SYSTEM AND METHODS FOR PROVIDING IMMERSIVE VIRTUAL CONTENT DURING A SELF-DRIVING MODE OF AN AUTONOMOUS VEHICLE

Smart overview of the Invention

The patent application outlines a system and method designed to provide an immersive virtual experience for passengers in autonomous vehicles during self-driving mode. The system determines when a vehicle enters autonomous mode and initiates a virtual journey view, displaying immersive content to enhance the passenger's experience. This process involves simulating motion and adjusting visual displays to synchronize with the vehicle's real-world movements, aiming to minimize motion sickness and enhance immersion.

Background

As autonomous vehicle technology advances, there is an increasing opportunity for passengers to engage in activities other than monitoring driving conditions. Traditional entertainment methods, such as watching movies, can cause motion sickness due to mismatched sensory inputs from visual and vestibular systems. This innovation addresses these issues by using haptic feedback and synchronized motion simulation to align visual stimuli with physical sensations, reducing discomfort and enhancing realism.

Methodology

The system determines the navigation path of an autonomous vehicle, identifying autonomous and non-autonomous segments. Upon entering self-driving mode, immersive content such as video games or travel route recordings is presented on in-vehicle displays. The opacity of these displays is adjusted to transition between virtual content and real-world views seamlessly. Motion simulators in seats help align the physical sensations with the virtual environment, creating a cohesive experience.

Seamless Transitions

The system ensures smooth transitions between virtual experiences and real-world driving. When the vehicle exits autonomous mode, the display transparency is adjusted to fade out immersive content, allowing passengers to regain awareness of their surroundings. This seamless transition is crucial for maintaining user comfort and readiness to resume control of the vehicle when necessary.

Benefits

This approach offers several advantages, including reducing motion sickness by aligning visual and physical stimuli and providing a more immersive experience that feels realistic. Additionally, seamless transitions between virtual and real-world environments enhance user comfort and preparedness, making autonomous travel more enjoyable and engaging.