2024 fluent atlantic boulevard

2024 fluent atlantic boulevard ASCT is a key feature of Fluent Atlantic Boulevard, enabling real-time signal timing adjustments based on traffic demand and conditions. By continuously monitoring traffic flow and adjusting signal timings every few seconds, ASCT helps to minimize delays, reduce stop-and-go traffic, and improve overall safety. This technology has been proven to reduce travel times, fuel consumption, and emissions, while also improving the capacity of existing roadways. Traffic Cameras Fluent Atlantic Boulevard utilizes a network of traffic cameras to monitor traffic conditions and support incident detection and response. These cameras provide valuable real-time information to transportation managers, enabling them to quickly identify and address issues such as accidents, congestion, or road closures. Additionally, the cameras serve as a public information resource, allowing motorists to view traffic conditions before beginning their journey. Bluetooth Travel Time Sensors

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Bluetooth Travel Time Sensors Bluetooth travel time sensors are installed at various locations along the Atlantic Boulevard corridor. These sensors detect and measure the travel times of Bluetooth-enabled devices (such as smartphones and in-car systems) as they pass through the sensors' detection zones. By aggregating and analyzing this data, transportation managers can gain insights into travel times, congestion patterns, and overall corridor performance. This information can be used to optimize traffic flow, identify areas requiring improvement, and inform future transportation planning efforts. Dynamic Message Signs (DMS) DMS are strategically placed along the Atlantic Boulevard corridor to provide real-time information to motorists. These signs can display various messages, such as travel times, lane closure advisories, or Amber Alerts, helping to keep drivers informed and prepared for changing road conditions. By providing timely and relevant information, DMS contribute to improved safety, mobility, and driver satisfaction. Fluent Atlantic Boulevard Benefits The implementation of Fluent Atlantic Boulevard offers numerous benefits to the Cary community, including: 1. Improved safety: Real-time traffic monitoring and adaptive signal control technology help to reduce the risk of accidents and improve overall safety for all road users. 2. Enhanced mobility: By optimizing traffic flow and reducing congestion, Fluent Atlantic Boulevard helps to improve mobility and reduce travel times for motorists. 3. Increased efficiency: Adaptive signal control technology and real-time traffic information enable the transportation network to operate more efficiently, making better use of existing infrastructure. 4. Sustainable transportation: Fluent Atlantic Boulevard supports sustainable transportation by reducing fuel consumption and emissions, contributing to cleaner air and a healthier environment. 5. Informed transportation planning: The data collected through Fluent Atlantic Boulevard's various ITS elements can be used to inform future transportation planning efforts, ensuring that infrastructure investments are targeted and effective. Fluent Atlantic Boulevard is a shining example of how advanced transportation technologies can be leveraged to create safer, more efficient, and more sustainable transportation networks. By embracing these innovations, the Town of Cary, NCDOT, and USDOT are working together to improve the quality of life for their residents and lay the foundation for a more connected and prosperous future. Fluent Atlantic Boulevard is a state-of-the-art, intelligent transportation system (ITS) designed to improve safety, mobility, and efficiency for all road users along the Atlantic Boulevard corridor in Cary, North Carolina. Developed through a collaborative effort between the Town of Cary, the North Carolina Department of Transportation (NCDOT), and the U.S. Department of Transportation (USDOT), this innovative project leverages advanced technologies to create a more connected and sustainable transportation network. The Fluent Atlantic Boulevard project spans a 3.4-mile section of Atlantic Boulevard, from Cary Town Center to the I-440 Beltline interchange. The system integrates various ITS elements, including adaptive signal control technology (ASCT), traffic cameras, Bluetooth travel time sensors, and dynamic message signs (DMS). These components work together to optimize traffic flow, reduce congestion, and enhance the overall driving experience. Adaptive Signal Control Technology (ASCT)

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Adaptive Signal Control Technology (ASCT) ASCT is a key feature of Fluent Atlantic Boulevard, enabling real-time signal timing adjustments based on traffic demand and conditions. By continuously monitoring traffic flow and adjusting signal timings every few seconds, ASCT helps to minimize delays, reduce stop-and-go traffic, and improve overall safety. This technology has been proven to reduce travel times, fuel consumption, and emissions, while also improving the capacity of existing roadways. Traffic Cameras Fluent Atlantic Boulevard utilizes a network of traffic cameras to monitor traffic conditions and support incident detection and response. These cameras provide valuable real-time information to transportation managers, enabling them to quickly identify and address issues such as accidents, congestion, or road closures. Additionally, the cameras serve as a public information resource, allowing motorists to view traffic conditions before beginning their journey. Bluetooth Travel Time Sensors Bluetooth travel time sensors are installed at various locations along the Atlantic Boulevard corridor. These sensors detect and measure the travel times of Bluetooth-enabled devices (such as smartphones and in-car systems) as they pass through the sensors' detection zones. By aggregating and analyzing this data, transportation managers can gain insights into travel times, congestion patterns, and overall corridor performance. This information can be used to optimize traffic flow, identify areas requiring improvement, and inform future transportation planning efforts. Bluetooth travel time sensors are installed at various locations along the Atlantic Boulevard corridor. These sensors detect and measure the travel times of Bluetooth-enabled devices (such as smartphones and in-car systems) as they pass through the sensors' detection zones. By aggregating and analyzing this data, transportation managers can gain insights into travel times, congestion patterns, and overall corridor performance. This information can be used to optimize traffic flow, identify areas requiring improvement, and inform future transportation planning efforts. Dynamic Message Signs (DMS)

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