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Optimized Traffic Routing System for Western Washington Commuters

Our project focuses on developing a dynamic routing system for users commuting in Western Washington, leveraging current and forecasted traffic data. The primary users will be commuters traveling to work and large events. Key features include a live traffic map, the ability to input start/end addresses, traffic forecasting, and route saving capabilities. The system will be built on a server infrastructure with access to WSDOT traffic databases, supporting multiple connections. We will follow an agile development plan with milestones for initial data integration and user testing.

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Optimized Traffic Routing System for Western Washington Commuters

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  1. ARC Amir Kouretchian Peter Turschmid Chris Byszeski

  2. Operational Concepts • Calculate and display optimized routes in Western Washington to users that takes current and forecasted traffic data into account • Our primary user base will be people who commute to and from work and large events

  3. Operational Concepts 2 • Live traffic map • Portability • Highway Nodes • Start/End Addresses or Locations • Traffic Forecasting • Start/End Time Constraints • Force Road Usage • Dynamic Manipulation of Traffic • Save Routes

  4. Example

  5. System Requirements • Access to WSDOT traffic database • Server that can support many simultaneous TCP/IP connections at once • Server with large storage devices to store WSDOT historic data • Clients with enough resources to perform a routing algorithm like Dijkstra’s and to display the route map

  6. System and Software Architecture

  7. Life Cycle Plan • Agile Development Plan • Milestone 1: Simple client and server with sample WSDOT data. • Milestone 2: Display historic traffic data and traffic forecasting • Milestone 3: Saving and displaying favorite routes, debugging and user testing • Milestone 4: User testing, debugging, documentation and code maintenance

  8. Feasibility Rationale • Assumptions • Clients utilize Java 1.5 • Clients have a dedicated high speed internet connection • Clients live in the Seattle area and use the highway system

  9. Feasibility Rationale 2 • Risks • WSDOT can grant us access to real time traffic data from their servers • Reliability of the WSDOT servers, if they go down, we go down • Feature creep • We don’t have experience interfacing Java with SQL

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