Intelligent Prediction for Cargo Traffic Routing (iPrediCTOR)

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Title
Intelligent Prediction for Cargo Traffic Routing (iPrediCTOR)

CoPED ID
7e2b3fbb-1ddd-4556-8355-5474a9893e5c

Status
Closed


Value
£272,638

Start Date
March 31, 2014

End Date
March 30, 2015

Description

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The Intelligent Prediction for Cargo Traffic Optimised Routing (iPrediCTOR) project is led by Sea Level Research and aims to produce locally optimised sea level predictions to reduce costs in the port, shipping and offshore energy industries. The project combines cutting edge Machine Learning techniques with observations from tide gauges and marine weather data and cloud computing infrastructure to generate precise sea level predictions from weather forecasts. These predictions, which account for the surge on top of the tide, will deliver a number of major benefits: Improved scheduling for ships, leading to reduced fuel and operating costs; optimisation of port logistics and cargo loading, leading to a more efficient supply chain; better scheduling of maintenance visits for offshore energy companies with less aborted trips, leading to reduced operating costs for wind farms and tidal energy production; and greater navigational safety since the amount of water under keel will be more accurately known. With containerisation continuing to grow, ships becoming ever bigger and the vast expansion of offshore renewable energy the development of an accurate prediction system will facilitate optimal decision making and reduced costs.

Subjects by relevance
  1. Costs
  2. Forecasts
  3. Optimisation
  4. Supply chains
  5. Logistics
  6. Sea routes
  7. Cargo ships
  8. Maritime navigation
  9. Ships
  10. Traffic
  11. Shipping
  12. Machine learning
  13. Weather observations
  14. Tide
  15. Energy efficiency
  16. Wind energy
  17. Sea level
  18. Scenarios
  19. Energy costs
  20. Infrastructures

Extracted key phrases
  1. Cargo Traffic Routing
  2. Intelligent Prediction
  3. Precise sea level prediction
  4. Offshore energy industry
  5. Offshore energy company
  6. Offshore renewable energy
  7. Reduced operating cost
  8. Tidal energy production
  9. Accurate prediction system
  10. Sea Level Research
  11. IPrediCTOR
  12. Edge Machine Learning technique
  13. Project
  14. Marine weather datum
  15. Improved scheduling

Related Pages

UKRI project entry

UK Project Locations