LightViz: Autonomous Light-field Surveying and Mapping for Distributed Light Pollution Monitoring

TL;DR

LightViz is an interactive software platform that automates high-resolution light pollution mapping, simulation, and policy support, validated through field data collection and case studies, advancing sustainable light pollution management.

Contribution

This work introduces LightViz, a novel platform that automates light-field data collection, simulation, and visualization for high-resolution light pollution monitoring and policy formulation.

Findings

High-resolution light-field maps generated in real-time.

Effective simulation of light sources and attenuation models.

Supported targeted light pollution mitigation policies.

Abstract

Existing technologies for distributed light-field mapping and light pollution monitoring (LPM) rely on either remote satellite imagery or manual light surveying with single-point sensors such as SQMs (sky quality meters). These modalities offer low-resolution data that are not informative for dense light-field mapping, pollutant factor identification, or sustainable policy implementation. In this work, we propose LightViz -- an interactive software interface to survey, simulate, and visualize light pollution maps in real-time. As opposed to manual error-prone methods, LightViz (i) automates the light-field data collection and mapping processes; (ii) provides a platform to simulate various light sources and intensity attenuation models; and (iii) facilitates effective policy identification for conservation. To validate the end-to-end computational pipeline, we design a distributed light-field sensor suit, collect data on Florida coasts, and visualize the distributed light-field maps. In particular, we perform a case study at St. Johns County in Florida, which has a two-decade conservation program for lighting ordinances. The experimental results demonstrate that LightViz can offer high-resolution light-field mapping and provide interactive features to simulate and formulate community policies for light pollution mitigation. We also propose a mathematical formulation for light footprint evaluation, which we integrated into LightViz for targeted LPM in vulnerable communities. A test-case of the LightViz software release is available at: https://github.com/uf-robopi/LightViz.