PERSONALIZED AVATAR RESPONSIVE TO USER PHYSICAL STATE AND CONTEXT

Smart overview of the Invention

Introduction:

The disclosed systems and methods involve using a personalized avatar to guide users during routines by adapting to their physical state. The system collects biochemical information about the user's physiological condition, including biomarker statuses, and uses this data to adjust the avatar's appearance accordingly. This approach enhances user engagement and provides a customized experience based on individual physiological responses.

Technical Context:

The invention leverages advancements in biometric monitoring devices, such as wearable sensors that track heart rate, motion, and other physiological metrics. These devices enable detailed analysis of a user's physical responses to various stimuli. By integrating such data with avatar technology, the system can deliver personalized feedback and guidance to improve or modify user activities effectively.

Data Collection and Analysis:

The system gathers diverse types of data, including physiological information from biometric sensors, motion data from accelerometers or gyroscopes, and image data from cameras. This data encompasses heart rate, body temperature, glucose levels, and more. Biomarkers are used to assess the user's biological state, guiding the development of health programs tailored to individual needs.

Avatar Interaction:

An avatar guidance system evaluates user adherence to routines by analyzing physiological and movement data. The avatar responds visually or verbally to deviations from set metrics, providing real-time feedback. This interaction helps users correct actions or behaviors through modeled techniques, enhancing the effectiveness of fitness or health programs.

Advanced Features:

Unlike traditional avatars that mimic motion, this system's avatars are intelligent agents that analyze user data against personalized parameters. They adapt their responses based on how users should move or perform tasks within a program. By comparing user data with model parameters, avatars offer guidance to ensure adherence to fitness routines and optimize user performance.