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1.9 KiB
Pipeline: Image Embedding using Resnet50
Authors: derekdqc
Overview
The pipeline is used to extract the feature vector of a given image. It first normalizes the image and then uses Resnet50 model to generate the vector.
Interface
Input Arguments:
- img_path:
- the input image to be encoded
- supported types:
str
(path of the image)
Pipeline Output:
The pipeline returns a tuple Tuple[('feature_vector', numpy.ndarray)]
containing following fields:
- feature_vector:
- the embedding of input image
- data type:
numpy.ndarray
How to use
- Install Towhee
$ pip3 install towhee
You can refer to Getting Started with Towhee for more details. If you have any questions, you can submit an issue to the towhee repository.
- Run it with Towhee
>>> from towhee import pipeline
>>> embedding_pipeline = pipeline('towhee/image-embedding-resnet50')
>>> embedding = embedding_pipeline('path/to/your/image')
How it works
This pipeline includes two main operators: transform image (implemented as towhee/transform-image) and image embedding (implemented as towhee/resnet-image-embedding). The transform image operator will first convert the original image into a normalized format, such as with 512x512 resolutions. Then, the normalized image will be encoded via image embedding operator, and finally we get a feature vector of the given image.
Refer Towhee architecture for basic concepts in Towhee: pipeline, operator, dataframe.
1.9 KiB
Pipeline: Image Embedding using Resnet50
Authors: derekdqc
Overview
The pipeline is used to extract the feature vector of a given image. It first normalizes the image and then uses Resnet50 model to generate the vector.
Interface
Input Arguments:
- img_path:
- the input image to be encoded
- supported types:
str
(path of the image)
Pipeline Output:
The pipeline returns a tuple Tuple[('feature_vector', numpy.ndarray)]
containing following fields:
- feature_vector:
- the embedding of input image
- data type:
numpy.ndarray
How to use
- Install Towhee
$ pip3 install towhee
You can refer to Getting Started with Towhee for more details. If you have any questions, you can submit an issue to the towhee repository.
- Run it with Towhee
>>> from towhee import pipeline
>>> embedding_pipeline = pipeline('towhee/image-embedding-resnet50')
>>> embedding = embedding_pipeline('path/to/your/image')
How it works
This pipeline includes two main operators: transform image (implemented as towhee/transform-image) and image embedding (implemented as towhee/resnet-image-embedding). The transform image operator will first convert the original image into a normalized format, such as with 512x512 resolutions. Then, the normalized image will be encoded via image embedding operator, and finally we get a feature vector of the given image.
Refer Towhee architecture for basic concepts in Towhee: pipeline, operator, dataframe.