"Traffic management is a key branch within logistics. It concerns the planning, control and purchasing of transport services needed to physically move vehicles and freight."
The use of technology and traffic data to manage traffic flow, reduce congestion and improve safety.
Traffic Flow Theory: It studies the dynamics of traffic on a network, particularly how it changes in response to different conditions.
Traffic Signal Timing: It determines the most efficient timings for traffic signals at intersections and adjusts them according to traffic demand.
Incident Management: It deals with the efficient management of accidents, road closures, and other incidents that affect traffic flow.
Urban Planning: It encompasses traffic engineering, transportation planning, and land-use planning to manage traffic in urban areas.
Transportation Safety: It focuses on reducing the number of road accidents by analyzing the causes and risk factors of accidents and implementing appropriate countermeasures.
Intelligent Transportation Systems (ITS): It integrates advanced technologies like sensors, communication networks, and data analytics to improve traffic flow efficiency and safety on roads.
Public Transportation Management: It focuses on the management of public transportation systems such as buses, trains, and taxis, aiming to provide reliable and efficient services to the public.
Transportation Policy: It involves developing, implementing, and evaluating policies related to transportation, such as regulatory frameworks for vehicle emissions or road pricing.
Parking Management: It involves the management of parking facilities, including setting pricing policies, optimizing the use of parking spaces, and mitigating congestions caused by parking.
Transportation Economics: It studies the economic impact of transportation, including factors such as infrastructure investment, user fees, and pricing policies.
Adaptive traffic control systems: These systems use real-time traffic data to adjust traffic signal timings to reduce congestion and improve traffic flow.
Variable message signs (VMS): These signs display real-time traffic information, such as travel times, congestion warnings, and construction alerts, to help motorists plan their routes and avoid delays.
CCTV cameras: These cameras are used to monitor traffic flow and detect incidents, such as accidents and breakdowns, in real-time. CCTV cameras can also be used to enforce traffic rules and regulations, such as speed limits and red light violations.
Emergency vehicle preemption systems: These systems automatically give priority to emergency vehicles, such as ambulances and fire trucks, by changing traffic signals to green and clearing intersections.
Ramp metering: This system controls the flow of vehicles entering a highway by using traffic signals to regulate the number of vehicles entering the highway at any given time. This helps to prevent traffic congestion on the highway and promotes smooth traffic flow.
Traveler information systems: These systems provide real-time traffic information to motorists, such as travel times, congestion warnings, and construction alerts. This helps to improve travel efficiency and reduce delays.
Intelligent parking systems: These systems use sensors and real-time data to guide motorists to available parking spaces, which reduces search time and helps to alleviate traffic congestion in urban areas.
Autonomous vehicles: Autonomous vehicles are vehicles that are equipped with advanced sensors and algorithms that enable them to safely navigate the road without human intervention. They have the potential to reduce congestion, improve safety, and enhance transportation efficiency over time.
Transit signal priority: This system gives priority to public transit vehicles, such as buses and trains, at intersections by changing traffic signals to green and clearing intersections. This helps to improve the efficiency of public transit and reduce delays for commuters.
Road weather information systems: These systems provide real-time information on weather conditions, such as temperature, precipitation, and wind speed, to help motorists plan their routes and avoid hazardous driving conditions.
"Within freight and cargo logistics: traffic manager, assessment of hazardous and awkward materials, carrier choice and fees, demurrage, documentation, expediting, freight consolidation, insurance, reconsignment, and tracking."
"Within air traffic management: air traffic controller."
"Within rail traffic management: rail traffic controller, train dispatcher, or signalman."
"Within road traffic management: traffic controller."
"Traffic Control Management is the design, auditing, and implementation of traffic control plans at worksites and civil infrastructure projects. Traffic Management can include: flagging, lane closures, detours, full freeway closures, pedestrian access, traffic plans, and sidewalk closures."
"A traffic manager is responsible for assessment of hazardous and awkward materials, carrier choice and fees, demurrage, documentation, expediting, freight consolidation, insurance, reconsignment, and tracking."
"An air traffic controller is responsible for managing air traffic within the aviation industry."
"A rail traffic controller or train dispatcher is involved in managing rail traffic and ensuring the safe movement of trains."
"A traffic controller is responsible for managing traffic flow and ensuring safety on roads."
"Traffic management is implemented to physically move vehicles and freight efficiently and effectively within the logistics industry."
"Assessment of hazardous and awkward materials, carrier choice and fees, demurrage, documentation, expediting, freight consolidation, insurance, reconsignment, and tracking are some aspects considered in freight and cargo logistics traffic management."
"The traffic manager is responsible for the assessment of hazardous and awkward materials in freight and cargo logistics."
"Air traffic controllers play a crucial role in managing air traffic and ensuring the safe movement of aircraft."
"Flagging, lane closures, detours, full freeway closures, pedestrian access, traffic plans, and sidewalk closures are some elements involved in traffic control management at worksites and civil infrastructure projects."
"Traffic management covers the planning, control, and purchasing of transport services needed to physically move vehicles and freight."
"A rail traffic controller or signalman is responsible for managing and controlling the movement of trains on rail networks."
"Traffic management ensures the smooth and efficient movement of vehicles and freight within the logistics industry."
"A traffic manager's responsibilities include carrier choice and fees, demurrage, documentation, expediting, freight consolidation, insurance, reconsignment, and tracking."
"Road traffic management includes activities such as traffic control, flagging, lane closures, detours, and ensuring pedestrian access and safety."