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Forecasting and data mining can become particularly challenging when data:
- Is particularly large or complex
- Has limited history
- Contains a large amount of irrelevant data
- Has pockets of missing information
Advanced forecasting solutions may be more cost-effective for cases where data is particularly challenging. Two examples of advanced forecasting and data mining techniques are:
- Auto_ARIMA: Useful for situations where the data is prone
to seasonality “spikes” or “outliers”
- Neural Networks: A technique that takes advantage of repetitive
learning through repeated forecasts and comparisons
against assumptions. This technique is suited to situations
where data contains missing values, short time periods,
inconsistent reporting of data and where the user has multiple
items to predict
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| ARMA |
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ARIMA
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- Robust
- Excellent for data with seasonality
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Auto_ARIMA |
- Robust
- Excellent for data with seasonality
- Excellent with large data sets
- Automated pre-processing of data
- Automatic determination of x, y, z, requiring less technical knowledge
of the data
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| Neural Networks |
- Fast (once trained)
- Powerful
- Good for complex data
- Flexible (time or non time-based)
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