Examples of using System dynamics in English and their translations into Chinese
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Political
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Ecclesiastic
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Programming
Earth System Dynamics.
The Institute for Flight System Dynamics.
System Dynamics for Smarter Cities.
Today, we are going to discuss system dynamics in games.
Power system dynamics, stability and control.
So I want to just spend a couple of minutes on system dynamics.
Understand system dynamics and complexity of issues and actors.
Creating and modifying Simulink models and simulating system dynamics.
Collaborative Research: Earth system dynamics and its role in human evolution in Africa.
All macroeconomic variables were simulated with the System Dynamics approach.
The core of this is a system dynamics feedback model, implemented in Stella software.
Vensim PIE is ideal for classroom use andpersonal learning of system dynamics.
The students will also learn about system dynamics mechanisms, deep learning, EOS, and Cryptology.
They don't pass muster as predictive tools,only as aids to understanding system dynamics.
Studying system dynamics could maximize our chance of capturing relevant mechanistic disease states.".
(Technically, this means that negative feedbackrather than positive feedback now characterises system dynamics.).
The system dynamics method assumes a high abstraction level and is primarily used for strategic level problems.
Many influential new ideas in business, including the field of system dynamics, were born out of work at the Sloan School.
Our goal is to teach you everything you need to know forstarting an international career in strategic modeling with System Dynamics.
What is required is so-called system dynamics software that can analyze and simulate complex and dynamic systems. .
Throughout his 20+ year career he has applied micro andmacroeconomic theory, and system dynamics to provide solutions to clients.
Scenarios and Testing Models System dynamics models explore possible futures and ask"what if" questions.
A decision matrix is often populated using techniques such as statistical analysis,reliability analysis, system dynamics(feedback control), and optimization methods.
It should be used in some places where the system dynamics are very high and special environments, such as semiconductor production lines.
System dynamics is used for modeling at a distant perspective, while discrete-event and agent-based techniques are appropriate for detailed modeling at individual levels.
A fragmented,project-focused approach that does not consider whole power system dynamics, including bottlenecks in transmission and distribution.
The concepts of system dynamics people find most difficult to grasp are these: All decisions are based on models, and all models are wrong.
Functions in innovation systems: a framework for analyzing energy system dynamics and identifying goals for system-building activities by entrepreneurs and policymakers.
Overall system dynamics need checking if the design falls outside any parameters of successful existing systems of the same type.