Driver Warning Assistant for Monitoring Heart Rate and SpO&lt;sub&gt;2&lt;/sub&gt; Using Mobile Phones

Dumitru, Adrian Iulian; Mogan, Gheorghe

doi:10.4028/www.scientific.net/amm.656.395

Cited by 3 publications

(2 citation statements)

References 14 publications

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“…The main UI is composed by afull screen layout presenting the instant values and a graphical chart depicting the evolution of these parameters [8]. In order to start monitoring the userone must first tap on the UI to make visible the trigger button, which can load an existing driver profile or offer the possibility to create a new one (Fig.…”

Section: Overview Of the Application Workflowmentioning

confidence: 99%

Personalized Calibration of Heart Rate and SpO2 Using Smartphones as Driver Assistant

Dumitru

Mogan

Jalbă

2015

AMM

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Bearing in mind the accessibility and portability of smartphones, they can become a driver assistant of any vehicle without taking into account the vehicle used. Thus, this is an inexpensive and mobile device, accessible to a wide range of platforms being able to analyze and advise the driver of situations that might endanger the safety in traffic. The application proposed in this paper aims to create a comprehensive database for multiple drivers that calibrates and updates its monitored parameters according to the selected profile. The Android operating system was used to create the application. This type of driver assistant is meant only to warn the driver, not to take control of the vehicle.

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Section: Overview Of the Application Workflowmentioning

confidence: 99%

Personalized Calibration of Heart Rate and SpO2 Using Smartphones as Driver Assistant

Dumitru

Mogan

Jalbă

2015

AMM

Self Cite

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“…The development of the telemedicine field combined with the developing smartphone technology according to researchers will benefit the world of health. A smartphone is a mobile phone that has a high level of ability that can record locations, activities, and anything that is seen and heard [6], [7], [8], [9], [10], [11], as well as many other functions that resemble computers. Because of the growing awareness of the Indonesian community on health, SpO2 and BPM monitoring are highly recommended as one of the most important vital signs in determining the health status of patients.…”

Section: Introductionmentioning

confidence: 99%

The Monitoring of Oxygen Saturation and Heart Rate Using a Telemedicine Smartphone System (TMSS) as a New Innovation in the Health Sector

Wisana

Nugraha

Mamurotun

et al. 2022

JBBBE

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As a country with the world's sixth-largest population with 11.22% poor population, Indonesia encounters health problems as one of the main issues. According to the Progress Report in Asia & the Pacific, Indonesia is still experiencing delays in the process of achieving the Millennium Development Goals. This study aimed to produce technological innovations related to the monitoring of oxygen saturation and heartbeat using the Telemedicine Smartphone System (TMSS). The contribution of this research is the resulting technological innovations related to the field of telemedicine that can be applied by Indonesian people at affordable prices. The monitoring tools will be effective and efficient when the tools are made with real-time monitoring of SpO2 and BPM using the TMSS system to improve Indonesia's development of health services. This design uses a fingertip sensor to detect oxygen saturation in the blood and an ear clip sensor to detect heartbeats, both sensors have an analog output which is conditioned in the Analog Signal Conditioning (ASC) circuit. The ASC’s output is processed on AT mega 328P. The resulting data is further displayed on the Liquid Character Display (LCD). Data are also sent via HC-05 Bluetooth and displayed on an Android Smartphone with SMS notifications. Based on the measurement results, the greatest error value was 0.220%, while the smallest was 0.055% on the SpO2. BPM had the largest error value of 2.33392%, while the smallest was 0.2283%. This research can be implemented into the transmission system using TMSS to improve the development of health services in Indonesia.

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An Emerging Framework to Inform Effective Design of Human-Machine Interfaces for Older Adults Using Connected Autonomous Vehicles

Morgan¹,

Voinescu²,

Williams³

et al. 2017

Advances in Intelligent Systems and Computing

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Connected autonomous vehicles (CAVs) represent an exciting opportunity for wider access to mobility; especially for individuals unable to drive manual vehicles. Interaction with CAVs will be through human-machine interfaces (HMIs) providing journey-related and other information with some interactivity. These should be designed with potential users as part of a co-design process to maximize acceptance, engagement, and trust. This paper presents an emerging framework to inform the design of in-vehicle CAV HMIs with a focus on older adults (70-years+). These could be amongst early adopters of CAVs and tend to have the highest level of cognitive, sensory, and physical impairments. Whilst there are numerous principles on HMI design for older adults there are fewer on HMIs for AVs, and a need for research on CAV HMI design principles for older adults. Our emerging framework is novel and important for designers of CAV HMIs for older adults and other potential users.

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Driver Warning Assistant for Monitoring Heart Rate and SpO<sub>2</sub> Using Mobile Phones

Cited by 3 publications

References 14 publications

Personalized Calibration of Heart Rate and SpO2 Using Smartphones as Driver Assistant

Personalized Calibration of Heart Rate and SpO2 Using Smartphones as Driver Assistant

The Monitoring of Oxygen Saturation and Heart Rate Using a Telemedicine Smartphone System (TMSS) as a New Innovation in the Health Sector

An Emerging Framework to Inform Effective Design of Human-Machine Interfaces for Older Adults Using Connected Autonomous Vehicles

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