This project is a one-and-half year research and experimental effort that builds on the results of as well as supplements the efforts in MOU 250, "Experimental Studies on Vehicle Control Systems." It focuses on an emerging issue of the high-speed steering control: how to conduct robust automatic vehicle steering control at highway speed based on a look-down lateral sensing system
In this report, a combined longitudinal and lateral eighteen-state vehicle chassis, engine, and driv...
We describe the problem of automated steering using computer vision, focusing the analysis and desig...
This report documents the findings of research performed under TO4204, "Vehicle Lateral Control unde...
Addresses issues regarding the implementation of an integration of several specific technologies inv...
This report investigates the problem of regulation-level vehicle control for combined lateral and lo...
This paper describes a robust control design for automatic steering of passenger cars. Previous stud...
This paper describes a robust control design for automatic steering of passenger cars. Previous stud...
The project "Lateral Control of Heavy Duty Vehicles for Automated Highway Systems" (MOU 313) represe...
This report summarizes an experimental effort in integrating and testing an automated vehicle latera...
This report details the PATH proving test results during the period of October 6 to December 1, 2000...
This paper discusses fundamental issues in lateral control design for automatic steering of passenge...
Abstract- This paper presents a review of recent developments and trends in vehicle lateral (steerin...
The analysis and design carried out in this study relates to automatic or semi-automatic lateral con...
This is the final report for MOU 313, "Lateral Control of Heavy Vehicles for Automated Highway Syste...
This report summarizes the research results of TO4233, "Fault Tolerant Autonomous Lateral Control fo...
In this report, a combined longitudinal and lateral eighteen-state vehicle chassis, engine, and driv...
We describe the problem of automated steering using computer vision, focusing the analysis and desig...
This report documents the findings of research performed under TO4204, "Vehicle Lateral Control unde...
Addresses issues regarding the implementation of an integration of several specific technologies inv...
This report investigates the problem of regulation-level vehicle control for combined lateral and lo...
This paper describes a robust control design for automatic steering of passenger cars. Previous stud...
This paper describes a robust control design for automatic steering of passenger cars. Previous stud...
The project "Lateral Control of Heavy Duty Vehicles for Automated Highway Systems" (MOU 313) represe...
This report summarizes an experimental effort in integrating and testing an automated vehicle latera...
This report details the PATH proving test results during the period of October 6 to December 1, 2000...
This paper discusses fundamental issues in lateral control design for automatic steering of passenge...
Abstract- This paper presents a review of recent developments and trends in vehicle lateral (steerin...
The analysis and design carried out in this study relates to automatic or semi-automatic lateral con...
This is the final report for MOU 313, "Lateral Control of Heavy Vehicles for Automated Highway Syste...
This report summarizes the research results of TO4233, "Fault Tolerant Autonomous Lateral Control fo...
In this report, a combined longitudinal and lateral eighteen-state vehicle chassis, engine, and driv...
We describe the problem of automated steering using computer vision, focusing the analysis and desig...
This report documents the findings of research performed under TO4204, "Vehicle Lateral Control unde...