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Collecting Uncertain Data the Reactive Way

  1. Collecting Uncertain Data the Reactive Way Jeff Smith @jeffksmithjr
  2. x.ai is a personal assistant who schedules meetings for you
  3. Reactive Machine Learning
  4. Machine Learning Systems
  5. Machine Learning Systems
  6. Machine Learning Systems
  7. Traits of Reactive Systems
  8. Traits of Reactive Systems
  9. Reactive Strategies
  10. Reactive Strategies
  11. Reactive Machine Learning
  12. Reactive Machine Learning
  13. Reactive Machine Learning
  14. Collecting Data
  15. What’s for dinner?
  16. Reactive Data Collection
  17. Modeling Uncertain Data
  18. Certain Data Model case class ZebraReading(sensorId: Int, locationId: Int, timestamp: Long, count: Int)
  19. Uncertainty Interval 27 33
  20. Uncertain Data Model case class PreyReading(sensorId: Int, locationId: Int, timestamp: Long, animalsLowerBound: Double, animalsUpperBound: Double, percentZebras: Double)
  21. Scaling Data Collection
  22. Simple Data Architecture
  23. Simple Data Architecture
  24. Mutable State case class Region(id: Int) import collection.mutable.HashMap var densities = new HashMap[Region, Double]() densities.put(Region(4), 52.4)
  25. Scaling with Queues
  26. Scaling with Queues
  27. Out of Order Updates
  28. Out of Order Updates densities.put(Region(6), 73.6) densities.put(Region(6), 0.5) densities.get(Region(6)).get
  29. Out of Order Updates densities.put(Region(6), 73.6) densities.put(Region(6), 0.5) densities.get(Region(6)).get densities.put(Region(6), 0.5) densities.put(Region(6), 73.6) densities.get(Region(6)).get
  30. Concurrent Collections import collection.mutable._ var synchronizedDensities = new LinkedHashMap[Region, Double]() with SynchronizedMap[Region, Double]
  31. Scaling with Locks
  32. Scaling with Locks
  33. Immutable Facts case class PreyReading(sensorId: Int, locationId: Int, timestamp: Long, animalsLowerBound: Double, animalsUpperBound: Double, percentZebras: Double) implicit val preyReadingFormatter = Json.format[PreyReading]
  34. Immutable Facts val reading = PreyReading(36, 12, currentTimeMillis(), 12.0, 18.0, 0.60) val setDoc = bucket.set[PreyReading](readingId(reading), reading)
  35. Scaling with Distributed Databases
  36. Scaling with Distributed Databases
  37. Handling Incomplete Data
  38. Distributed Data Storage
  39. Querying Complete Data (bucket.searchValues[PreyReading]("prey", "by_sensor_id") (new Query().setIncludeDocs(true))) .enumerate.apply(Iteratee.foreach { doc => println(s"Prey Reading: $doc")})
  40. Complete Data
  41. Partition Tolerance
  42. Partition Tolerance
  43. Partition Tolerance
  44. Partition Tolerance
  45. Querying Incomplete Data (bucket.searchValues[PreyReading]("prey", "by_sensor_id") (new Query().setIncludeDocs(true))) .enumerate.apply(Iteratee.foreach { doc => println(s"Prey Reading: $doc")})
  46. Incomplete Data
  47. Incomplete Data
  48. Reactive Data Collection
  49. For Later
  50. reactivemachinelearning.com medium.com/data-engineering M A N N I N G Jeff Smith
  51. x.ai @xdotai hello@human.x.ai New York, New York
  52. skillsmatter.com/conferences/ 6862-scala-exchange-2015#skillscasts
  53. Thank You
  54. Collecting Uncertain Data the Reactive Way Jeff Smith @jeffksmithjr