Transportation Systems Analysis
Expert-defined terms from the Transportation Planning and Policy course at London School of Business and Administration. Free to read, free to share, paired with a professional course.
Accessibility refers to the ability of people to reach goods, services, and acti… #
Accessibility refers to the ability of people to reach goods, services, and activities, and is an important concept in Transportation Systems Analysis, it involves physical and economic aspects that affect the ability of individuals to access opportunities, with examples including pedestrian infrastructure and public transportation, and practical applications such as transportation planning and urban design, and challenges like unequal distribution of resources and lack of accessibility in rural areas.
Activity #
Based Modeling is a method used in Transportation Systems Analysis to simulate travel behavior, it involves disaggregate and microscopic analysis of travel patterns, with related terms including agent-based modeling and tour-based modeling, and examples such as simulating daily activities and travel patterns of individuals, and practical applications such as transportation planning and traffic management, and challenges like data requirements and computational complexity.
Adaptive Signal Control is a type of traffic signal control strategy used in Tra… #
Adaptive Signal Control is a type of traffic signal control strategy used in Transportation Systems Analysis, it involves real-time monitoring and adjustment of traffic signals to optimize traffic flow, with related terms including traffic signal timing and traffic management, and examples such as optimizing traffic signal timings during peak hours, and practical applications such as reducing congestion and improving traffic safety, and challenges like data collection and algorithm development.
Air Quality Analysis is an important aspect of Transportation Systems Analysis,… #
Air Quality Analysis is an important aspect of Transportation Systems Analysis, it involves monitoring and modeling of air pollution caused by transportation, with related terms including emissions modeling and air quality management, and examples such as estimating emissions from vehicles and analyzing air quality impacts of transportation projects, and practical applications such as developing emissions reduction strategies and evaluating air quality impacts of transportation policies, and challenges like data quality and model complexity.
Alternative Modes is a term used in Transportation Systems Analysis to refer to… #
Alternative Modes is a term used in Transportation Systems Analysis to refer to modes of transportation that are alternatives to personal vehicles, such as walking, cycling, and public transportation, with related terms including mode choice and transportation demand management, and examples such as promoting walking and cycling through infrastructure improvements, and practical applications such as reducing traffic congestion and improving air quality, and challenges like infrastructure development and behavioral change.
Assignment is a step in the Transportation Systems Analysis process, it involves… #
Assignment is a step in the Transportation Systems Analysis process, it involves assigning trips to the transportation network, with related terms including traffic assignment and network analysis, and examples such as assigning traffic volumes to roads and highways, and practical applications such as evaluating traffic congestion and optimizing traffic signal timings, and challenges like data requirements and model complexity.
Behavioral Modeling is a method used in Transportation Systems Analysis to simul… #
Behavioral Modeling is a method used in Transportation Systems Analysis to simulate travel behavior, it involves understanding and modeling the behavior of travelers, with related terms including activity-based modeling and discrete choice modeling, and examples such as simulating mode choice and route choice behavior, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Benefit #
Cost Analysis is a method used in Transportation Systems Analysis to evaluate the benefits and costs of transportation projects, it involves quantifying and comparing the benefits and costs of projects, with related terms including cost-effectiveness analysis and economic evaluation, and examples such as evaluating the benefits and costs of a new highway project, and practical applications such as prioritizing transportation projects and evaluating project effectiveness, and challenges like data quality and valuation of benefits.
Capacity Analysis is an important aspect of Transportation Systems Analysis, it… #
Capacity Analysis is an important aspect of Transportation Systems Analysis, it involves analyzing and evaluating the capacity of transportation infrastructure, with related terms including traffic volume and level of service, and examples such as analyzing the capacity of roads and highways, and practical applications such as optimizing traffic signal timings and evaluating traffic congestion, and challenges like data collection and model complexity.
Choice Modeling is a method used in Transportation Systems Analysis to simulate… #
Choice Modeling is a method used in Transportation Systems Analysis to simulate mode choice and route choice behavior, it involves modeling and estimating the choice behavior of travelers, with related terms including discrete choice modeling and logit modeling, and examples such as simulating mode choice behavior and estimating route choice probabilities, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Congestion Management is an important aspect of Transportation Systems Analysis,… #
Congestion Management is an important aspect of Transportation Systems Analysis, it involves managing and reducing traffic congestion, with related terms including traffic management and congestion pricing, and examples such as optimizing traffic signal timings and implementing congestion pricing schemes, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and public acceptance.
