This paper describes the setup for advanced vehicle control systems (AVCS) experiments in the flexible low-cost automated scaled highway (FLASH) laboratory being developed at Virginia Tech. The laboratory is a proposed 1/15th scale hardware working model of Automated Highway Systems (AHS). The vehicles are equipped with ultrasonic sensors for longitudinal guidance. They are controlled by HC11 microprocessor boards, and have wireless two way communication infrastructure for vehicle-highway communication. This paper describes the hardware, software, and design issues for the experiments
This report summarizes an experimental effort in integrating and testing an automated vehicle latera...
007346711995PDFResearch PaperIntelligent transportation systemsScale modelsAutomated highway systems...
A, utomatic vehicle following is an important feature of a fully rpartially automated highway system...
This paper describes the setup for advanced vehicle control systems (AVCS) experiments in the flexib...
FLASH laboratory is a small scale (approximately 1/15th) instrumented model of the AHS system and is...
This paper addresses the development of a flexible low-cost automated scale highway (FLASH) laborato...
This paper presents the setup for conducting experiments, and some results obtained in these experim...
9428321996PDFTech ReportDTFH61-94-C-00131Advanced vehicle control systemsITS program technologiesInt...
This paper describes the current development of a scale model vehicle laboratory at Virginia Tech. T...
15609592015PDFTech ReportFHWA-HRT-15-032Intelligent vehiclesResearchAutomated guided vehicle systems...
The Intelligent Vehicle Laboratory of Georgia Southern University is developing a self-driving vehic...
ISATA 25th International Symposium on Automotive Technology and Automation-RTI/IVHS, Florence, Italy...
An unmanned vehicle systems test-bed has been developed. The test-bed has been designed to accommoda...
Road Vehicle Automation Symposium. Rova'93, Bolton, UK, May.20-22, 1993This paper first describes th...
PDFTech Report0-6838-P1TransceiversVideoTestsVehicle to vehicle communicationsVehicle to roadside co...
This report summarizes an experimental effort in integrating and testing an automated vehicle latera...
007346711995PDFResearch PaperIntelligent transportation systemsScale modelsAutomated highway systems...
A, utomatic vehicle following is an important feature of a fully rpartially automated highway system...
This paper describes the setup for advanced vehicle control systems (AVCS) experiments in the flexib...
FLASH laboratory is a small scale (approximately 1/15th) instrumented model of the AHS system and is...
This paper addresses the development of a flexible low-cost automated scale highway (FLASH) laborato...
This paper presents the setup for conducting experiments, and some results obtained in these experim...
9428321996PDFTech ReportDTFH61-94-C-00131Advanced vehicle control systemsITS program technologiesInt...
This paper describes the current development of a scale model vehicle laboratory at Virginia Tech. T...
15609592015PDFTech ReportFHWA-HRT-15-032Intelligent vehiclesResearchAutomated guided vehicle systems...
The Intelligent Vehicle Laboratory of Georgia Southern University is developing a self-driving vehic...
ISATA 25th International Symposium on Automotive Technology and Automation-RTI/IVHS, Florence, Italy...
An unmanned vehicle systems test-bed has been developed. The test-bed has been designed to accommoda...
Road Vehicle Automation Symposium. Rova'93, Bolton, UK, May.20-22, 1993This paper first describes th...
PDFTech Report0-6838-P1TransceiversVideoTestsVehicle to vehicle communicationsVehicle to roadside co...
This report summarizes an experimental effort in integrating and testing an automated vehicle latera...
007346711995PDFResearch PaperIntelligent transportation systemsScale modelsAutomated highway systems...
A, utomatic vehicle following is an important feature of a fully rpartially automated highway system...