Atarashii Vision

Atarashii Gakko!

Immerse yourself in the 3D world through a 2D windshield, tomorrow will be more interesting!

Background

Product workflow

Driving in the virtual world is an interesting activity, leading to the development of various
inventions to enhanced visual realism of driving. Each inventions has its pros and cons:

1. Driver activates the plugin, initializing a driving mode scenario.
2. The webcam starts monitoring the user's head movements.
3. The AI-driven software processes the webcam feed, determining the user's head position.
4. This real-time data is transmitted to the UC-win/Road plugin.
5. The plugin then alters the Field Of View (FOV) in the driving scenario based on the driver's head
position, rendering a dynamic, immersive experience.

Low-end Driving setup

Advanced Driving Simulator

VR headset

DriverUC-win/Road plugin
Video

Affordable with popular hardware.
Versatile, easy to carry and set up.
Poor experience, lacking features:
No 3D display
No sensors, no tracking

Best driving experience so far, with multisensory experience.
ExpensiveNot versatile
Does not support 3D display

Good experience, providing 3D experience.
Expensive
Can be uncomfortable for prolonged use

Mmovement

WebcamCalculate & manipulate
point of view (POV) using AI

Question: Will there be a product that can combine all the advantages?
>>> Tomorrow will be more interesting if there is a Driving setup which is affordable, versatile,
able to display 3D world out of a 2D screen and provide excellent driving experience.
Display

Solution overview

Atarashii Vision - a plugin for

Frame with depth illusion

Atarashii Vision is a plugin, enabling virtual drivers to experience 3D view with sense of depth,
using. Head tracking technique by a camera, supercharged with AI and computer vision!

Concept
How can Head tracking create a 3D experience
Head tracking makes a 2D screen behave like a "window" into a 3D
space, offering an enhanced, dynamic, and interactive viewing
experience.

1. Dynamic Perspective: When users shift their heads, theviewpoint on the screen changes correspondingly, mimicking thenatural change in perspective we experience in the real world.
2. Real-time Feedback: Immediate and accurate response to head
movements ensures the maintained illusion of depth andimmersion.

The AI Face Recognition model
powering Atarashii Vision
Dlib predictor:• Has been trained on 7198 faces• Accuracy: 99.83%• Provides 68 landmarks• Optimized for real time
applications
Atarashii Vision works even with a lowend webcam like this laptop webcam

Atarashii Vision received very good feedback from random testers.
Virtual drivers found it’s interesting to have a screen that can response their point of view. Setting up is easy
with popular affordable hardware devices and intuitive user interface. The AI model was utilized successfully,
being able to recognize and track driver’s face using just a laptop-class webcam.

Future tasks and ideas
1. Continue developing the AI model to do head-tracking faster and more accurately.
2. Try implementing dual webcams for more accurate tracking, especially for depth.
3. Integrate with high-end simulator as an upgrade.