Abstract

Heart cycle model explores the deterministic finite state of heart cycle whereby the transition of blood is dependent of the state of the source and the input. Blood flowing in human body is a series of complex networks working together in a logic circuit. This research describes the complex mechanisms of heart cycle in relation to the inter-relationship between the chambers and valves, in a logical and one dimensional structure. Logical operators and tristate buffer are used to map the states of the chamber and valves as it relaxes/contracts and open/close respectively, in truth tables. Mathematical analysis is used to model the state and outflow behavior of heart cycle in discrete time.