SYSTEMS AND METHODS FOR DYNAMICALLY MODIFYING EXTENDED REALITY ENVIRONMENTS AND DETERMINING MODIFIED USAGES IN REAL TIME USING QUANTUM COMPUTING

Smart overview of the Invention

The patent application details a system that leverages quantum computing to dynamically modify extended reality (XR) environments and assess user interactions in real-time. This system is designed to identify user interactions within an XR session, determine the user's intent, and partition the session into dimensional views accordingly. These views are then tracked automatically to calculate an overall consumption value for the session based on the user's interactions.

Technological Context

Extended reality environments, which include virtual, augmented, and mixed realities, often face challenges in accurately tracking user consumption and partitioning dimensions effectively. The integration of XR with native devices complicates this further, necessitating a solution that efficiently manages these aspects. The proposed system addresses these issues by ensuring secure and dynamic tracking of user interactions across different dimensions within XR sessions.

System Components

The system comprises a processing device with a non-transitory storage device that executes specific instructions. These instructions enable the identification of XR sessions, determination of user intent, partitioning of sessions through a central usage measurement system with quantum computing capabilities, and automatic tracking of dimensional views. This setup allows for real-time assessment of the session's overall consumption value.

Functionality

The system's functionality includes tracking dimensional views at current and future times within an XR session and estimating consumption based on these views. It can also manage resource accounts by comparing available resources against estimated session costs, facilitating automatic deductions when necessary. Additionally, the system can handle various dimensional views, including 2D, 3D, auditory, and tactile experiences.

User Preferences and Security

User preferences play a critical role in determining the resolution of dimensional views, which can be dynamically adjusted using an artificial neural network model. The system also incorporates features like incognito mode to ensure privacy and security during XR sessions. Overall, the application highlights the integration of advanced computing technologies to enhance user experience in extended reality environments.