JMIR Publications

ABSTRACT

Background:

Several at-home monitoring devices are being introduced in the market, which can help individuals, fitness enthusiasts, etc., monitor their health anytime they want. This allows individuals to monitor and collect their health data, reflect upon it, and take necessary action. Such technologies can help enhance the user's quality of life by motivating and empowering them to improve their health actively. Unfortunately, there are still several challenges to making this transition from in-hospital monitoring to home monitoring smoother. Some of these challenges may include technology readiness and acceptance by patients and their family members, lack of proper privacy measures, security, and lack of reliable Internet and Communication Technology (ICT) infrastructure.

Objective:

The objective is to use wireless communication networks to transfer data from various body sensors measuring different vital parameters remotely. Wireless sensors (ecg monitors, sleep sensors, etc.) and Internet of Things (IoT) devices can allow a real-time and relatively cheap at-home health monitoring to provide critical health updates over the Internet.

Methods:

The study will be conducted by means of designing multiple experiments in which data from different sensors will be collected, packaged and sent to a remote server using Internet. Along with the patient data, different network performance parameters such as delay, information loss, etc. will be calculated to understand and evaluate the network performance.

Results:

The results from the experiment will focus on evaluating network performance parameters such as latency, delay, packet drop, etc. in various indoor as well as outdoor environments.

Conclusions:

We hope to use the results obtained from theses experiment can be used for making various technological design choices and serve as a good starting point while building the IoT Healthcare Technologies.