University of Nottingham

|University of Nottingham

Real-Time Monitoring of Additive Manufacturing Using Fringe Projection Techniques

Artificial intelligence;3D printing;Metrology;Optical

Optimised Light Source Modelling and Simulation to Match Physical Intensity-Angle Light Profile

Modelling;Optical;Optimisation;Simulation

Evaluating surface reconstruction methods for coherence scanning interferometry

Interferometry;Metrology;Precision;Reconstruction

parallel implicit sparse identification of nonlinear dynamics for 2DOF robotic system

Modelling;Nonlinear;Robot;Simulation

Improving fringe projection efficiency using region-based phase unwrapping in the spatial domain

Image;In-process measurement;Metrology;Surface

Integrating convolutional neural network and physical models to enhance denoising in envelope-based surface reconstruction from coherence scanning interferometry

Artificial intelligence;Interferometry;Neural network;Optical

Understanding Coherence Scanning Interferometry: 3D Transfer Characteristics in a Closed Forms

Interferometry;Metrology;Microscope;Surface

Machine learning-based envelope extraction from downsampled coherence scanning interferometry signal data

Artificial intelligence;Digital;Interferometry;Texture

Enhancing camera calibration results using artificial bee colony within a virtual environment

Calibration;Image;Metrology;Optimisation

Detecting microscale impurities on additive surfaces using light scattering

Defect;Measurement;Quality assurance;Selective laser melting (SLM)

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