Advanced prototyping of electro-medical syndrome using DAQ

Abstract

this paper presents the impact of utilizing the Simulation and Restoration of Electro medical signals with speedy sampling rate and subsequent acquisition. Varied nature of signals related to ECG, EMG, EEG, Tomographic, Resonance and Imaging are reported. The aim of this research is the continuous monitoring under critical environment to provide on dot medical attention and support. There is a singularized platform with multiaxial time sharing facility which makes the ease of viewing correlation which benefits us to reduce the cost on infrastructure. We decided to develop a unique 'Host Station' proposed to be engineered with full super active PIC base along with total trend regulation over a computer. The Oximetry simulation categorized with rate of beats through smart sensing bay would be the target to address which will be followed by other paradox and interactive facilities under friendly port and customized window to be plated.