High Tech — Demand Forecast Model Training Pipeline
FreeThis DAG trains demand forecasting models using extracted features, ensuring optimal performance through validation. It implements a robust retraining mechanism to adapt to new data and improve accuracy.
Overview
The purpose of this DAG is to train advanced demand forecasting models tailored for the high-tech industry, leveraging extracted features from various data sources. The architecture consists of an ingestion pipeline that collects data from diverse inputs, including historical sales data, market trends, and customer behavior analytics. The processing steps involve feature extraction, model training, and validation, where models are evaluated against validation datasets to measure their performanc
The purpose of this DAG is to train advanced demand forecasting models tailored for the high-tech industry, leveraging extracted features from various data sources. The architecture consists of an ingestion pipeline that collects data from diverse inputs, including historical sales data, market trends, and customer behavior analytics. The processing steps involve feature extraction, model training, and validation, where models are evaluated against validation datasets to measure their performance using metrics such as Mean Absolute Percentage Error (MAPE). Quality controls are integrated to monitor model effectiveness, and if performance falls below acceptable thresholds, a retraining mechanism is activated to incorporate new data and refine the models. The outputs of this DAG include trained forecasting models, performance reports, and updated feature sets. Monitoring key performance indicators (KPIs) such as MAPE and model accuracy ensures continuous improvement and alignment with business objectives. The business value lies in providing high-tech companies with accurate demand forecasts, enabling better inventory management, optimized resource allocation, and enhanced strategic planning.
Part of the Market & Trading Intelligence solution for the High Tech industry.
Use cases
- Enhances inventory management with accurate demand predictions.
- Reduces costs by optimizing resource allocation.
- Improves strategic planning with data-driven insights.
- Increases responsiveness to market changes and trends.
- Boosts customer satisfaction through better product availability.
Technical Specifications
Inputs
- • Historical sales data from ERP systems
- • Market trend analysis reports
- • Customer behavior analytics datasets
Outputs
- • Trained demand forecasting models
- • Performance evaluation reports
- • Updated feature extraction datasets
Processing Steps
- 1. Ingest historical sales data
- 2. Extract relevant features from datasets
- 3. Train forecasting models using extracted features
- 4. Validate models against performance metrics
- 5. Monitor model performance and MAPE
- 6. Activate retraining mechanism if necessary
- 7. Generate performance reports for stakeholders
Additional Information
DAG ID
WK-0968
Last Updated
2025-04-19
Downloads
10