Abstract The three-dimensional (3D) measurement technology based on structured light
fringe projection has the advantages of high efficiency, simplicity and non-contact …

摘要结构光三维测量技术由于精度高, 非接触等优点在传统制造业中得到了广泛的关注和应用.
智能制造, 人工智能等新兴领域的高速发展对如何高效获取高精度三维数据源提出了更高的要求 …

Abstract Three-dimensional (3D) measurement provides essential geometric information for
quality control and process monitoring in many manufacturing applications. Photometric …

Achieving high-quality surface profiles under strong ambient light is challenging in fringe
projection profilometry (FPP) since ambient light inhibits functional illumination from …

In practical applications of line-structured light measurement technology, the transmitted
laser may be reflected several times due to the reflective properties of the measured object's …

A deep learning line laser 3-D measurement method based on feature fusion and attention
mechanism is proposed to address the impact of reflective workpieces on the extraction of …

As an optical measurement method, fringe projection three-dimensional (3-D) measurement
technology will have poor measurement effect due to overexposure or too dark of the fringes …

Phase shifting profilometry (PSP) has the advantages of high accuracy, spatial resolution,
and anti-noise ability. However, in addition to random noise, indirect illumination, such as …

The full surface digitization of real samples plays a crucial role in fields such as object
recognition, industrial quality control, and reverse modeling. To achieve panoramic three …

This paper proposes a novel method for enhancing the dynamic range of structured-light
cameras to solve the problem of highlight that occurs when 3D modeling highly reflective …