CONTINUOUS MONITORING OF A CHILD’S HEALTH USING ANDROID APPLICATION

Computer engineering

This paper presents a replacement eHealth platform incorporating mechanical man robots to support associate rising three-dimensional care approach for the treatment of polygenic disease. The design of the platform extends internet|the net} of Things (IoT) to a web-centric paradigm through utilizing existing web standards to access and management objects of the physical layer. This incorporates capillary networks, every of that encompasses a group of medical sensors coupled wirelessly to a mechanical man mechanism coupled (via the Internet) to a web-centric unwellness management hub (DMH). This provides a group of services for each patients and their caregivers that support the complete time of the three-dimensional care approach of polygenic disease. The platform’s computer code design pattern permits the event of varied applications while not knowing low-level details of the platform. this is often achieved through unifying the access interface and mechanism of handling service requests through a bedded approach supported object virtualization and automatic service delivery. a totally purposeful image is developed and its end-toend practicality and satisfactoriness ar tested with success through a clinician-led pilot study, providing proof that each patients and caregivers ar receptive to the introduction of the projected platform

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