Description
Control Systems: From Mathematical Modeling to PID Control is a training course in the field of control system that teaches you how to model and control any type of engineering system by explaining the mathematics. Today, the control system is everywhere: in cars, military planes, space rockets, computers, refrigerators, freezers, washing machines, etc. As technology advances, control engineering allows us to design systems where the most sophisticated machines perform tasks that meet our needs and wants.
This course will teach you comprehensive topics on mathematical modeling of engineering systems, Laplace transform, linear differential equation, system conversion functions, stability and block diagram, open and closed loop control, proportionality, proportional integral, PID controller design, etc. The course instructor will explain all topics and techniques in detail and step by step and use them in practical projects.
Courses taught in this course:
- How Signals and Systems Interact in Engineering Systems
- Mathematical model of engineering systems
- Electrical Model of Engineering Systems
- Laplace transform
- Linear differential equation
- System conversion functions
- PID controller design
Specifications of control systems: from mathematical modeling to PID control:
- English language
- Duration: 2 hours and 56 minutes
- Number of lessons: 15
- Level of education: Average
- Coach: Eliott Wertheimer
- File format: mp4
Course topics
15 lectures 02:56:26
Mathematical Modeling for Engineering Systems
5 lessons 59:05
System dynamics
2 lessons 25:05
Control theory
2 lessons 25:09
Automatic continuous time controller design
6 lectures 01:07:07
Course prerequisites
- Basic understanding of physics (force, speed, acceleration, pressure, etc.).
- Math high school level up to differentiation, integration (complex numbers are useful but not mandatory)
Pictures
sample movie
Installation guide
After ripping, watch with your favorite player.
Subtitle: Yes
Quality: 720p
Download link
Download Control Systems: From Mathematical Modeling to PID Control 2018-7
File password(s): ngaur.com
Cut
845 MB