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7/2/2020
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Control Systems: From Mathematical Modeling to PID Control is a training system in the field of control system that teaches you how to model and control any type of engineering system by explaining mathematics. Control systems are ubiquitous today: in cars, military aircraft, space rockets, computers, refrigerators, washing machines, and so on. With the advancement of technology, control engineering allows us to design systems in which the most sophisticated machines perform tasks that meet our needs and wants.
This course will teach you comprehensive topics in the field of mathematical modeling of engineering systems, Laplace transform, linear differential equation, systems conversion functions, stability and block diagram, open and closed loop control, fit, proportional integral, PID controller design, etc. Gives. The instructor explains all the topics and techniques in detail and step by step and uses them in practical projects.
How signals and systems interact in engineering systems
Mathematical model of engineering systems
Electrical model of engineering systems
Laplace transform
Linear differential equation
Systems conversion functions
PID controller design
English language
Duration: 2 hours and 56 minutes
Number of courses: 15
Level of education: Intermediate
Instructor: Eliott Wertheimer
File format: mp4
15 lectures 02:56:26
Mathematical Modelling for Engineering Systems 5 lectures 59:05
Systems Dynamics 2 lectures 25:05
Control Theory 2 lectures 25:09
Automatic Continuous Time Controller Design 6 lectures 01:07:07
Basic understanding of physics (force, velocity, acceleration, pressure, etc).
High School mathematics level up to differentiation, integration (complex numbers are useful but not mandatory)
After Extract, watch with your favorite Player.
Subtitle: Yes
Quality: 720p
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