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An Electric Power Steering System Controller based on Disturbance Observer
By: Lin He; Lianbing Li; Tao Lin; Jiang Du;
2007 / IEEE / 1-4244-1091-6
Description
This item was taken from the IEEE Conference ' An Electric Power Steering System Controller based on Disturbance Observer ' Driver's steering feel for back force of road is an important characteristic performance for electric power steering (EPS) system, except for the characteristic of convenient of steer wheel rotating and safety of driving. In this paper, a model of EPS system is set up, and a new Low - pass filter is introduced. A controller is designed by using disturbance observer method for the EPS system. An analysis method of road information is proposed. Information regarding varying road surface conditions includes both road's back force information and disturbance information, which can be separated by frequency. The performance of the proposed controller is simulated by MATLAB and the results show that the EPS system with robust controller has good robustness and road pertinent information can pass through but the ineffective information was regulated. So it can maintain a safe and comfortable driving experience for driver.
Related Topics
Road Vehicles
Automobile Electronics
Electric Power Steering System Controller
Disturbance Observer
Driver Steering
Steer Wheel Rotating
Driving Safety
Low-pass Filter
Road Information
Road Surface Conditions
Road Disturbance Information
Matlab
Robust Controller
Road Pertinent Information
Comfortable Driving
Steering Systems
Control Systems
Road Safety
Robust Control
Wheels
Electrical Safety
Mathematical Model
Power System Modeling
Low Pass Filters
Information Analysis
Driver's Steering Feel
Electric Power Steering (eps)
Low-pass Filter
Observers
Low-pass Filters
Automotive Electronics
Robust Control
Engineering
Road Back Force Information