Connected health provides individuals with information about their health and offers support when needed. Additionally, connected health emphasizes interoperability and data sharing between devices, incorporating clinician feedback. In recent years, there has been growing interest in integrating the Internet of Things (IoT) into healthcare systems. Hence, it’s crucial to acknowledge current trends and highlight both technical developments and the challenges in IoT-based healthcare systems. In this regard, researchers have started to explore various technological solutions to enhance healthcare provision.
2 Current challenges in ICT and future research directions
An unpredictable network can lead to uncertainty and reaction latency in cloud computing, as raw data is sent from sensor nodes to the cloud. When streaming-based data processing (such as signal processing on ECG or EEG signals) is required, the issue becomes more difficult. Therefore, ensuring a reliable network connection that enables seamless service delivery is crucial. The most frequent challenge encountered while implementing an EHR is its heterogeneous representation of the data. Specifically, EHR data is highly heterogeneous, containing both structured and unstructured components.
Remote Patient Monitoring (RPM)
- Ensuring consistent security measures across diverse IoT devices in the healthcare system is challenging due to the need for seamless integration into the network.
- Reliable AI is crucial to the healthcare industry, as it enables biomedical experts to make informed decisions and provides valuable guidance.
- This not only enhances privacy preservation but also facilitates collaboration among geographically distributed healthcare providers.
- Non-repudiation ensures that messages are genuinely sent by verifying digital signatures and timestamps (Khan et al. 2020).
- Network slicing is an emerging solution for service-oriented networking, which involves dividing a single physical network infrastructure into numerous virtual networks, each customized to fulfill specific demands and service attributes.
The future of health is changing rapidly, as health systems move beyond digital, beyond connected, to fully leveraging the world of artificial intelligence and smart technologies. Digital innovation is accelerating and giving rise to the care models of tomorrow — many of which can only be imagined today. The future of smart healthcare lies in advancing AI https://strikeforceheroes4.com/is-technology-destroying-communication.html to address current challenges and realize its transformative potential.
1.2 Current challenges in IoNT and future research directions
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For example, the work in Alam et al. (2018) discussed the existing and emerging ICT and standards, with a special focus on short-range and long-range communications. The short-range and long-range communications technologies have been compared in terms of suitability for healthcare applications in Baker et al. (2017). The work in Ghamari et al. (2016) investigated the existing low-power ICT that can support the rapid development and deployment of WBAN systems in the healthcare system.
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