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Dog Heart Rate and Blood Oxygen Metaverse Interaction System

Yanhui Jiang, Jin Cao, Chang Yu

TL;DR

The paper addresses the challenge of reliable real-time health monitoring for dogs, focusing on heart rate and blood oxygen measurements. It proposes an Arduino-based sensor system with MAX30102, along with preprocessing and simple processing steps to improve accuracy and robustness, and contemplates rough-set analysis for future data refinement. A metaverse AR/VR interface is planned for owners to interact with virtual representations of their dogs and view health dashboards that reflect real dog health. The work outlines a prototype design, an evaluation plan, and future directions toward additional sensors and broader platform support for home and clinical use.

Abstract

This study developed an improved dog heart rate and blood oxygen sensor system using Arduino. Traditional methods face accuracy and reliability issues. Our system integrates advanced computational techniques with hardware-based sensing to enhance measurement precision. An Arduino microcontroller connected to a heart rate and blood oxygen sensor collects raw data, which is preprocessed and filtered to remove noise. Experimental plans include long-term monitoring of multiple dogs and comparative analysis with traditional methods to validate the system's effectiveness, aiming for widespread use in the home or veterinary clinics. Additionally, the system offers dog owners the possibility to interact with their virtual dogs in the metaverse using AR/VR, allowing them to better understand their real dogs' health conditions by observing their virtual health status.

Dog Heart Rate and Blood Oxygen Metaverse Interaction System

TL;DR

The paper addresses the challenge of reliable real-time health monitoring for dogs, focusing on heart rate and blood oxygen measurements. It proposes an Arduino-based sensor system with MAX30102, along with preprocessing and simple processing steps to improve accuracy and robustness, and contemplates rough-set analysis for future data refinement. A metaverse AR/VR interface is planned for owners to interact with virtual representations of their dogs and view health dashboards that reflect real dog health. The work outlines a prototype design, an evaluation plan, and future directions toward additional sensors and broader platform support for home and clinical use.

Abstract

This study developed an improved dog heart rate and blood oxygen sensor system using Arduino. Traditional methods face accuracy and reliability issues. Our system integrates advanced computational techniques with hardware-based sensing to enhance measurement precision. An Arduino microcontroller connected to a heart rate and blood oxygen sensor collects raw data, which is preprocessed and filtered to remove noise. Experimental plans include long-term monitoring of multiple dogs and comparative analysis with traditional methods to validate the system's effectiveness, aiming for widespread use in the home or veterinary clinics. Additionally, the system offers dog owners the possibility to interact with their virtual dogs in the metaverse using AR/VR, allowing them to better understand their real dogs' health conditions by observing their virtual health status.
Paper Structure (18 sections, 6 equations, 6 figures)

This paper contains 18 sections, 6 equations, 6 figures.

Table of Contents

  1. Introduction
  2. Related Work
  3. Computational Advances in Veterinary Medicine
  4. Precision in Data Analysis Through Computational Models
  5. Wearable Devices and Identification Systems
  6. Other ML/AI computing research can influence my intelligent system design
  7. EQUATIONS AND ALGORITHM
  8. Equations 1: MAX30102 sensor Heart Rate and Blood Oxygen Detection
  9. Heart Rate Detection Algorithm
  10. Blood Oxygen Detection Algorithm
  11. Algorithm 1: MAX30102 sensor Heart Rate and Blood Oxygen Detection
  12. Dog and human interaction journey research
  13. Prototype design and building
  14. EVALUATION PLAN
  15. Experimental process and plan.
  16. ...and 3 more sections

Figures (6)

  • Figure 1: Initial Draft on the Design and Scenario Definition of the Dog Heart Rate Blood Oxygen Sensor Detection System.
  • Figure 2: The dog and human user journey map.
  • Figure 3: The experimented sketch and modeling for the enclosure design and structure
  • Figure 4: Sensor listed are using and connected in the evaluation plan
  • Figure 5: The plan of Arduino sensors' experiment process
  • ...and 1 more figures