People
Zheng, Ling
in Cooperation with on an Cooperation-Score of 37%
Topics
- autonomous vehicle
- simulation
- longitudinal control
- velocity
- steering
- tire
- neural network
- control device
- lateral control
- radial
- load transfer
- tire force
- feedforward control
- crash
- vehicle
- road
- trajectory
- adhesion
- prevention
- system design
- crash avoidance system
- deviation
- electric vehicle
- comfort
- density
- engine
- vibration
- motor
- automobile industry
- wheel
- electrification
- four wheel drive
- torque
- chemical element
- finite element method
- excitation
- deterioration
- dynamic load
- unsprung weight
- security
- data
- safety
- driver
- intelligent vehicle
- sensor
- vehicle to vehicle communication
- shock absorber
- active suspension system
- driving
- integrated system
- modeling
- control system
- cruise control
- autonomous intelligent cruise control
- terrain
- all terrain vehicle
- nonlinear system
- show 27 more
Publications
- 2021Path-Following Control of Autonomous Vehicles Considering Coupling Effects and Multi-source System Uncertaintiescitations
- 2020Active Collision Avoidance System Design Based on Model Predictive Control with Varying Sampling Timecitations
- 2019Effect of Unbalanced Vertical Force of IWM on Comfort and Stability in Four-Wheel Drive Electric Vehicle
- 2018Simulation and Analysis on Overtaking Safety Assistance System Based on Vehicle-to-Vehicle Communicationcitations
- 2013Control of automotive semi-active suspension with MR damper based on Takagi-Sugeno model
- 2010Integrated control of longitudinal and lateral motion for autonomous vehicle driving system
- 2010Modeling and simulation of adaptive cruise control system for intelligent vehicles
- 2009Electromagnetic design of an innovative magneto-rheological damper for all terrain vehicle
- 2005Nonlinear control of automotive semi-active suspensions based on differential geometry theory
- 2005Nonlinear control methods of automotive semi-active suspension based on the MR damper
- 2005Research on nonlinear control methods of automotive semi-active suspension
Places of action
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