Data Collection is an important aspect of Transportation Systems Analysis, it in… #
Data Collection is an important aspect of Transportation Systems Analysis, it involves collecting and managing data on transportation systems, with related terms including data management and data analysis, and examples such as collecting traffic volume data and analyzing travel surveys, and practical applications such as evaluating transportation projects and optimizing traffic signal timings, and challenges like data quality and data integration.
Demand Modeling is a method used in Transportation Systems Analysis to simulate… #
Demand Modeling is a method used in Transportation Systems Analysis to simulate travel demand, it involves modeling and estimating the travel demand of individuals and households, with related terms including trip generation and trip distribution, and examples such as simulating daily travel patterns and estimating trip rates, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Dynamic Traffic Assignment is a method used in Transportation Systems Analysis t… #
Dynamic Traffic Assignment is a method used in Transportation Systems Analysis to simulate traffic flow, it involves simulating and optimizing traffic flow in real-time, with related terms including traffic assignment and network analysis, and examples such as simulating traffic flow during peak hours and optimizing traffic signal timings, and practical applications such as reducing traffic congestion and improving traffic safety, and challenges like data collection and model complexity.
Emissions Modeling is an important aspect of Transportation Systems Analysis, it… #
Emissions Modeling is an important aspect of Transportation Systems Analysis, it involves modeling and estimating emissions from transportation sources, with related terms including air quality analysis and emissions reduction, and examples such as estimating emissions from vehicles and analyzing emissions impacts of transportation projects, and practical applications such as developing emissions reduction strategies and evaluating emissions impacts of transportation policies, and challenges like data quality and model complexity.
Environmental Impact Analysis is an important aspect of Transportation Systems A… #
Environmental Impact Analysis is an important aspect of Transportation Systems Analysis, it involves analyzing and evaluating the environmental impacts of transportation projects, with related terms including air quality analysis and noise pollution analysis, and examples such as analyzing the environmental impacts of a new highway project, and practical applications such as developing environmental mitigation strategies and evaluating environmental impacts of transportation policies, and challenges like data quality and valuation of environmental impacts.
Forecasting is a method used in Transportation Systems Analysis to predict futur… #
Forecasting is a method used in Transportation Systems Analysis to predict future transportation trends, it involves analyzing and predicting future transportation demand and trends, with related terms including trend analysis and scenario planning, and examples such as predicting future travel demand and analyzing future transportation scenarios, and practical applications such as transportation planning and policy analysis, and challenges like data quality and model complexity.
Geographic Information Systems is a tool used in Transportation Systems Analysis… #
Geographic Information Systems is a tool used in Transportation Systems Analysis to analyze and visualize transportation data, it involves managing and analyzing geographic data on transportation systems, with related terms including spatial analysis and mapping, and examples such as analyzing traffic patterns and visualizing transportation networks, and practical applications such as transportation planning and traffic management, and challenges like data quality and spatial analysis.
Hierarchical Modeling is a method used in Transportation Systems Analysis to sim… #
Hierarchical Modeling is a method used in Transportation Systems Analysis to simulate travel behavior, it involves modeling and estimating the travel behavior of individuals and households, with related terms including discrete choice modeling and logit modeling, and examples such as simulating mode choice behavior and estimating route choice probabilities, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Incident Management is an important aspect of Transportation Systems Analysis, i… #
Incident Management is an important aspect of Transportation Systems Analysis, it involves managing and responding to traffic incidents, with related terms including traffic management and emergency response, and examples such as responding to traffic accidents and managing traffic incidents, and practical applications such as reducing traffic congestion and improving traffic safety, and challenges like data collection and public awareness.
Integrated Transportation Systems is a concept used in Transportation Systems An… #
Integrated Transportation Systems is a concept used in Transportation Systems Analysis to refer to the integration of different transportation modes and systems, it involves integrating and coordinating different transportation modes and systems, with related terms including multimodal transportation and transportation systems management, and examples such as integrating public transportation and pedestrian infrastructure, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.
Land Use Planning is an important aspect of Transportation Systems Analysis, it… #
Land Use Planning is an important aspect of Transportation Systems Analysis, it involves planning and managing land use to reduce the need for transportation, with related terms including urban planning and transportation-oriented development, and examples such as planning mixed-use developments and promoting walking and cycling, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.
