Advanced Camera Environment Modelling

Overview

Modern camera systems rarely operate in perfect conditions. Fog, rain, haze, glare, low light, and atmospheric scattering can significantly degrade image quality—and understanding these effects early is crucial for automotive, aerospace, and defence imaging systems.

In this webinar, we introduce a complete, practical workflow for simulating camera performance under real-world environmental conditions using Ansys SPEOS. You’ll see how SPEOS models optical elements, sensor behavior, illumination, and scene rendering—and how environmental layers like weather, aerosols, and atmospheric absorption influence the final image.

Focused Industries

  • Aerospace & Defence
  • Academics
  • Automotive

Who Should Attend

  • Scientists
  • Students & Research Scholars
  • Academicians
  • Optical & Photonics Engineers
  • Simulation and Multiphysics specialists

Key Highlights

  • Learn how to set up optics, sensors, illumination, and scene properties accurately.
  • Apply fog, rain, haze, scattering, absorption, and low-light conditions to understand visibility and imaging challenges.
  • Evaluate contrast loss, glare effects, detection range, and clarity under varying environmental loads.
  • Understand how physical atmospheric parameters influence spectral transmission and sensor response.
  • Use simulation to optimize imaging systems, reduce prototype iterations, and validate designs against mission or safety requirements.
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