The problem of trajectory planning and generation of large size and heavy loaded four wheel steering (4WS) vehicles is addressed in this thesis. The thesis starts with kinematic analysis of the 4WS vehicles. The vehicle kinematics based on a simplified bicycle model is built up to describe the vehicle motion on the horizontal plane. The minimum turning radius of the vehicle caused by the limitation of the vehicle steering mechanism is investigated in detail. This limitation is critical for the study of vehicle orientation planning for the vehicle to move along a planned path.Master of Engineerin
This paper deals with a four-wheel-steering four-wheel-driving (4WS4WD) vehicle under the path-follo...
Path tracking is a key technique for intelligent electric vehicles, while four-wheel steering (4WS) ...
The work addresses the optimization of the steering and roll systems of an innovative four-wheeled t...
The problem of trajectory planning and generation of large size and heavy loaded four wheel steering...
This thesis focuses on a kinematic model of a four-wheel steering vehicle and its simulation. The ai...
The article takes the form of a review paper and focuses on the control problems of four wheel steer...
The article is an overview and it focuses on the control of 4WS cars (with four steered wheels). The...
Four wheel steering (4WS) is a concept proven to be beneficial in low speed applications requiring l...
This thesis work presents a model predictive control (MPC) based trajectory planner forhigh speed la...
This thesis work presents a model predictive control (MPC) based trajectory planner forhigh speed la...
This thesis work presents a model predictive control (MPC) based trajectory planner forhigh speed la...
The object of research is an autonomous wheeled mobile robot model 4WS (Four Wheel Steering). The ne...
Over the past decade, the increased safety standards have accelerated the need for fully automated v...
In this bachelor thesis, attention will be paid to the requirements for movement of the model vehicl...
With the development of Unmanned Ground Vehicles (UGVs) in the last few decades, the demand for high...
This paper deals with a four-wheel-steering four-wheel-driving (4WS4WD) vehicle under the path-follo...
Path tracking is a key technique for intelligent electric vehicles, while four-wheel steering (4WS) ...
The work addresses the optimization of the steering and roll systems of an innovative four-wheeled t...
The problem of trajectory planning and generation of large size and heavy loaded four wheel steering...
This thesis focuses on a kinematic model of a four-wheel steering vehicle and its simulation. The ai...
The article takes the form of a review paper and focuses on the control problems of four wheel steer...
The article is an overview and it focuses on the control of 4WS cars (with four steered wheels). The...
Four wheel steering (4WS) is a concept proven to be beneficial in low speed applications requiring l...
This thesis work presents a model predictive control (MPC) based trajectory planner forhigh speed la...
This thesis work presents a model predictive control (MPC) based trajectory planner forhigh speed la...
This thesis work presents a model predictive control (MPC) based trajectory planner forhigh speed la...
The object of research is an autonomous wheeled mobile robot model 4WS (Four Wheel Steering). The ne...
Over the past decade, the increased safety standards have accelerated the need for fully automated v...
In this bachelor thesis, attention will be paid to the requirements for movement of the model vehicl...
With the development of Unmanned Ground Vehicles (UGVs) in the last few decades, the demand for high...
This paper deals with a four-wheel-steering four-wheel-driving (4WS4WD) vehicle under the path-follo...
Path tracking is a key technique for intelligent electric vehicles, while four-wheel steering (4WS) ...
The work addresses the optimization of the steering and roll systems of an innovative four-wheeled t...