INFORMATION PROCESSING APPARATUS, INFORMATION PROCESSING METHOD, AND SYSTEM

Smart overview of the Invention

An information processing apparatus has been developed to enhance entertainment experiences by capturing images of a subject and displaying surrounding visuals. The apparatus features a control section that manages multiple image-capturing devices to gather three-dimensional data about the subject. Additionally, it controls the display of external images in designated areas around the subject, ensuring that the timing for capturing images and displaying them is distinct.

Technical Challenges Addressed

Traditional methods, such as using green or blue screens, facilitate easier extraction of subjects from images but limit the ability to present other visuals around them. This limitation can detract from the overall experience. The proposed system aims to overcome these challenges by integrating advanced image-capturing and display techniques that enhance viewer engagement.

Proposed Solutions

The apparatus incorporates multiple image-capturing sections to acquire detailed three-dimensional information about the subject. It also includes a display control mechanism that allows for dynamic presentation of external images in real-time, creating a more immersive environment. The system is designed to manage the timing of image captures and displays separately, optimizing the viewing experience.

System Configuration

The system comprises several components: multiple image-capturing devices positioned around the subject, one or more display regions for presenting external images, and a central control section that coordinates both capturing and displaying functions. This configuration enables seamless integration of live performance visuals with audience interaction across various platforms, including virtual environments.

Application Context

An illustrative application of this technology is in remote concerts where performers are captured in a studio and their videos are broadcasted live to audiences at different locations. The system caters to diverse audience types, including those in large venues, viewers at home via personal devices, and participants in virtual spaces, thus broadening accessibility and enhancing engagement in live performances.