Synectics - Papers and Articles


	The following papers and articles have recently been published in journals and/or presented at conferences. Full text versions are available upon request from Jeff Suggett, Manager, Special Projects: jsuggett@synectics-inc.net
*New*	Incorporating Safety Considerations in Transportation Corridor Planning and Preliminary Design
*New*	Highway Work Zone Dynamic Traffic Control Using Machine Learning
*New*	Safety Prediction Models: A Proactive Tool for Safety Evaluation in Urban Transportation Planning Applications
*New*	Identification of Intersections with Promise for Red-Light Camera Safety Improvement
*New*	Impact of Road Lane Narrowing Traffic Calming Treatments on Speed and Volume
*New*	Development of Interactive Tools for Measuring Safety of Two-Lane Rural Highways in the Design Process
*New*	Safety Assessment of Road Network Using Traffic Engineering Software (TES)
*New*	Evidence of Driving Among Disqualified First-time Criminal Code Offenders in Saskatchewan, Canada
*New*	Fatal and Injury Crashes Among Unlicensed Drivers
*New*	Development of a Winter Severity Index for Salt Management in Canada
	Explicit Safety Considerations in Transportation Planning
	Evaluating Safety at High-Volume Pedestrian and Cyclist Mid-Block Crossing
	Selecting Candidate Locations for Red Light Cameras
	Temporal Transferability and Updating of Safety Planning Models
	Development of New Crash Experience Warrants for Traffic Signals for Ontario
	Development of Traffic Monitoring Program for York Region, Ontario
	Trends in First Time One-Year Licence Suspensions in Ontario: 1991-2001
	Safety at High Volume Signalized Intersections: Linking Diagnosis to Treatments
	Macro-Level Accident Prediction Models for Evaluating the Safety of Urban Transportation Systems
	The 'Dilemma' in Road Safety Analysis and Evaluation: Estimating the Economic Costs and Benefits of Interventions/Countermeasures Implemented for Improving Road Travel Safety
	Weather-Related Road Accident Risks in Mid-Sized Canadian Cities
	Are We Speaking the Same Language? Defining Systemic Safety Problems