The Peak of the PQRST and the Trajectory Path of Each Cycle of the ECG 12-Lead Wave

Sabar Setiawidayat (Engineering Faculty of Widyagama University of Malang)
Djanggan Sargowo (Medical Faculty of Brawijaya University of Malang)
Setyawan P. Sakti (Medical Faculty of Brawijaya University of Malang)
Sri Andarini (Medical Faculty of Brawijaya University of Malang)

Indonesian Journal of Electrical Engineering and Computer Science
Vol 4, No 1: October 2016

The objective of this present article is to describe the record of the ECG 12-lead examination in order to obtain the peaks of the P, Q, R, S and T from each cycle and also to present the Peak of the PQRST and the trajectory path of each cycle of the ECG 12- lead wave. The duration of the peak R to another is used as the period  of each cycle, while the Phytagoras theorem is employed to count the trajectory path of the wave in each step. The Peak PQRST is utilized to diagnose the  heart condition, and the trajectory path  is the distance taken up by the impulses in the heart muscles. The discrete data from the MIT-BIH and the results of the measurement itself are employed as the data to obtain the values of the peak PQRST and the trajectory path of the wave of each cycle.