SpO2
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Smart Home Automation By Ashish Spolia The rapid evolution of the Internet of Things (IoT) has transformed the modern household from a passive living space into an intelligent, responsive ecosystem. As safety concerns and the demand for convenience grow, there is a critical need for integrated systems that can monitor environmental hazards, provide robust… |
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Smart Life Band: An IoT-Based Health, Sleep, and Safety Monitoring Wearable By Pratham Sapkal This project implements a wearable smart band that continuously monitors vital health parameters such as Heart Rate (BPM), Blood Oxygen Saturation (SpO₂), physical movement, stress level, and sleep state. An SOS button is integrated to allow the user to send emergency alerts. All… |
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Smart Ward Assistant: Low-Cost Patient Monitoring System By Sumit Shingane Rural Primary Health Centers (PHCs) often face staff shortages, making continuous patient monitoring difficult, especially during night shifts. Critical changes in patient vitals such as Heart Rate (HR) and Oxygen Saturation (SpO2) can go unnoticed, leading to delayed medical intervention. … |
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Understanding MAXREFDES117 Module: A Tiny Optical Heart-Rate Sensor For wearable projects, having the right sensor module makes all the difference. As you all know, this year’s contest theme is Smart Home and Wearables, so we came up with another sensor module, the MAXREFDES117 optical heart-rate module. This device comes with integrated red and IR LEDs, making it an ideal choice for developers and enthusiasts alike. The MAXREFDES117… |
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ECG Analysis for Heart Disease Prediction with Vital ParametersImpact Statement
This project implements AI based cardiovascular disease prediction from the ECG waveform along with vital parameters like SpO2 and pulse rate. Arduino UNO R4 WIFI is the central microcontroller which interfaces with MAX30102 sensor, ECG module and OLED display. The MAX30102 is connected to the wristband for continuous monitoring and the… |
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Clinical-Grade AFE with Integrated Measurement Systems for Synchronized Measurement of ECG, Heart Rate, SpO2, and Respiration Rate Analog Devices, Inc. has introduced a single-chip analog front end (AFE) MAX86178 that integrates three measurement systems (optical, ECG and bio-impedance) to obtain four vital signs (electrocardiogram, heart rate, SpO2 and respiration rate). The MAX86178 AFE enables synchronized optical PPG and ECG timing for derived health metrics and permits small vital… |
