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vehicle lateral control stability

Handling Improvement of a Four-Wheeled Vehicle Using a New Control System

Handling Improvement of a Four-Wheeled Vehicle Using a New Control System

... of control systems to improve the lateral stability and the maneuverability increment of the vehicle to reduce the number of road accidents has been considered ...vehicles’ lateral ...

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Lateral Stability Of Active Suspension System For A Saloon Car

Lateral Stability Of Active Suspension System For A Saloon Car

... The force actuator is controlled by various descriptions of controller determined by the designer. The rectify control strategy will provide better compromise between comfort and vehicle stability ...

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Stability enhancement of railway vehicle 
		dynamics performance in lateral direction using fuzzy bogie based 
		skyhook control

Stability enhancement of railway vehicle dynamics performance in lateral direction using fuzzy bogie based skyhook control

... specific control law, which generates the force demand for the ...demanded control force in attenuating unwanted vehicle body ...appropriate control strategy has to be ...suspension ...

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Stability And Dynamic Control Of Four In-Wheel Motored Vehicle Using Fuzzy PID Controller

Stability And Dynamic Control Of Four In-Wheel Motored Vehicle Using Fuzzy PID Controller

... improve vehicle handling and stability using nonlinear vehicle ...The vehicle model used in this work is a 4WD electric vehicle, only considering the planar motion: longitudinal, ...

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Modelling and simulations of a narrow track tilting vehicle

Modelling and simulations of a narrow track tilting vehicle

... the lateral dynamics plays an important role to improve the stability and handling of the ...or control the narrow tilting vehicle, the demand tilt angle can be calculated from the vehicle’s ...

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Trajectory Tracking of Autonomous Vehicle with the Fusion of DYC and Longitudinal–Lateral Control

Trajectory Tracking of Autonomous Vehicle with the Fusion of DYC and Longitudinal–Lateral Control

... the vehicle and uncertainty of the dynamic model. Many complex control methods can be used to improve the overall performance of automatic ...ing control strategy for an underactuated tractor–trailer ...

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High Stability Lateral Guided Method for Articulated Vehicle Based on Sensor Steering Mechanism

High Stability Lateral Guided Method for Articulated Vehicle Based on Sensor Steering Mechanism

... articulated vehicle are achieved the lateral guide at high-speed ...the control delay of PD-controller for the articulation angle is set at 15ms of which value is measured by the ...

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The Effect Of Direct Yaw Moment On Human Controlled Vehicle Systems

The Effect Of Direct Yaw Moment On Human Controlled Vehicle Systems

... drive vehicle dynamics was con- ducted by Danesin ...best lateral handling capability in conditions where drive forces were ...between stability con- trol systems and passive drive-line viscous ...

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An active front steering control based on composite nonlinear feedback for vehicle yaw stability system

An active front steering control based on composite nonlinear feedback for vehicle yaw stability system

... this control system, tyres still in linear regime so it is not relevant to discuss about tyre dynamic where only become important when active braking controller is ...present vehicle plant model ...

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Closed-Loop Handling Stability of 4WS Vehicle with Yaw Rate Control

Closed-Loop Handling Stability of 4WS Vehicle with Yaw Rate Control

... proposed vehicle model, and to evaluate the closed- loop system performance including driver and the 4WS ...(degree-of-freedom) lateral dynamics model of 4WS vehicle is built. A control ...

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Robust yaw stability control of hybrid electric vehicles

Robust yaw stability control of hybrid electric vehicles

... automotive vehicle is not only stirred by lateral acceleration in a way that the driver is used to, but also by disturbance torques resulting for example when a car encounters unexpected road conditions, ...

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Trajectory Planning and Optimal Lateral Stability Control under Multiple Barriers for Intelligent Vehicle

Trajectory Planning and Optimal Lateral Stability Control under Multiple Barriers for Intelligent Vehicle

... intelligent vehicle lane change for overtaking mainly includes macroscopic and mi- croscopic traffic flow simulation, lane change early warning, simplifying automatic control of the vehicle lane ...

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Analysis of Roll Control System to Eliminate Liquid Sloshing Effect on Lateral Stability of an Articulated Vehicle Carrying Liquid

Analysis of Roll Control System to Eliminate Liquid Sloshing Effect on Lateral Stability of an Articulated Vehicle Carrying Liquid

... articulated vehicle carrying liquid. Fluid sloshing in the tanker exerts lateral forces and moments promoting earlier rollover than other types of vehicle ...rollover stability of various ...

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Type-2 Fuzzy Braking-Torque Electronic Stability Control for Four-Wheel Independent Drive Electric Vehicles

Type-2 Fuzzy Braking-Torque Electronic Stability Control for Four-Wheel Independent Drive Electric Vehicles

... After corrective yaw torque calculation by fuzzy controller in first layer, it distributes to wheel motors. Torque distributor does this task. Torque distributor identify vehicle situations such as over-steering, ...

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Safety implications of a pedestrian protection system - the driver's point of view

Safety implications of a pedestrian protection system - the driver's point of view

... A driving simulator study was performed to quantify if there were any negative effects of a pedestrian safety system, from the driver’s perspective. An Active Bonnet was deployed at numerous points along a simulated ...

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Robust Fault-Tolerant Control of In-Wheel Driven Bus with Cornering Energy Minimization

Robust Fault-Tolerant Control of In-Wheel Driven Bus with Cornering Energy Minimization

... a vehicle dynamic point of view, the fast and precise torque generation of the hub motors lends torque vectoring capability to the vehicle with which manoeuvrability can be enhanced significantly [1] and ...

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... The points of intersection of the root-locus with the imaginary axis are called imaginary axis crossover. At these points, the system is said to be marginally stable. Routh-Hurwitz stabilty criterion is used to obtain ...

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Robust Performance Analysis on Dynamic Control of Unmanned Aerial Vehicle System Using Bode Plot

Robust Performance Analysis on Dynamic Control of Unmanned Aerial Vehicle System Using Bode Plot

... You, Control System Design and the Power Management of MEFADEC Assembled on More-Electric Aircraft, 2018 IEEE International Conference on Electrical Systems for Aircraft, Railway, Ship Propulsion and Road Vehicles ...

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Decentralized Congestion Control Algorithm for Vehicle to Vehicle Networks Using Oscillating Transmission Power

Decentralized Congestion Control Algorithm for Vehicle to Vehicle Networks Using Oscillating Transmission Power

... The IEEE 1609 standard defines the transmit rate for the BSM packets to be 10Hz with a transmit radius defined by the FCC as 300m [6]. At this standard transmit rate, it is estimated that at 200 vehicles the channel for ...

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Conditional deletion of E11/podoplanin in bone protects against load induced osteoarthritis

Conditional deletion of E11/podoplanin in bone protects against load induced osteoarthritis

... Scans were performed with an 1172 X-Ray microtomo- graph (Skyscan, Belgium) to evaluate the SCB. High- resolution scans with an isotropic voxel size of 5 μm were acquired (50 kV, 200 μA, 0.5 mm aluminium filter, 0.6° ...

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