Скачать или смотреть Dynamic Behaviors in Systems

The lecture "Dynamic Behaviors in Systems" is crucial in the systems thinking course exploring complex systems' behavior over time. In this lecture, students will learn about the following:
A. Definition of Dynamic Behaviors: Students will learn about the definition of dynamic behaviors, including their role in the behavior of complex systems. They will understand how dynamic behaviors influence the behavior of systems and how they can be used to analyze and understand complex systems.
B. The System Life Cycle: Students will learn about the system life cycle, including the different stages of growth and decline that complex systems can experience over time. They will understand the role of dynamic behaviors in promoting growth or decline in complex systems and how these behaviors can be analyzed and understood.
C. Types of Dynamic Behaviors: Students will learn about the different types of dynamic behaviors observed in complex systems, including exponential growth and decline, oscillation, and chaos. They will understand the critical characteristics of these behaviors and how they can be used to analyze and understand complex systems.
D. Factors Influencing Dynamic Behaviors: Students will learn about the factors that influence dynamic behaviors in complex systems, including feedback loops, delays, and nonlinearities. They will understand how these factors interact to influence the behavior of complex systems and how they can be used to analyze and understand complex systems.
E. Applications of Dynamic Behaviors: Students will learn about the applications of dynamic behaviors, including their role in understanding real-world problems and situations. They will understand how dynamic behaviors can be used to analyze and understand complex systems in fields such as economics, politics, and environmental science.
By the lecture's end, students should clearly understand dynamic behaviors and their role in the behavior of complex systems. They should be able to analyze and understand dynamic behaviors in real-world problems and situations and how they can promote stability, growth, or decline in complex systems. They should also understand the factors that influence dynamic behaviors and how these factors can be used to improve the quality of decision-making.