CREATING A DYNAMIC AUGMENTED REALITY-BASED SESSION FOR COMMUNICATION AND COLLABORATION

Smart overview of the Invention

The patent application describes a method for creating a dynamic augmented reality (AR)-based session to facilitate communication and collaboration among multiple users engaged in a workflow. The system analyzes the workflow activities, considering factors such as the current context, service level agreements (SLAs), user permissions, required hardware, and hardware capabilities. This analysis enables the proactive establishment of an AR-based session, allowing users to communicate and collaborate effectively while performing their respective tasks.

Background

Traditional communication methods within workflows often rely on software-based tools or direct device-to-device connections, which can be inefficient and delay task completion. The proposed solution addresses these inefficiencies by integrating AR technology to enhance real-time interaction among participants. This approach aims to overcome the limitations of conventional methods by providing a more seamless and context-aware communication platform.

System Functionality

The system is implemented through a computer program that includes processors, storage media, and machine-readable code. It performs operations such as analyzing user workflows and establishing AR sessions based on the analysis. The system also learns user behaviors over time, further optimizing session creation for enhanced collaboration. While primarily focused on AR, the system can also adapt to virtual reality (VR) environments for similar purposes.

Computing Environment

The computing environment for this invention includes various components such as computers, networks, end-user devices, remote servers, and cloud infrastructure. The system's architecture supports diverse computing forms, ranging from desktop computers to mobile devices and cloud-based solutions. This flexibility ensures that the AR-based sessions can be deployed across different platforms and environments as needed.

Implementation Details

The system's implementation involves loading computer-readable instructions onto devices to execute the described methods. These instructions are stored on various media types, including cache memory and persistent storage. The processor set executes these instructions to perform tasks like analyzing workflows and initiating AR sessions, thereby enhancing user interaction within workflows through dynamic and context-aware communication tools.