Computer Vision Decoded

In this episode, we discuss practical tips and challenges in 3D reconstruction from images, focusing on various environments such as urban, indoor, and outdoor settings. We explore issues like repetitive structures, lighting conditions, and the impact of reflections and shadows on reconstruction quality. The conversation also touches on the importance of camera motion, lens distortion, and the role of machine learning in enhancing reconstruction processes. Listeners gain insights into optimizing their 3D capture techniques for better results.

Key Takeaways
  • Repetitive structures can confuse computer vision algorithms.
  • Lighting conditions greatly affect image quality and reconstruction accuracy.
  • Wide-angle lenses can help capture more unique features.
  • Indoor environments present unique challenges like textureless walls.
  • Aerial imaging requires careful management of lens distortion.
  • Understanding the application context is crucial for effective 3D reconstruction.
  • Camera motion should be varied to avoid distortion and drift.
  • Planning captures based on goals can lead to better results.

This episode is brought to you by EveryPoint. Learn more about how EveryPoint is building an infinitely scalable data collection and processing platform for the next generation of spatial computing applications and services. Learn more at https://www.everypoint.io

Creators and Guests

Host
Jared Heinly
Chief Scientist at @EveryPointIO | 3D computer vision researcher (PhD) and engineer
Host
Jonathan Stephens
Chief Evangelist at @EveryPointIO | Neural Radiance Fields (NeRF) | Industry 4.0

What is Computer Vision Decoded?

A tidal wave of computer vision innovation is quickly having an impact on everyone's lives, but not everyone has the time to sit down and read through a bunch of news articles and learn what it means for them. In Computer Vision Decoded, we sit down with Jared Heinly, the Chief Scientist at EveryPoint, to discuss topics in today’s quickly evolving world of computer vision and decode what they mean for you. If you want to be sure you understand everything happening in the world of computer vision, don't miss an episode!