Learn · Introduction to System Dynamics Modeling
Lecture 64 of 65Live Session
Live Session 22-02-2021
Prof. Jayendran Venkateswaran · IIT Bombay
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- Introduction to System Dynamics Modeling, IIT Bombay (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures
- Lecture 1: Introduction to Systems Thinking
- Lecture 2: Systems Thinking and System Dynamics
- Lecture 3: Causal Loop Diagram (CLD)
- Lecture 4: Guidelines to build CLD-I
- Lecture 5: Guidelines to build CLD-II
- Lecture 6: Guidelines to build CLD-III
- Lecture 7: Examples of CLD
- Lecture 8: Study Traffic Congestion using CLD-I
- Lecture 9: Study Traffic Congestion using CLD-II
- Lecture 10: Stock & Flow Diagram Brief History
- Lecture 11: Stock & Flow Diagram: Basics-I
- Lecture 12: Stock & Flow Diagram: Basics-II
- Lecture 13: Stock & Flow Diagram: Basics-III
- Lecture 14: Graphical Integration
- Lecture 15: Patterns of Behaviour: Types
- Lecture 16: Dynamics of Positive Feedback systems
- Lecture 17: Doubling Time in Positive Feedback systems
- Lecture 18: Introduction to Modeling using Vensim software
- Lecture 19: Dynamics of Negative Feedback system: Introduction
- Lecture 20: Dynamics of Negative Feedback System: Modelling in Vensim
- Lecture 21: Negative Feedback Loop: Analytical equation
- Lecture 22: Dynamics of Negative Feedback System: Extension of Model
- Lecture 24: Zero-Value Goal system, Positive and Negative Loop Systems
- Lecture 24: Dynamic of Simple Structures: S-Shaped Growth limited by Capacity
- Lecture 25: Dynamic of Simple Structures: S-Shaped Growth- Conversion of CLD to SFD
- Lecture 26: Dynamic of Simple Structures: S-Shaped Growth- Customisation in Vensim
- Lecture 27: Dynamic of Simple Structures: Extension of model to include death rate
- Lecture 28: Dynamic of Simple Structures: Examples of systems exhibiting S-shaped growth
- Lecture 29: Dynamic of Simple Structures: Second Structure of S-Shaped Growth
- Lecture 30: Dynamic of Simple Structures: SFD of New Products
- Lecture 31: Diffusion Model and parameter estimation-I
- Lecture 32: Diffusion Model and parameter estimation-II
- Lecture 33: Bass Diffusion Model
- Lecture 34: Bass Diffusion Model(Contd.)
- Lecture 35: Modeling Delays: Material Delay
- Lecture 36: Modeling Delays: Graphical Representation
- Lecture 37: Modeling Delays: Higher order Material Delay
- Lecture 38: Delays: Information Delay
- Lecture 39: Delays: Modeling Information Delay
- Lecture 40: Delays: Higher Order Information Delay
- Lecture 41: Second Order Systems: Romeo and Juliet Model
- Lecture 42: Second Order Systems: The Red and the Black, Gone with the Wind
- Lecture 43: Modeling Oscillations Part-I
- Lecture 44: Modeling Oscillations Part-II
- Lecture 45: Modeling Non-linear Relations: Introduction
- Lecture 46: Modeling Non-linear Relations: Table or Lookup function
- Lecture 47: Formulation Non Linear Relationship Table Functions: Part I
- Lecture 48: Formulation Non Linear Relationship Table Functions: Part II
- Lecture 49: Stock Management Structure: Part I
- Lecture 50: Stock Management Structure: Part II
- Lecture 51: Supply Chain Models-I
- Lecture 52: Supply Chain Models-II
- Lecture 53: Supply Chain Models-III
- Lecture 54: Supply Chain Models-IV
- Lecture 55: Modeling Example: Societal Ageing
- Lecture 56: Testing System Dynamics Models: Introduction with example 1
- Lecture 57: Testing System Dynamics Models: Example 2
- Lecture 58: Testing System Dynamics Models: Example 3
- Lecture 59: Model Validation and Policy design
- Lecture 60: Sensitivity analysis and policy analysis
- Lecture 61: Modeling Example
- Lecture 62: System Archetypes
- Lecture 63: Course Wrap-up
- Live Session 22-02-2021
- Live Session 25-02-2020