Impact summary
Data Mining (DM) is the science of analysing data for discovering knowledge, making sense of data and predicting the future. While there are many machine learning algorithms for future prediction there is a shortage of algorithms for knowledge discovery in community health. To address this need, Charles Sturt University researchers developed a data mining algorithm called SysFor, which was used to improve service quality in regional health and aged care in Australia.SysFor allowed regional health and aged care organisations to:
1. Improve service quality at Hobart District Nursing Service (HDNS) and reduce the functional decline (e.g. loss of mobility) of older people
2. Develop a patient risk stratification tool for the Murrumbidgee Local Health District (MLHD) that reduced the number of avoidable re-admissions
3. In association with LiveBetter Pty Ltd, SysFor demonstrated the positive impact of Linkers (i.e staff that link aged people to community and services) in improving their overall wellbeing and quality of life
Impact date | 2011 |
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Category of impact | Economic Impact, Public policy Impact, Quality of life Impact, Social Impact |
Impact level | Benefit |
Keywords
- Data mining
- Knowledge discovery
- Artificial intelligence
- Machine learning
- Healthcare
- Health informatics
- Aged care
Countries where impact occurred
- Australia
Documents & Links
Related content
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Research Outputs
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Staying Active - Staying Independent. G.1 Local Evaluation Report
Research output: Book/Report › Commissioned report (non-public)
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Knowledge Discovery through SysFor: A Systematically Developed Forest of Multiple Decision Trees
Research output: Book chapter/Published conference paper › Conference paper › peer-review
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Press/Media
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Patient care benefits from CSU computing prowess
Press/Media: Press / Media