Effect of Heart Rate, Blood Pressure and Breath Rate on Cardiovascular and Respiratory Systems

This study is important to better understand how the body adapts to stress and exercise or how cardiovascular and respiratory systems respond to increased metabolic activity. When stimulation such as exercise is activated, almost all organs and systems of the body are affected. The fuselage is designed to meet these requirements. The cardiovascular system is one of the systems involved in the regulation of various stimuli of the body (Na D et al., 2005). It consists of the heart and blood vessels.

Individual cardiovascular models need to mimic the relationship between physiological variables at different levels of physical activity (ie heart rate, systolic and diastolic blood pressure, and respiratory rate). If the model adapts to the individual, it becomes a model of the individual's physical condition. The simulator must be able to adapt to the characteristics of the individual without supervision of experts. This requires a neural network. Another reason to demonstrate the use of ANN technology is the ability of an artificial neural network to provide sensor fusion, which is a combination of values ​​from several different sensors. Sensor Fusion allows artificial neural networks to learn complicated relationships between individual sensor values.

Changes in cardiovascular activity are often the result of changes in the activity of other systems. Heart rate, cardiac output, peripheral resistance and blood pressure respond to different degrees of physical activity, sometimes our activity level is influenced by environmental factors. As demand for the body system decreases, heart rate slows and cardiac output decreases in a safe and threat-free environment. When demands on the body system are high, the heart rate is high

Exaggerated sympathetic nervous activity has a major impact on the cardiovascular system. It greatly increases the strength of contracting myocardium, but it increases heart rate and blood pressure. These factors greatly increase the workings of the heart and therefore increase the need for heart oxygen and nutrients. Myocardial infarction (heart attack). Heart attacks are a well-known complication of cocaine use, and even the first user can happen with any dose of cocaine. Most cocaine-induced heart attacks occur within an hour of using medication, and they are particularly prevalent among young people. In fact, the use of cocaine is related to about 25% of heart attacks of people under 25 years of age. Understand how to treat myocardial infarction