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Task-oriented finetuning for better embeddings on neural search.

Project description



Finetuner logo: Finetuner helps you to create experiments in order to improve embeddings on search tasks. It accompanies you to deliver the last mile of performance-tuning for neural search applications.

Task-oriented finetuning for better embeddings on neural search

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Fine-tuning is an effective way to improve the performance on neural search tasks. However, it is non-trivial for many deep learning engineers.

Finetuner makes fine-tuning easier, faster and performant by streamlining the workflow and handling all complexity and infrastructure on the cloud. With Finetuner, one can easily uplift pre-trained models to be more performant and production ready.

📈 Performance promise: uplift pretrained model and deliver SOTA performance on domain-specific neural search applications.

🔱 Simple yet powerful: easy access to 40+ mainstream losses, 10+ optimisers, layer pruning, weights freezing, dimensionality reduction, hard-negative mining, cross-modal model, distributed training.

All-in-cloud: instant training with our free GPU; manage runs, experiments and artifacts on Jina AI Cloud without worrying about provisioning resources, integration complexity and infrastructure.

Documentation

Benchmark

Model Task Metric Pretrained Finetuned Delta Run it!
BERT Quora Question Answering mRR 0.835 0.967 15.8%

Open In Colab

Recall 0.915 0.963 5.3%
ResNet Visual similarity search on TLL mAP 0.102 0.166 62.7%

Open In Colab

Recall 0.235 0.372 58.3%
CLIP Deep Fashion text-to-image search mRR 0.575 0.676 17.4%

Open In Colab

Recall 0.473 0.564 19.2%

All metrics are evaluated on k@20 after training for 5 epochs using Adam optimizer with learning rates of 1e-7 for CLIP and 1e-5 for the other models.

Install

Make sure you have Python 3.7+ installed. Finetuner can be installed via pip by executing:

pip install -U finetuner

If you want to encode docarray.DocumentArray objects with the finetuner.encode function, you need to install "finetuner[full]". In this case, some extra dependencies are installed which are necessary to do the inference, e.g., torch, torchvision, and open clip:

pip install "finetuner[full]"

From 0.5.0, Finetuner computing is hosted on Jina AI Cloud. THe last local version is 0.4.1, one can install it via pip or check out git tags/releases here.

Get Started

The following code snippet describes how to fine-tune ResNet50 on Totally Looks Like dataset, it can be run as-is:

import finetuner
from finetuner.callback import EvaluationCallback

finetuner.login()  # use finetuner.notebook_login() in Jupyter notebook/Google Colab

run = finetuner.fit(
    model='resnet50',
    run_name='resnet50-tll-run',
    train_data='tll-train-da',
    callbacks=[
        EvaluationCallback(
            query_data='tll-test-query-da',
            index_data='tll-test-index-da',
        )
    ],
)

Fine-tuning might take 5 minute to finish. You can later re-connect your run with:

import finetuner

finetuner.login()  # use finetuner.notebook_login() in Jupyter notebook or Google colab

run = finetuner.get_run('resnet50-tll-run')

for msg in run.stream_logs():
    print(msg)

run.save_artifact('resnet-tll')

Specifically, the code snippet describes the following steps:

  • Login to Jina AI Cloud.
  • Select backbone model, training and evaluation data for your evaluation callback.
  • Start the cloud run.
  • Monitor the status: check the status and logs of the run.
  • Save model for further use and integration.

Finally, you can use the model to encode images:

import finetuner
from docarray import Document, DocumentArray

da = DocumentArray([Document(uri='~/Pictures/your_img.png')])

model = finetuner.get_model('resnet-tll')
finetuner.encode(model=model, data=da)

da.summary()

Next steps

Intrigued? That's only scratching the surface of what Finetuner is capable of. Read our docs to learn more.

Support

Join Us

Finetuner is backed by Jina AI and licensed under Apache-2.0. We are actively hiring AI engineers, solution engineers to build the next neural search ecosystem in opensource.

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