Eye Tracking brings significant value to applications, including enablement for NVIDIA VRSS 2 which improves image quality of applications by using dynamic foveated rendering without requiring any additional development from developers.
It also enables a more powerful VR headset by driving dynamic foveated rendering to save GPU shading load and allow developers to apply the savings to improving image quality or to maintain high rendering frame rates.
In VR applications that aim to understand users, such as training, healthcare, and design, eye tracking enables actionable insights into human condition and powers informed decisions.
In cases of collaboration and communication, eye tracking leads to lifelike presence and true immersion to dramatically enhance the VR experience.
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