As a Model Deployment State for CVISN (Commercial Vehicle Information Systems and Networks), Kentucky is valuating and improving its procedures related to commercial vehicle administration and enforcement. As part of this effort, the Kentucky Transportation Center (KTC) was asked to investigate the frequency of registration-related violations at Kentucky weigh stations and the potential effectiveness of a license plate recognition (LPR) system in detecting and deterring such violations. Typical violations considered in the investigation included using an expired license plate, hauling weight in excess of the truck’s registered weight, or traveling in Kentucky without proper authority. KTC researchers first examined Kentucky’s current weigh ...
The objective of this study was to analyze enforcement and adjudication of common commercial vehicle...
Virtual Weigh Stations: Indiana’s Technology-Driven Solution to Overweight Vehicle and Credential En...
NHTSA - Behavioral Safety Research2021PDFTech ReportZmud, JohannaWalden, TroyEttelman, BenjaminHiggi...
As a Model Deployment State for CVISN (Commercial Vehicle Information Systems and Networks), Kentuck...
6487828472010Final report; Nov. 2008-June 2010.PDFTech ReportLicense platesSpeed limitsTruckingHighw...
648778118PDFTech ReportLicense platesSpeed limitsTruckingHighway safetyIntelligent transportation sy...
The Kentucky Transportation Cabinet (KYTC) owns and maintains 14 fixed weigh stations for commercial...
This study recommends best practices to curb illegal weigh station bypassing by commercial motor veh...
779633741Final report; Dec. 2010-Dec. 2011.PDFTech ReportNTRCI-50-2011-026RITA Grant-DTRT-06-G-0043R...
Speed limits for large trucks have been reduced at many locales for air quality and safety reasons. ...
2015PDFTech ReportKTC-15-17/SPR14-489-1FSPR-14-489Commercial vehiclesPermitsTraffic violationsSize a...
In order to extend commercial vehicle enforcement coverage to routes that are not monitored by fixed...
PDFTech ReportKTC-05-38/SPR240-02-1FKYSPR-02-240Weigh stationsWeigh in motionData processingRemote s...
US Transportation Collection2019PDFTech ReportWebb, DavinArkansas. Department of TransportationUnite...
This article focuses on a relatively new innovation for use by law enforcement, license plate recogn...
The objective of this study was to analyze enforcement and adjudication of common commercial vehicle...
Virtual Weigh Stations: Indiana’s Technology-Driven Solution to Overweight Vehicle and Credential En...
NHTSA - Behavioral Safety Research2021PDFTech ReportZmud, JohannaWalden, TroyEttelman, BenjaminHiggi...
As a Model Deployment State for CVISN (Commercial Vehicle Information Systems and Networks), Kentuck...
6487828472010Final report; Nov. 2008-June 2010.PDFTech ReportLicense platesSpeed limitsTruckingHighw...
648778118PDFTech ReportLicense platesSpeed limitsTruckingHighway safetyIntelligent transportation sy...
The Kentucky Transportation Cabinet (KYTC) owns and maintains 14 fixed weigh stations for commercial...
This study recommends best practices to curb illegal weigh station bypassing by commercial motor veh...
779633741Final report; Dec. 2010-Dec. 2011.PDFTech ReportNTRCI-50-2011-026RITA Grant-DTRT-06-G-0043R...
Speed limits for large trucks have been reduced at many locales for air quality and safety reasons. ...
2015PDFTech ReportKTC-15-17/SPR14-489-1FSPR-14-489Commercial vehiclesPermitsTraffic violationsSize a...
In order to extend commercial vehicle enforcement coverage to routes that are not monitored by fixed...
PDFTech ReportKTC-05-38/SPR240-02-1FKYSPR-02-240Weigh stationsWeigh in motionData processingRemote s...
US Transportation Collection2019PDFTech ReportWebb, DavinArkansas. Department of TransportationUnite...
This article focuses on a relatively new innovation for use by law enforcement, license plate recogn...
The objective of this study was to analyze enforcement and adjudication of common commercial vehicle...
Virtual Weigh Stations: Indiana’s Technology-Driven Solution to Overweight Vehicle and Credential En...
NHTSA - Behavioral Safety Research2021PDFTech ReportZmud, JohannaWalden, TroyEttelman, BenjaminHiggi...