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| Lecture - 1 Introduction | Lecture - 2 Architecture of Industrial Automation Systems | Lecture - 3 Measurement Systems Characteristics |
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| Lecture - 4 Temperature Measurement | Lecture - 5 Pressure, Force and Torque Sensors | Lecture - 6 Motion Sensing |
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| lecture - 7 Flow Measurement | Lecture - 8 Signal Conditioning | Lecture - 9 Signal Conditioning (Contd.) |
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| Lecture - 10 Data Acquisition Systems | Lecture - 11 Introduction to Automatic Control | Lecture - 12 P I D Control |
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| Lecture - 13 PID Control Tuning | Lecture - 14 Feedforward Control Ratio Control | Lecture 15 Time Delay Systems and Inverse Response Systems |
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| Lecture - 16 Special Control Structures | Lecture - 17 Concluding Lesson on Process Control | Lecture - 18 Introduction to Sequence Control, PLC , RLL |
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| Lecture -19 Sequence Control. Scan Cycle,Simple RLL Programs | Lecture - 20 Sequence Control More RLL Elements RLL Syntax | Using Influence in Understanding Complex Systems |
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| The Diversity of Development: The Evolution of Complexity | Stem Cells: The Brain%27s Beginnings | Self-Organization: The Secret Sauce for Improving your Scrum team |
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| Building the Brain: From Simplicity to Complexity | Emergence - Complexity from Simplicity, Order from Chaos (2 of 2) | Emergence - Complexity from Simplicity, Order from Chaos (1 of 2) |
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