Latest Articles for Manufacturing

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.

Learn how Digital Twins are revolutionizing monitoring and efficiency in various sectors.

Discover how machine learning is reshaping industrial processes and decision-making.

Examining how oxygen influences titanium's strength and structure.

A new method enhances identification of chipwood pallets and metal plates.

Discover how DeepONet improves manufacturing predictions and optimizes processes.

Learn how advanced technologies improve reliability in robotic arms.

Implementing smart pipes can revolutionize shipbuilding efficiency and safety.

New techniques enhance fault detection in manufacturing using deep learning methods.

A new AI method improves scheduling in uncertain task environments.

A new scheduler improves production efficiency in complex manufacturing environments.

A fast and precise method for measuring distances using frequency comb lasers.

APEX improves how robots work with two arms for complex tasks.

JUICER helps robots learn furniture assembly with fewer examples.

Learn how researchers tackle the geometric knapsack problem with various shapes to maximize efficiency.

The ADAPT Hand mimics human grasping techniques for improved object manipulation.

Innovative techniques in weaving are shaping the future of textiles.

Malleable robots adapt their form for diverse tasks across various fields.

New designs for robotic grippers allow for better handling of objects.

Quantum annealing shows promise in solving complex production scheduling challenges.

A novel algorithm to separate common and unique features in noisy datasets.

This article examines how initial stress affects material behavior and energy storage.

This article presents a method to control the shape of flexible objects using offline RL.

New tactile sensors improve how robots interact with objects.

A look at how hybrid feedback helps robots avoid obstacles.

Researchers develop a fast, non-destructive method for measuring fiber properties.