This issue documents the integration and visualization of a multi-stage AI/ML pipeline architecture using flowchart.js.
Pipeline Stages:
- Data Input & Preprocessing: Webcam, Images, Documents. Preprocessing with Python (pandas, NumPy, OpenCV).
- AI/ML Model Development: Anaconda, TensorFlow, PyTorch, NLTK, Scikit-learn, Recommender Systems.
- Output Generation: Career Suggestions, Dashboards, Analytics Reports.
- Storage Layer: Model files, PDFs, Docs, Images, SQLite/MySQL database.
- Feedback Loop: Continuous model retraining using stored and new data.
Diagram Implementation:
- Use flowchart.js to visualize the stages and connections described above.
- Example representation:
flowchart TD
A[Data Sources] --> B[Preprocessing Layer]
B --> C[AI/ML Model Development]
C --> D[Output Generation]
D --> E[Storage Layer]
E --> F[Feedback Loop]
F --> B
Technology Mapping:
| Layer |
Tools/Frameworks |
Data Flow |
| Data Input |
Webcam, Images, Docs |
Raw data to preprocessing |
| Preprocessing |
pandas, NumPy, OpenCV |
Cleaned, extracted features |
| Model Development |
Anaconda, TF, PyTorch, |
Models trained, outputs |
|
NLTK, Scikit-learn |
|
| Output Generation |
Dashboards, Reports |
Results to storage & user |
| Storage Layer |
File store, DB, Models |
Stores inputs, outputs, |
|
(SQLite/MySQL) |
models |
| Feedback Loop |
Python scripts, cron |
Retrains models |
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Use the flowchart.js library to create an interactive diagram based on this structure. Add suggestions or comments if improvements can be made for visualization or integration with AI/ML workflows.
This issue documents the integration and visualization of a multi-stage AI/ML pipeline architecture using flowchart.js.
Pipeline Stages:
Diagram Implementation:
Technology Mapping: