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Analysis of Xihe, an edge-assisted framework using mobile 3D vision for real-time, accurate omnidirectional lighting estimation in AR, improving rendering realism.

Analysis of satellite data (2012-2021) showing rapid increase in artificial light at night in New Zealand and a review of its understudied ecological impacts on flora and fauna.

Analysis of a simplified model for indoor artificial lighting simulation in CODYRUN software, validated against International Commission on Illumination (CIE) test cases.

Analysis of optimal darkroom lighting for luminescence dating, including spectral measurements and dose loss tests on quartz and feldspar samples.

A novel, fully-integrated deep learning workflow and a compact neural network (LightDefectNet) for real-time, high-performance visual quality inspection of light guide plates in manufacturing environments.

Analysis of the feasibility of detecting artificial illumination on Proxima b using JWST light curves, exploring LED-type spectra and current Earth-like illumination levels.

A method for estimating editable indoor lighting from a single perspective image, combining parametric and non-parametric representations for realistic rendering and user-friendly modification.

Analysis of PointAR, a novel pipeline for efficient, point-cloud-based lighting estimation on mobile devices, enabling realistic AR rendering with low resource overhead.

Experimental study on harvesting ambient electric-field energy from fluorescent troffers to power Internet of Things sensors, enabling battery-less operation.

Experimental study on harvesting ambient electric-field energy from fluorescent troffers to power IoT sensors, featuring a novel capacitive coupling architecture and performance analysis.

A deep learning method for real-time, spatially-varying indoor lighting estimation from a single image using spherical harmonics, enabling realistic AR object relighting.

An in-depth analysis of a research paper proposing a modular design for OLED household lamps, focusing on personalization, cultural expression, and technological integration.

A novel SDBSCAN method for detecting indoor lighting fixtures from LiDAR point cloud data, achieving high accuracy with F1-scores over 0.9 for building information modeling applications.

Analysis of the LED method for improving nighttime depth estimation using projected headlight patterns, including technical details, results, and future applications.

A comprehensive review analyzing the impact of artificial skyglow on astronomical observatories, covering metrics, propagation models, field measurements, policy frameworks, and emerging threats like satellite constellations.

A detailed study on light pollution in Hong Kong using a network of monitoring stations, analyzing over 4.6 million night sky brightness measurements to quantify the impact of artificial lighting.

A comparative study analyzing how different colored light sources (LEDs vs. fluorescent tubes) affect regenerative processes like rhizogenesis, caulogenesis, and callusogenesis in Rebutia heliosa cactus in vitro cultures.

A study analyzing the effects of different colored LED and fluorescent light sources on regenerative processes (rhizogenesis, caulogenesis, callusogenesis) and morphogenesis in Rebutia heliosa cactus in vitro cultures.

A study using extreme gradient boosting to predict Ce3+ phosphor excitation wavelengths, validated by synthesizing a novel blue-excited green phosphor for next-gen LEDs.

Analysis of Hybrelighter, a novel method combining anisotropic diffusion and scene reconstruction for real-time, on-device relighting in Mixed Reality applications.

Analysis of gamma-ray and proton irradiation effects on optical materials (glass, plastics) and semiconductor diodes (Si, SiC) for developing radiation-hardened LED lighting systems in high-energy physics facilities.

Analysis of physical layer security schemes for VLC broadcast channels using cooperative relays, beamforming, and amplitude-constrained signaling.

Analysis of NeedleLight, a novel model using sparse needlets and spherical transport loss for accurate single-image lighting estimation in computer vision and graphics.

Research on improving high-power LED efficiency by using Peltier modules to convert waste heat into additional electrical power for lighting.