Open AccessHealth Monitoring System Based o n Foot Print u sing High End Processor
Author(s) -
M. Reji,
Ayaan Mohammed Irfan
Publication year - 2020
Publication title -
international journal of innovative technology and exploring engineering
Language(s) - English
Resource type - Journals
ISSN - 2278-3075
DOI - 10.35940/ijitee.e2088.039520
Subject(s) - biometrics , computer science , scalability , leverage (statistics) , flexibility (engineering) , key (lock) , footprint , cloud computing , identification (biology) , software , embedded system , artificial intelligence , database , computer security , operating system , paleontology , botany , mathematics , biology , statistics
Biometrics is used for identification in this article. This paper also describes how biometrics can leverage the boundless computational resources of the cloud and the striking properties of flexibility, scalability, and cost reduction to reduce the cost of the biometric system requirements of different computational resources (i.e. processing power or data storage) and to improve the performance of the processes of the biometric systems (i.e. biometric matching). The human footprint is known to have the new characteristics that could be used to identify the criteria for determining an individual's identity. The main objective is to develop image processing algorithms capability on a limited computing platform. We created the embedded framework that recognizes and accepts a person's identity. The paper's main purpose is to update the characteristics of the details, needs, and reports of the patient behind the implementation of a real-time base system. The foot picture of the human is segmented, and its key points are placed. The foot is arranged and trimmed, clipped according to key points, created and dimensioned. Colour establishes a crucial role in numerous footprint recognition applications. Due to the drawback of real-time software and Raspberry Pi technology, this effort based on lightweight methodology was primarily used.