PERSONALIZED AVATAR RESPONSIVE TO USER PHYSICAL STATE AND CONTEXT

Smart overview of the Invention

The patent application discusses a system that uses personalized avatars to guide users through programs or routines by responding to their physical and physiological states. The system includes a reception component that gathers biochemical data about the user, such as biomarkers, and an analysis component to infer the user's physiological condition. A visualization component then adapts the avatar's appearance to reflect these characteristics, providing real-time feedback to the user.

Technical Field

The technology relates to creating avatars that dynamically respond to a user's physical state and context. This involves leveraging biometric monitoring equipment like wearable sensors to collect data on heart rate, movement, and other physiological responses. Such data helps in understanding how users react to various events and can be used to develop tools for enhancing physical activities.

Detailed Description

The innovation is based on using avatars that change behavior or appearance according to received physical and physiological information. This information includes biometric data such as heart rate, body temperature, and biomarkers like glucose levels. These are captured through sensors or image capture devices, providing comprehensive data on the user’s physical state.

Avatar Guidance System

The system analyzes user data to ensure adherence to predefined routines or programs. It determines visual changes or verbal commands for avatars, which then react based on monitored metrics compared to reference metrics. This allows the avatar to provide corrective feedback through realistic visual and auditory cues, helping users stay aligned with their fitness goals.

Intelligent Avatar Responses

Unlike existing systems that mimic user motions, this avatar system evaluates user data against personalized programs. It functions as an intelligent entity trained to respond based on specific parameters such as movement, physiology, and actions. The avatar guides users by comparing their performance with model parameters, offering feedback to improve adherence to routines.