.

Learn how group testing can efficiently find defective items in various fields.

Additive manufacturing faces a significant gap in available open datasets for machine learning.

Study shows how grain size and texture affect necking in metal rings.

New frameworks enhance quality and efficiency in metal additive manufacturing.

Using survival analysis to improve ball bearing maintenance and reduce machine downtime.

This article discusses improving soft robot simulations using real-world data.

Examining security issues and solutions in cloud-based Internet of Things systems.

A look into how robots are evolving with new technology.

An overview of how layered materials are created and their importance.

Exploring how grain size influences the mechanical properties of polycrystalline diamonds.

This article explores the benefits of Active RIS in ISAC systems.

A framework to optimize energy use in manufacturing through real-time data.

Innovative methods improve the design and manufacturing of optical devices.

A new technique allows for moving objects in chaotic environments using sound waves.

CPPS integrates technology for efficient, customized production in smart manufacturing.

Scientists investigate a unique state of matter known as liquid glass.

A look into shape optimization processes across various fields.

A new method uses human feedback to improve predictions in time series analysis.

A new method enhances anomaly detection using expert insights and weakly labeled samples.

Innovative method for designing lightweight and strong triangular lattice structures.

QISS offers a new approach to improve shift scheduling across various industries.

Engineers tackle a common issue in gas turbines with adaptive control methods.

CAD-SIGNet improves how we reconstruct design history from point clouds.

Quantum computing can enhance manufacturing through improved simulations and product designs.

A new method generates fake defective samples to improve anomaly detection in manufacturing.

Learn how sound analysis helps identify machine issues efficiently.

Research reveals potential of DDPM in improving anti-counterfeiting measures.

An overview of composite materials and their impact on engineering applications.

A new system evaluates ergonomic risks in skilled hand movements.

Using synthetic training data to enhance efficiency in detecting terminal strips.

AnisoGNN uses AI to predict polycrystalline material properties with less data.

Exploring how Smart Digital Twins are reshaping various industries through deep learning.

Innovative methods enhance efficiency in packing unequal circles into containers.

Research improves methods for identifying textureless objects in robotics and manufacturing.

Fault diagnosis is essential for efficient automated systems across various industries.

Exploring two data-driven approaches to control systems.

Examining how glass deforms and fails when subjected to stress.

A new method blends deep learning and constraint programming to enhance job scheduling.