This document summarizes major improvements and fixes introduced in the Optimization Forecast Accelerator release version.
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Version |
1.1.0 |
|---|---|
|
Release Date |
May 12, 2025 |
New Features and Improvements
|
Feature |
ID |
|---|---|
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Inputs, calculations, and parameters associated with the Store feature, which originates from the Multi Factor Elasticity concept, have been removed. The Store feature has also been removed from the transaction mapping in the definition step. |
PFPCS-9043 |
|
The export to a Data Source has been made optional, allowing users to disable this step when necessary, such as for testing purposes. This enables scheduling the model to run periodically without performing data export each time. |
PFPCS-9137 |
|
The learning rate has been incorporated into the hyperparameter tuning process, allowing advanced users to set its value via the |
PFPCS-9180 |
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Customer fields for additional sources are now supported, enabling data mapping and computation using customer-related information. These sources can be joined to the main source via product or customer features as join fields. |
PFPCS-9199 |
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Lags, differences, and rolling input fields can now be set to zero in the Model Configuration, effectively disabling their creation. This allows users to exclude specific features from the forecast model training without impacting the overall process. |
PFPCS-9341 |
|
During elasticity computation, the |
PFPCS-9376 |
Fixed Issues
|
Bug Description |
ID |
|---|---|
|
The |
PFPCS-9173 |
|
The calculation fails when a categorical feature, stored as an integer, contains null values; nulls are replaced with the string |
PFPCS-9198 |
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The model training process for the M5 forecast encountered an out-of-memory (OOM) error, despite reducing the scope. To address this issue, a set of the Advanced Configuration Options parameters has been introduced. |
PFPCS-9203 |
|
The restriction limiting feature fields to text or integer types in additional sources has been removed, allowing for broader applicability of feature fields across all data types. |
PFPCS-9253 |