Level of Service is a concept used in Transportation Systems Analysis to evaluat… #
Level of Service is a concept used in Transportation Systems Analysis to evaluate the quality of transportation infrastructure, it involves evaluating and analyzing the level of service of transportation infrastructure, with related terms including traffic volume and capacity analysis, and examples such as evaluating the level of service of roads and highways, and practical applications such as optimizing traffic signal timings and evaluating traffic congestion, and challenges like data collection and model complexity.
Logit Modeling is a method used in Transportation Systems Analysis to simulate m… #
Logit Modeling is a method used in Transportation Systems Analysis to simulate mode choice and route choice behavior, it involves modeling and estimating the choice behavior of travelers, with related terms including discrete choice modeling and hierarchical modeling, and examples such as simulating mode choice behavior and estimating route choice probabilities, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Microsimulation is a method used in Transportation Systems Analysis to simulate… #
Microsimulation is a method used in Transportation Systems Analysis to simulate traffic flow, it involves simulating and analyzing traffic flow at the microscopic level, with related terms including traffic assignment and network analysis, and examples such as simulating traffic flow during peak hours and optimizing traffic signal timings, and practical applications such as reducing traffic congestion and improving traffic safety, and challenges like data collection and model complexity.
Mode Choice is a concept used in Transportation Systems Analysis to refer to the… #
Mode Choice is a concept used in Transportation Systems Analysis to refer to the choice of transportation mode, it involves modeling and estimating the mode choice behavior of travelers, with related terms including discrete choice modeling and logit modeling, and examples such as simulating mode choice behavior and estimating mode choice probabilities, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Multimodal Transportation is a concept used in Transportation Systems Analysis t… #
Multimodal Transportation is a concept used in Transportation Systems Analysis to refer to the use of multiple transportation modes, it involves integrating and coordinating different transportation modes, with related terms including integrated transportation systems and transportation systems management, and examples such as integrating public transportation and pedestrian infrastructure, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.
Network Analysis is a method used in Transportation Systems Analysis to analyze… #
Network Analysis is a method used in Transportation Systems Analysis to analyze and evaluate transportation networks, it involves analyzing and evaluating the structure and performance of transportation networks, with related terms including traffic assignment and microsimulation, and examples such as analyzing traffic flow and optimizing traffic signal timings, and practical applications such as reducing traffic congestion and improving traffic safety, and challenges like data collection and model complexity.
Noise Pollution Analysis is an important aspect of Transportation Systems Analys… #
Noise Pollution Analysis is an important aspect of Transportation Systems Analysis, it involves analyzing and evaluating the noise pollution impacts of transportation projects, with related terms including environmental impact analysis and air quality analysis, and examples such as analyzing the noise pollution impacts of a new highway project, and practical applications such as developing noise mitigation strategies and evaluating noise pollution impacts of transportation policies, and challenges like data quality and valuation of noise pollution impacts.
Optimization is a method used in Transportation Systems Analysis to optimize tra… #
Optimization is a method used in Transportation Systems Analysis to optimize transportation systems, it involves optimizing and improving the performance of transportation systems, with related terms including traffic assignment and microsimulation, and examples such as optimizing traffic signal timings and improving traffic flow, and practical applications such as reducing traffic congestion and improving traffic safety, and challenges like data collection and model complexity.
Origin #
Destination Matrix is a tool used in Transportation Systems Analysis to analyze travel patterns, it involves analyzing and estimating the origin-destination travel patterns of individuals and households, with related terms including trip generation and trip distribution, and examples such as estimating origin-destination matrices and analyzing travel patterns, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Parking Management is an important aspect of Transportation Systems Analysis, it… #
Parking Management is an important aspect of Transportation Systems Analysis, it involves managing and regulating parking to reduce the need for transportation, with related terms including transportation demand management and land use planning, and examples such as implementing parking pricing and promoting alternative modes, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and public awareness.
Performance Measures is a concept used in Transportation Systems Analysis to eva… #
Performance Measures is a concept used in Transportation Systems Analysis to evaluate the performance of transportation systems, it involves developing and evaluating performance measures to assess the effectiveness of transportation systems, with related terms including level of service and capacity analysis, and examples such as evaluating the performance of roads and highways, and practical applications such as optimizing traffic signal timings and evaluating traffic congestion, and challenges like data collection and model complexity.
