SYSTEM FOR PROVIDING REAL-TIME FACIAL TRANSFORMATION SERVICE BASED ON THREE-DIMENSIONAL HOLOGRAM USING ARTIFICIAL INTELLIGENCE

Smart overview of the Invention

The described system leverages artificial intelligence (AI) to provide a real-time facial transformation service using three-dimensional (3D) holograms. It consists of a hologram device capable of imaging an object and displaying the transformed face as a 3D hologram. This transformation is achieved through a service provision server that receives captured content, detects the face, animates it with augmented reality (AR) content, converts it into a 3D hologram, and transmits it back to the hologram device for display.

Components

Key components include a hologram device, a transformation service provision server, a receiver, a detector, a transformer, a converter, and a transmitter. The server is responsible for receiving the captured content, detecting and animating the face, and converting the augmented content into a hologram. This hologram is then sent to the hologram device for output. This system is designed to enhance user interaction by allowing users to view their transformed faces in a holographic format.

Technological Context

Recent advancements in virtual reality (VR), augmented reality (AR), and mixed reality (MR) technologies have enhanced immersive experiences. Holograms, which project virtual content using light interference, face challenges in color realism and size representation. The system addresses these by offering a more realistic midair visualization, enhancing advertising and entertainment through animated holographic displays at venues like exhibition centers.

Innovative Features

The system's innovation lies in its ability to animate and transform a user's face into a 3D hologram in real-time. This not only provides a novel entertainment experience but also allows for the creation of commemorative photos or the illusion of teleportation by displaying the hologram at different locations. This capability extends beyond traditional hologram uses by incorporating AI-driven face transformation.

Implementation and Connectivity

The system comprises several interconnected components, including user terminals, a transformation service server, hologram devices, cameras, and kiosks, all linked via a network. This setup facilitates the seamless capture, transformation, and display of holographic content, ensuring a cohesive user experience across different devices and locations. The integration of these elements highlights the system's flexibility and potential applications in various interactive settings.