For model-based development training, you can learn practical development methods using MATLAB/Simulink, from the basics of modern control theory!
You will learn the basics of modern control, regulator problems and servo problems, pole placement and state feedback control, observer design, optimal state feedback control, and integral state feedback control by solving practical examples (such as motor models and suspension models).
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basic information
【Content】 ○ Fundamentals of Modern Control ○ Regulator Problem and Servo Problem ○ Pole Placement and State Feedback Control ○ Observer Design ○ Optimal State Feedback Control ○ Integral State Feedback Control 【Training Hours】 Day 1: 13:00 - 17:00, Day 2: 10:00 - 17:00 * This is a two-day seminar. * The capacity for each seminar is 5 participants. 【Venue】 Our company seminar room https://premium.ipros.jp/neorium/information/access/?secure=true 【Schedule】 Please download the catalog for details. 【Prerequisites】 ○ Those who are familiar with the basic use of MATLAB/Simulink. (Ability to create, execute, and display results of simple M-files, as well as create, execute, and display results of models using standard Simulink blocks) ● For more details, please contact us.
Price information
102,900 yen / per person (tax included)
Price range
P3
Delivery Time
Applications/Examples of results
Many engineers from major automobile manufacturers and other manufacturing industries have participated. 【Customer Feedback】 Company: Semiconductor Manufacturer Course: Practical Control Technology (Modern) It had been a long time since I studied control engineering during my student days, but the explanations were so thorough that I was able to recall what I had learned. I also understood that once you create a model in Simulink, you can reuse it.
Company information
Neorium Technology responds to the diverse needs of customers involved in model-based development, consistently providing high-quality technology. In particular, we have a wealth of experience in professional services (model development, contracting, consulting, technical seminars) and product services (sales of control design support software and technical support) in the fields of control, optimization, machine learning, and system modeling. If you have any issues with model-based development, please feel free to consult us. Additionally, in collaboration with our partners, we also offer support services for ADAS simulation testing in the automotive sector. Examples include road surface creation, creation of OpenDRIVE and OpenSCENARIO data, and automation through MILS/HILS.
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