US20240289399
2024-08-29
Physics
G06F16/9535
A system and method has been developed to generate and present customized movie content tailored to individual users. This process utilizes an entertainment system that analyzes various user, device, content, and environmental criteria to create a personalized viewing experience. Information can be sourced from both public and private data about the user, enhancing the relevance of the content provided.
An artificial intelligence agent plays a crucial role in predicting the optimal balance between user interests and other relevant factors. By training this AI, an algorithm is derived that ensures the customized movie content is delivered effectively. This approach aims to improve the overall entertainment experience by enhancing content relevance and minimizing disruptions during viewing.
Current entertainment options often provide static experiences where all users receive the same content regardless of their preferences. Traditional interactive movies still follow predetermined paths, forcing users to make selections that interrupt their viewing. The new system addresses these limitations by offering a dynamic approach that adapts to individual user interactions without pausing for input.
The proposed solution leverages a wide range of devices, including smartphones, tablets, and virtual reality headsets, all equipped with sensors and processors. These devices can communicate over various networks, enabling seamless integration of customized movie experiences across different platforms. The system is designed to optimize performance based on device capabilities and network conditions.
Existing recommendation systems often rely on aggregated data from multiple users, leading to generalized suggestions that do not cater to specific individual preferences. Unlike these conventional services, the new method focuses on creating unique recommendations based solely on the specific traits and interests of each user, ensuring a more personalized entertainment experience.