Latest Articles for Manufacturing

A new tactile sensor design improves robot touch capabilities with cost-effective solutions.

Using machine learning to enhance accuracy in measuring steel surface roughness.

Exploring the role of grain boundaries in enhancing material properties.

A new teleoperation system enhances remote control of robots across various settings.

A method to secure NoC layouts against unauthorized access is proposed.

This system improves how people work with robots, making tasks easier and faster.

Improving anomaly detection methods for efficient manufacturing processes.

Using computer vision to enhance defect classification in additive manufacturing.

Examining how non-metals affect the adhesion properties of metal surfaces.

A new method enhances robots' cable routing capabilities through effective learning.

Analyzing thermal models improves machine performance and reliability through precise temperature control.

A new method improves machine tuning with safety and data-driven optimization.

This research enhances collaborative robots' ability to recognize human actions.

Research sheds light on unique behaviors of high-contrast materials for improved applications.

Exploiting GPUs to tackle complex assignment challenges in logistics and manufacturing.

Discover how 7-DOF robots enhance flexibility and efficiency across various applications.

Learn how to identify and address bottlenecks in manufacturing.

EasyNet simplifies and speeds up 3D anomaly detection for better quality control.

A study on scheduling jobs efficiently using two machines and one server.

A soft robotic gripper simplifies the way robots handle and move objects.

An overview of how materials change shape under stress and its implications.

A look into how ontologies improve automated planning systems.

This article discusses enhancing robot learning through innovative methods.

A new method improves robotic grasping in warehouse settings using multi-suction grippers.

Learn how dimensional analysis improves non-destructive testing efficiency.

Ensuring safety in interconnected industrial control systems is crucial amidst rising cyber threats.

This system uses robots to efficiently transport objects in various directions.

New magnetic configurations show promise in reducing tin ion damage in EUV systems.

A new method enhances explainability of CNNs in manufacturing quality control.

Exploring temperature control methods in additive manufacturing for improved print quality.

A method for precise temperature control in materials through flatness-based techniques.

A new method for detecting defects in composite materials using unsupervised learning.

A new framework, SerIOS, improves hardware security in optoelectronic systems.

Mirror ball projections provide new ways to monitor challenging environments.

A new model improves robot efficiency in pick and place tasks.

A study on using AI to monitor tool wear in machining efficiently.

Explore the design and function of MEMS in modern technology.

Innovative materials control wave scattering for advanced applications in electronics and photonics.

New methods improve how soft robots learn and adapt.

New model enhances material segmentation accuracy using hyperspectral imaging.