Agricount

Overview

  • Traditional grain quality testing process involved manually counting and segregating grains based on their physical appearance, making the process time-consuming.

  • Designed and implemented DNASegment, a segmentation model based on the Vision Transformer architecture capable of counting the total number of grains in an image and classifying them based on their physical appearance.

  • Made the grain quality testing process 2.5x faster than the traditional manual method.

Technology

Python

PyTorch

VGG-IA

Agricount

Overview

  • Traditional grain quality testing process involved manually counting and segregating grains based on their physical appearance, making the process time-consuming.

  • Designed and implemented DNASegment, a segmentation model based on the Vision Transformer architecture capable of counting the total number of grains in an image and classifying them based on their physical appearance.

  • Made the grain quality testing process 2.5x faster than the traditional manual method.

Technology

Python

PyTorch

VGG-IA

Agricount

Overview

  • Traditional grain quality testing process involved manually counting and segregating grains based on their physical appearance, making the process time-consuming.

  • Designed and implemented DNASegment, a segmentation model based on the Vision Transformer architecture capable of counting the total number of grains in an image and classifying them based on their physical appearance.

  • Made the grain quality testing process 2.5x faster than the traditional manual method.

Technology

Python

PyTorch

VGG-IA

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