Public Transportation is a mode of transportation used in Transportation Systems… #
Public Transportation is a mode of transportation used in Transportation Systems Analysis, it involves providing and managing public transportation services, with related terms including transit planning and multimodal transportation, and examples such as planning bus and rail services, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.
Route Choice is a concept used in Transportation Systems Analysis to refer to th… #
Route Choice is a concept used in Transportation Systems Analysis to refer to the choice of route, it involves modeling and estimating the route choice behavior of travelers, with related terms including discrete choice modeling and logit modeling, and examples such as simulating route choice behavior and estimating route choice probabilities, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Scenario Planning is a method used in Transportation Systems Analysis to predict… #
Scenario Planning is a method used in Transportation Systems Analysis to predict future transportation trends, it involves analyzing and predicting future transportation scenarios, with related terms including forecasting and trend analysis, and examples such as predicting future travel demand and analyzing future transportation scenarios, and practical applications such as transportation planning and policy analysis, and challenges like data quality and model complexity.
Sensitivity Analysis is a method used in Transportation Systems Analysis to eval… #
Sensitivity Analysis is a method used in Transportation Systems Analysis to evaluate the sensitivity of transportation models, it involves evaluating and analyzing the sensitivity of transportation models to different inputs and assumptions, with related terms including uncertainty analysis and risk analysis, and examples such as evaluating the sensitivity of traffic assignment models and analyzing the uncertainty of travel demand forecasts, and practical applications such as improving the robustness of transportation plans and evaluating the risks of transportation projects, and challenges like data collection and model complexity.
Simulation is a method used in Transportation Systems Analysis to simulate trans… #
Simulation is a method used in Transportation Systems Analysis to simulate transportation systems, it involves simulating and analyzing the behavior of transportation systems, with related terms including microsimulation and traffic assignment, and examples such as simulating traffic flow during peak hours and optimizing traffic signal timings, and practical applications such as reducing traffic congestion and improving traffic safety, and challenges like data collection and model complexity.
Spatial Analysis is a method used in Transportation Systems Analysis to analyze… #
Spatial Analysis is a method used in Transportation Systems Analysis to analyze and evaluate the spatial distribution of transportation systems, it involves analyzing and evaluating the spatial distribution of transportation infrastructure and travel patterns, with related terms including geographic information systems and network analysis, and examples such as analyzing traffic patterns and visualizing transportation networks, and practical applications such as transportation planning and traffic management, and challenges like data quality and spatial analysis.
Sustainability is a concept used in Transportation Systems Analysis to refer to… #
Sustainability is a concept used in Transportation Systems Analysis to refer to the environmental and social sustainability of transportation systems, it involves evaluating and improving the sustainability of transportation systems, with related terms including environmental impact analysis and social impact analysis, and examples such as evaluating the environmental impacts of transportation projects and promoting sustainable transportation modes, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.
Traffic Assignment is a method used in Transportation Systems Analysis to assign… #
Traffic Assignment is a method used in Transportation Systems Analysis to assign traffic to the transportation network, it involves assigning and analyzing traffic to the transportation network, with related terms including traffic simulation and network analysis, and examples such as assigning traffic volumes to roads and highways, and practical applications such as evaluating traffic congestion and optimizing traffic signal timings, and challenges like data requirements and model complexity.
Traffic Calming is a method used in Transportation Systems Analysis to reduce tr… #
Traffic Calming is a method used in Transportation Systems Analysis to reduce traffic speed and improve traffic safety, it involves designing and implementing traffic calming measures, with related terms including traffic management and road safety, and examples such as implementing speed bumps and improving road geometry, and practical applications such as reducing traffic accidents and improving traffic safety, and challenges like data collection and public awareness.
Traffic Management is an important aspect of Transportation Systems Analysis, it… #
Traffic Management is an important aspect of Transportation Systems Analysis, it involves managing and regulating traffic to reduce congestion and improve safety, with related terms including traffic assignment and traffic simulation, and examples such as optimizing traffic signal timings and implementing traffic management strategies, and practical applications such as reducing traffic congestion and improving traffic safety, and challenges like data collection and institutional coordination.
Traffic Safety is a concept used in Transportation Systems Analysis to refer to… #
Traffic Safety is a concept used in Transportation Systems Analysis to refer to the safety of transportation systems, it involves analyzing and evaluating the safety of transportation systems, with related terms including road safety and traffic management, and examples such as evaluating the safety of roads and highways, and practical applications such as reducing traffic accidents and improving traffic safety, and challenges like data collection and institutional coordination.
