| ITS Deployment Evaluation

Benefits: Infrastructure-Based Traffic Surveillance (TM01)

89 unique benefits found.

Vision Based Site Monitoring System Deployed at Six Exit Ramps in Northern California in Sacramento Reveals Approximately 53 Percent Reduction in the Wrong-Way Event Rate.

Date Posted: 07/25/2023 | Source Date:

Vision-Based Sensor System for Site Monitoring: Wrong-Way Driving, Phase 1

06/05/2020

Network-Level Evaluation Tool Showed that ITS Deployments in Michigan Reduced Traffic Network Delays by 18.6 Percent and Traffic Safety Costs by 4.0 Percent.

Date Posted: 07/29/2022 | Source Date:

Development of Network-Level Evaluation Tool for Managing ITS Infrastructure

06/01/2021

Video-Based Advanced Analytics is Detailed Enough to Identify Near-Crashes, Classify Road User Types, and Detect Speeding Infractions and Lane Violations.

Date Posted: 01/20/2022 | Source Date:

Accelerating Vision Zero with Advanced Video Analytics: Video-based Network-wide Conflict and Speed Analysis

02/12/2021

Using ITS Microwave Vehicle Detection Sensors Instead of Operating 14 Continuous Count Station Sites Was Estimated to Save Michigan DOT $48,959 Per Year.

Date Posted: 08/26/2021 | Source Date:

An Evaluation of Michigan’s Continuous Count Station (CCS) Distribution

04/30/2018

Speed Feedback Signs Manage to Reduce Mean Speed by up to 2.9 km/h in European Urban Environment.

Date Posted: 11/24/2020 | Source Date:

Effects of speed display signs on driving speed at pedestrian crossings on collector streets

06/26/2020

Southern Nevada has seen an average reduction in incident response times of 12 minutes since using a proprietary, cloud-based artificial intelligence (AI) system.

Date Posted: 03/30/2020 | Source Date:

Waycare Platform Deployment in Southern Nevada Traffic Management Center

05/24/2019

Red-light camera systems can have positive impacts on driver behavior.

Date Posted: 06/26/2019 | Source Date:

Evaluating the Impacts of Red Light Camera Deployment on Intersection Traffic Safety

06/02/2018

CAVs are expected to decrease congestion up to 50 percent, increasing the effective capacity of urban networks leading to a new equilibrium with more users but with negligibly less congestion than the current system.

Date Posted: 01/30/2019 | Source Date:

Implementation of Connected and Autonomous Vehicles in Cities Could Have Neutral Effects on the Total Travel Time Costs: Modeling and Analysis for a Circular City

01/12/2019

Simulation of an ATM monitoring system successfully demonstrates ability to avoid the severe consequences of cyberattacks, indicating significant potential in improving freeway operations.

Date Posted: 01/28/2019 | Source Date:

Investigating Cybersecurity Issues in Active Traffic Management Systems

03/02/2018

In a recurring congestion scenario, ramp metering, variable speed limits, and hard shoulder running found to improve corridor travel time and network performance by 5 to 16 percent.

Date Posted: 12/26/2018 | Source Date:

A Planning Tool for Active Traffic Management Combining Microsimulation and Dynamic Traffic Assignment

09/02/2018