Key result
Continuous vital monitoring systems show immense potential to improve healthcare through early diagnosis and prediction.
Why the study?
Monitoring vital signs and detecting diseases at an early stage are critical for safeguarding patient lives, but a comprehensive synthesis of vital monitoring frameworks, remote techniques, and system threats was needed.
Systematic Review (n=85)
Continuous remote vital monitoring systems utilizing advanced technologies like radar and IoT have immense potential to improve healthcare efficiency and enable early disease detection.
Answers are grounded in this paper and cite their sources.
Supports integration of remote monitoring into routine care; extends evidence synthesis on contactless technologies for early detection.
Monitoring vital signs and detecting diseases like diabetes and cancer at an early stage are incredibly important for safeguarding patients' lives and ensuring a healthy environment. In this study, we present a comprehensive systematic review focusing on vital monitoring systems in diverse fields. We reviewed 85 articles spanning from 2019 to 2024. From the selected articles, our aim is to explore the frameworks and algorithms of vital signs monitoring, the latest techniques used in remote vital signs monitoring such as radar and smart watch, as well as the measurement of vital signs for heart rate and respiratory diseases. Also, we discuss the threats that may affect healthcare systems and how to secure against these threats. The findings emphasize the critical importance of acquiring continuous vital monitoring systems, which have immense potential for improving healthcare. These systems are crucial for early diagnosis and prediction of conditions that may negatively impact the patient's health. Additionally, it could be beneficial for doctors and healthcare staff by saving time and costs.
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Aljuhani et al. (2024) conducted a systematic review in Vital signs monitoring (n=85). Vital signs monitoring systems (remote, radar, smart watch, etc.) was evaluated. Continuous vital monitoring systems, including remote and contactless technologies, have immense potential for improving healthcare by enabling early diagnosis and prediction of conditions.
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