Inner Distortion Prototype Project V2 - Distort... May 2026

: Built in 2017, the prototype featured displays that could physically adjust to deliver a proper depth of focus, mimicking how the human eye focuses on objects in the physical world.

: A study available on ScienceDirect analyzes how the fidelity of a prototype (e.g., paper vs. computer models) influences user behavior and subjective evaluation. Inner Distortion Prototype Project V2 - DiSTORT...

The DiSTORT project specifically aimed to solve several technical hurdles in VR display technology: : Built in 2017, the prototype featured displays

If you are looking for formal documentation or similar academic studies, you may find these relevant: The DiSTORT project specifically aimed to solve several

: Research associated with the prototype explored "Face Distortion Aftereffect" (FDAE), studying how higher-level visual areas in the brain process facial configurations and how orientation and saliency of inner features affect perception. Related Research Papers and Studies

: It utilized eye-tracking technology to determine exactly where a user was looking, allowing for instantaneous software-based correction to compensate for magnification and lens blur.

The is a specialized research project focused on correcting real-time visual distortions in virtual reality (VR) systems . This prototype was part of an initiative to enhance VR immersion by addressing mechanical and optical limitations in hardware like the Oculus Rift. Key Technical Aspects of Project V2