[App4AI] GPT2_Chinese
Use GPT-2 to fine-tune Chinese text and automatically generate Chinese articles.

[App4AI] BERT
Use BERT to answer sentence questions, extract fixed feature vectors, and analyze sentence semantics.

[LEADERG APP] GPT2
GPT-2 is used to automatically generate an English article, and you can also enter any sentence to automatically generate an English article.

[App4AI SDK] Jupyter-Image-OpenCV-Connected-Components
Use OpenCV functions to analyze connected components of images.

[App4AI SDK] Jupyter-Model-ONNX-To-OpenVINO
Model conversion, an example of ONNX conversion to OpenVINO.

[App4AI SDK] Jupyter-Image-Augmentation
Use the method of rotating and adjusting the brightness to perform the image augmentation.

[LEADERG APP] Pix2Pix
Pix2Pix style conversion. Output the original image to the learned image style. For example: convert black and white to color, edge map to photo.

[App4AI SDK] Jupyter-Image-Segmentation-MaskRCNN-Keras
The MaskRCNN algorithm is used to count and segment image objects, which can be applied to medical image analysis, fish image analysis, biological image analysis, etc.

[App4AI SDK] Jupyter-Image-Barcode-Generator
Generate one-dimensional barcode images of code39 and code128.

[App4AI SDK] Jupyter-Data-Matplot-Stock
Use Python's matplotlib package to generate stock data (opening, closing, highest, lowest) charts.

[App4AI SDK] Jupyter-Image-Object-Detection-YOLOv4-CPP
The YOLOv4 solution can be applied to factory defect detection, medical image analysis, biological image analysis, industrial safety image analysis, etc.

[App4AI SDK] Jupyter-Data-LightGBM-Classification
Use LightGBM to predict the survival of Titanic passengers.

[App4AI SDK] Jupyter-Data-Gradient-Boosting-Regression
Use Gradient Boosting to predict housing prices.

[App4AI SDK] Jupyter-Data-Gradient-Boosting-Classification
Use Gradient Boosting to predict the survival of Titanic passengers.

[App4AI SDK] Jupyter-Data-XGBoost-Regression-Time-Series
Use XGBoost to forecast ticket sales (time series data).

[App4AI SDK] Jupyter-Data-XGBoost-Classification
Use XGBoost to predict the survival of Titanic passengers.

[App4AI SDK] Jupyter-Image-Object-Detection-YOLOv4-Tiny-CPP
The YOLOv4 Tiny algorithm can be applied to factory defect detection, medical image analysis, biological image analysis, industrial safety image analysis, mask image an

[App4AI SDK] Jupyter-Image-Object-Detection-YOLOv4-Multiple-Object-Tracking-CPP
Use YOLOv4 for real-time multi-object tracking, which can be applied to various fields such as monitoring systems and traffic flow analysis.

[App4AI SDK] Jupyter-Data-Genetic-Algorithm-Job-Shop-NSGA-II
Use genetic algorithms to solve the multi-objective scheduling problem.

[App4AI SDK] Jupyter-Data-Genetic-Algorithm-Job-Shop
Use genetic algorithms to solve the problem of factory scheduling Job Shop.

[App4AI SDK] Jupyter-Image-Object-Detection-VGG16-SSD512-PyTorch
This solution can be applied to factory defect detection, medical image analysis, biological image analysis, industrial safety image analysis, mask image analysis, etc.

[App4AI SDK] Jupyter-Image-Object-Detection-EfficientDet-Keras
This solution can be applied to factory defect detection, medical image analysis, biological image analysis, industrial safety image analysis, mask image analysis, etc.

[App4AI SDK] Jupyter-Data-Genetic-Algorithm-Flow-Shop
Use genetic algorithm to solve the problem of factory scheduling Flow Shop.

[App4AI SDK] Jupyter-Image-Object-Detection-MobileNetV3-SSD512-PyTorch
Object detection using MobileNetV3 can be applied to factory defect detection, medical image analysis, biological image analysis, industrial safety image analysis, and

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