1 / 30

Data refining of sick listing data for statistics, analysis and forecasting

Data refining of sick listing data • Patric Tirmén and Niklas Österlund • 2006-11-22. Data refining of sick listing data for statistics, analysis and forecasting. Data refining of sick listing data • Patric Tirmén and Niklas Österlund • 2006-11-22. Part 1: What do we want to create?.

Télécharger la présentation

Data refining of sick listing data for statistics, analysis and forecasting

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Data refining of sick listing data for statistics, analysis and forecasting

  2. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Part 1: What do we want to create?

  3. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Administrative data in Sweden • Sweden has a history of extensive gathering of administrative individual data • Every person has an individual civic registration number which contains the birth date and four additional numbers • Due to the civic registration number it is possible to combine administrative information from various sources (on a individual level)

  4. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Sick listing in Sweden • Sick listing in Sweden can be very lasting • Different degrees of partiality(25, 50 or 75 percent) • Sickness cash benefit and rehabilitation cash benefit • Employers pay for the first 14 days(has been 21 and 28) • Relation between sickness insurance and i.e. unemployment insurance and parental insurance • Seasonal variation

  5. 100% 75% 50% 25% Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Waiting day Sick pay Sickness cash benefit Rehabilitation cash benefit Example: A sickness case Degree of partiality 1 3 4 5 6 7 8 9 10 11 2 Time Higher income entitling to sickness cash benefit Episodes with the same benefit, degree of partiality and daily compensation:

  6. 100% 75% 50% 25% Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Waiting day Sick pay Sickness cash benefit Rehabilitation cash benefit Example: A sickness case Degree of partiality 1 3 4 5 6 7 8 9 10 11 2 Time Higher income entitling to sickness cash benefit Episodes with the same degree of partiality:

  7. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Share of new sickness cases with part-time absence at the beginning of the case

  8. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Share of new sickness cases with a history of a sickness case within preceding 90 days

  9. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 • The common way for analysts when making their own project databases • Is it possible to make this process more effective? Special design project databases Separate processes to transform raw data Raw Data

  10. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Yes, by setting up a common framework for the raw data we can be more time efficient and increase the general quality when we produce a designed project database Special design project databases Refined data transformed into the lowest common denominator Raw Data Refined database (MiDAS)

  11. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Part 2:How do we create this?

  12. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 The complexity in data Three ways of dealing with this: • Leave data untouched and put togetherthe information as it is • Make an effort to understand data andtake into account any defect in data • Exclude observations that don’t ”fit in”

  13. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Data refining for analysis and forecasting • Quality assurance of individual data • Take care of as much of the information as possible in the administrative systems • Make data more accessible to optimize the use of data • Create multidimensional databases foranalysis on individual level • Detailed documentation

  14. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Qualifications needed • Front line staff who know about activities and routines mirrored in the administrative systems • Analysts with some experience in programming who knows how to analyze data • In-house people to ensure that the knowledge remains within the organization => prefer employees to extern consultants

  15. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Example: Sickness absence data

  16. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Complexity in sick listing data • Correct corrections (by the book) • Incorrect corrections (not allowed but supported by the registration system) • A registration squeezed into an earlier registration • Incorrect registration of dates • ”False 1 January” • Late arrival of observations

  17. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Correct correction of benefit and degree of partiality

  18. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Incorrect correction of degree of partiality

  19. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 A registration squeezed into an earlier registration 4 days rehabilitation cash benefit 7 days sickness cash benefit 19 days rehabilitation cash benefit

  20. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 A registration squeezed into an earlier registration (continued)

  21. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 ”False 1 January”

  22. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Administrative data is complex • If you don’t handle the complexity,data can be hard to analyze on micro level • Even small errors in micro data willdecrease credibility in the data

  23. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Part 3:The result

  24. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Refined databases Episode data: • Sickness case • ”part sickness case” Panel data: • Month • Quarter • Year

  25. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Example: Sick case data

  26. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Example: Part sick case data

  27. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Example: Year data

  28. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 Number of people with occurrence of sick listing in Sweden

  29. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 With this data structure you have… • … all sick listing data in one place: time, days, compensation • … always the same information but structured differently for different purposes

  30. Data refining of sick listing data • Patric Tirmén and Niklas Österlund •2006-11-22 With this data structure you can… • … fast and easily create countless aggregated statistics • … analyze data on a micro level with high flexibility • … easily combine this data with other data • … create data sets suitable for forecasting

More Related