Understanding Indirect ToF Depth Sensing
If you've been following our introductory posts on indirect time-of-flight (ToF), this one is designed to take you a little deeper into how Microsoft's implementation of time-of-flight depth sensing works and its functional advantages. Indirect ToF allows for more accurate depth sensing by taking more comprehensive measurements of the reflection of light in a given environment.
By learning more about the nuts and bolts behind indirect ToF, readers can gain a better understanding of how these technologies function and how they can be leveraged in real-world applications. This deeper understanding of a technology can pay dividends in solving critical problems and maximizing its potential.
So if you're ready to take your knowledge of time-of-flight depth sensing to the next level, be sure to read up on the mechanics and advantages of Microsoft's implementation, as outlined in this post.
The post Understanding Indirect ToF Depth Sensing appeared first on Azure Depth Platform.
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