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Jun 18th, 2018
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  1. Approximate algorithm to
  2. solution space, we use heuristic
  3.  
  4. Solution space has restrictions for validity
  5. -> restriction model
  6. -> before merging we check if the result will comply to our restrictions
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  10. Requirement for algorithm
  11. Options? (NP-hard problem)
  12. -> Short explanation of savings algorithm
  13. -> Runtime?
  14. -> How good is it, benchmarks
  15.  
  16. Show how it is implemented? (Maybe a pseudo-code side by side comparison)
  17. - we modelled it as a directed graph due to road networks, pseudo har undirected.
  18. - restriction model, durationProvider,
  19. - cost-function (bare total duration)
  20.  
  21.  
  22. - Possibilities of implementing other algorithms (modularity)
  23.  
  24.  
  25. Append, prepend - no interior nodes
  26. (start node, end node)
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  28.  
  29.  
  30. Problems:
  31. Show Bornholm example
  32.  
  33. (Fixes?)
  34.  
  35. Future: adaptive solution, that uses machine learning to recognize patterns E.G clustering in order to pick the best fit algorithm
  36.  
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  41.  
  42. Use machine learning to recognize patterns E.G clustering, utilizing an adaptive solution in regards to choice of algorithm
  43.  
  44. a
  45.  
  46. Spring Boot
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