Transit #
Oriented Development is a concept used in Transportation Systems Analysis to refer to the development of land use around public transportation stations, it involves planning and managing land use to promote public transportation, with related terms including land use planning and transportation demand management, and examples such as planning mixed-use developments around public transportation stations, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.
Transportation Demand Management is a concept used in Transportation Systems Ana… #
Transportation Demand Management is a concept used in Transportation Systems Analysis to refer to the management of transportation demand, it involves managing and regulating transportation demand to reduce the need for transportation, with related terms including travel demand modeling and transportation systems management, and examples such as promoting alternative modes and implementing congestion pricing, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.
Transportation Systems Management is a concept used in Transportation Systems An… #
Transportation Systems Management is a concept used in Transportation Systems Analysis to refer to the management of transportation systems, it involves managing and regulating transportation systems to optimize performance, with related terms including traffic management and transportation demand management, and examples such as optimizing traffic signal timings and implementing traffic management strategies, and practical applications such as reducing traffic congestion and improving traffic safety, and challenges like data collection and institutional coordination.
Travel Behavior is a concept used in Transportation Systems Analysis to refer to… #
Travel Behavior is a concept used in Transportation Systems Analysis to refer to the behavior of travelers, it involves understanding and modeling the behavior of travelers, with related terms including activity-based modeling and discrete choice modeling, and examples such as simulating mode choice behavior and estimating route choice probabilities, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Travel Demand Modeling is a method used in Transportation Systems Analysis to si… #
Travel Demand Modeling is a method used in Transportation Systems Analysis to simulate travel demand, it involves modeling and estimating the travel demand of individuals and households, with related terms including trip generation and trip distribution, and examples such as simulating daily travel patterns and estimating trip rates, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Trip Distribution is a concept used in Transportation Systems Analysis to refer… #
Trip Distribution is a concept used in Transportation Systems Analysis to refer to the distribution of trips, it involves analyzing and estimating the distribution of trips, with related terms including trip generation and travel demand modeling, and examples such as estimating trip distribution and analyzing travel patterns, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Trip Generation is a concept used in Transportation Systems Analysis to refer to… #
Trip Generation is a concept used in Transportation Systems Analysis to refer to the generation of trips, it involves analyzing and estimating the generation of trips, with related terms including travel demand modeling and trip distribution, and examples such as estimating trip generation rates and analyzing travel patterns, and practical applications such as transportation planning and policy analysis, and challenges like data collection and model estimation.
Uncertainty Analysis is a method used in Transportation Systems Analysis to eval… #
Uncertainty Analysis is a method used in Transportation Systems Analysis to evaluate the uncertainty of transportation models, it involves evaluating and analyzing the uncertainty of transportation models, with related terms including sensitivity analysis and risk analysis, and examples such as evaluating the uncertainty of traffic assignment models and analyzing the uncertainty of travel demand forecasts, and practical applications such as improving the robustness of transportation plans and evaluating the risks of transportation projects, and challenges like data collection and model complexity.
Urban Planning is an important aspect of Transportation Systems Analysis, it inv… #
Urban Planning is an important aspect of Transportation Systems Analysis, it involves planning and managing urban development to reduce the need for transportation, with related terms including land use planning and transportation demand management, and examples such as planning mixed-use developments and promoting walking and cycling, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.
Vehicle Emissions is a concept used in Transportation Systems Analysis to refer… #
Vehicle Emissions is a concept used in Transportation Systems Analysis to refer to the emissions from vehicles, it involves modeling and estimating the emissions from vehicles, with related terms including emissions modeling and air quality analysis, and examples such as estimating emissions from vehicles and analyzing emissions impacts of transportation projects, and practical applications such as developing emissions reduction strategies and evaluating emissions impacts of transportation policies, and challenges like data quality and model complexity.
Walking and Cycling is a mode of transportation used in Transportation Systems A… #
Walking and Cycling is a mode of transportation used in Transportation Systems Analysis, it involves promoting and managing walking and cycling infrastructure, with related terms including alternative modes and transportation demand management, and examples such as promoting walking and cycling through infrastructure improvements, and practical applications such as reducing traffic congestion and improving air quality, and challenges like data collection and institutional coordination.