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A. Tissaoui and M. Saidi
2 The IoT in Health Care
There is a great potential for applying IoT technology across all sectors including both industrial and public to improve operation efficiency, reduce cost, and
provide better service. In the healthcare, IoT plays a very important role in
various applications. This criterion is divided into three phases, such as clinical care, remote monitoring and context awareness. During data collection, the
risks of human error are reduced by means of automatic medical data collection
method. This will improve the quality of the diagnosis and reduce the risk of
human errors, who are involved in the collection or transmission of false information which is dangerous for the patients’ health. There have been efforts for
reviewing healthcare with different aspects.
This Arcadius et al. explained about the WBAN
1 based on IoT for the healthcare applications as it communicated with the individual to individual and the
individual to things [13]. According to the author, the IoT was made to be a part
of the overall Internet of the future and several technologies were used in the
IoT such as communication solutions, tracking technology, wired and wireless
sensor identification etc.
Jara et al. described the interconnection framework for m- healthcare application based on IoT [14]. The process of communication and the information access
process had a personalized health end to end framework. The personalized data
was complex and was found to be in an incomplete manner. So, the authors
introduced interconnection framework for m-healthcare applications based on
IoT. It made continuous and real-time vital sign monitoring system which introduced technological innovations for the health monitoring of patient’s devices by
means of Internet system.
Qi et al. [7] explored various applications of IoT in smart healthcare from
different perspectives (i.e., Blood pressure monitoring, monitoring of oxygen saturation, heartbeat monitoring etc.). Islam et al. focused on IoT-based healthcare
technologies and present architecture for healthcare network and platforms which
support access to the IoT backbone and enable medical data reception and data
transmission. Secondly, the paper delivers detailed research events and how the
IoT can address chronic disease supervision, pediatric, care of elderly and fitness
management [8].
Catarinucci et al. modeled a smart healthcare system based on IoT aware
architecture [15]. The authors introduced the IoT aware architecture for automatic monitoring and tracking of patient’s biomedical information. They also
proposed smart hospital system, with enabling technologies, especially for wireless networks and smart mobile to enable network infrastructure. Thus, it provided highly efficient real-time monitoring of patient’s biomedical information.
Furthermore, privacy was an open issue in this system; Baker et al. [9] presented
a new model for future smart healthcare systems, which can be used for both
special (i.e., special condition monitoring) and general systems. Nowadays, all
over the world, there are many people whose health might suffer due to lack of
1 Wireless Body Area Network.
A. Tissaoui and M. Saidi
2 The IoT in Health Care
There is a great potential for applying IoT technology across all sectors including both industrial and public to improve operation efficiency, reduce cost, and
provide better service. In the healthcare, IoT plays a very important role in
various applications. This criterion is divided into three phases, such as clinical care, remote monitoring and context awareness. During data collection, the
risks of human error are reduced by means of automatic medical data collection
method. This will improve the quality of the diagnosis and reduce the risk of
human errors, who are involved in the collection or transmission of false information which is dangerous for the patients’ health. There have been efforts for
reviewing healthcare with different aspects.
This Arcadius et al. explained about the WBAN
1 based on IoT for the healthcare applications as it communicated with the individual to individual and the
individual to things [13]. According to the author, the IoT was made to be a part
of the overall Internet of the future and several technologies were used in the
IoT such as communication solutions, tracking technology, wired and wireless
sensor identification etc.
Jara et al. described the interconnection framework for m- healthcare application based on IoT [14]. The process of communication and the information access
process had a personalized health end to end framework. The personalized data
was complex and was found to be in an incomplete manner. So, the authors
introduced interconnection framework for m-healthcare applications based on
IoT. It made continuous and real-time vital sign monitoring system which introduced technological innovations for the health monitoring of patient’s devices by
means of Internet system.
Qi et al. [7] explored various applications of IoT in smart healthcare from
different perspectives (i.e., Blood pressure monitoring, monitoring of oxygen saturation, heartbeat monitoring etc.). Islam et al. focused on IoT-based healthcare
technologies and present architecture for healthcare network and platforms which
support access to the IoT backbone and enable medical data reception and data
transmission. Secondly, the paper delivers detailed research events and how the
IoT can address chronic disease supervision, pediatric, care of elderly and fitness
management [8].
Catarinucci et al. modeled a smart healthcare system based on IoT aware
architecture [15]. The authors introduced the IoT aware architecture for automatic monitoring and tracking of patient’s biomedical information. They also
proposed smart hospital system, with enabling technologies, especially for wireless networks and smart mobile to enable network infrastructure. Thus, it provided highly efficient real-time monitoring of patient’s biomedical information.
Furthermore, privacy was an open issue in this system; Baker et al. [9] presented
a new model for future smart healthcare systems, which can be used for both
special (i.e., special condition monitoring) and general systems. Nowadays, all
over the world, there are many people whose health might suffer due to lack of
1 Wireless Body Area Network.