US20240348870
2024-10-17
Electricity
H04N21/44029
A video processing apparatus has been developed to enhance the entertainment value of event videos through style conversion. It comprises several key components: a video acquisition unit, a reaction acquisition unit, a generation unit, a conversion unit, and an output unit. The apparatus captures an initial video related to an event and collects viewer reactions, which are then used to create dynamic style data for processing the original video.
The video acquisition unit captures the first video, which could be from live performances or other events. The reaction acquisition unit gathers information about viewer responses, such as movements or light signals. This data is crucial for generating dynamic style data that reflects real-time viewer engagement, which enhances the overall viewing experience.
The generation unit processes the viewer reaction data to create dynamic style data that will be applied to the original video. The conversion unit then uses this dynamic style data to transform the first video into a second video that embodies a new visual style. This process allows for a more engaging and immersive viewing experience by reflecting the audience's reactions in real-time.
The resulting second video showcases a higher entertainment level by integrating viewer reactions into the style conversion process. This innovation not only enriches the visual appeal but also fosters a deeper connection between the audience and the event being viewed. By utilizing real-time feedback, the apparatus can create unique and personalized experiences for viewers.
This technology is particularly suited for various entertainment fields, including performing arts and live events. Its potential extends beyond traditional applications, opening doors for innovative uses in virtual environments and interactive media. The integration of style conversion with viewer interactions could redefine how audiences experience live performances and recorded events.