Abstract

This study explores the morphological design of a cardiac waveform, focusing on the phenomenon of several terminals occurring within a single heartbeat. The investigation delves into the electrocardiographic characteristics and clinical implications of multiple terminals, aiming to enhance our understanding of complex cardiac rhythms. Using a combination of signal processing techniques and clinical data analysis, this research provides insights into the underlying mechanisms, diagnostic challenges, and potential therapeutic considerations associated with the presence of several terminals in a single heartbeat. The findings contribute to the advancement of cardiovascular diagnostics and highlight the importance of comprehensive waveform analysis in clinical practice.