Laser Techniques Co. LLC has introduced a new generation of inspection systems that apply laser-based profilometry to measure wear and erosion inside artillery and tank gun barrels — a development res...

The EAU Non-neurogenic Female Luts Guidelines aim to provide an overview of the aspects relating to non-neurogenic female LUTS in adult females.

Abstract. The external appearance of frog skin varies among species and across body regions. Although this variation has long been recognized, it remains a

Laser Techniques Co. LLC introduces advanced laser profilometry systems that enhance precision in measuring barrel wear in military artillery.

The world’s biggest annual sporting event will feature one of the world’s biggest musical acts. That’s how it should be.

A new, publicly available dataset of 15,600 simulated fringe images is enabling researchers to benchmark machine learning models for 3D object reconstruction, revealing inherent limitations in directly converting fringe patterns to depth maps and consistently achieving errors of 58-77mm.

In a groundbreaking advancement in the field of 3D imaging, researchers from Nanjing University of Science and Technology (NJUST) have unveiled a novel technique known as Dual-Frequency Angular-Multiplexed Fringe Projection Profilometry (DFAMFPP). This innovative method combines the capabilities of digital micromirror devices with sophisticated deep learning algorithms to dramatically enhance high-speed 3D imaging. The implications of this research could revolutionize processes in various sectors, from industrial applications to scientific explorations.

The global AI Chemical Mechanical Planarization Pad Surface Profilometry Processor Market, projected to reach US$ 0.78 billion by 2034, is on a clear upward trajectory as semiconductor manufacturers i...