Comments (3)
TCAV is useful when you want to determine how much effect a concept has on a prediction, where a concept is defined by a set of examples which contain the concept (like picking a bunch of images with stripes for the stripes concept, or a bunch of sentences about sports for a sports concept). If that is the type of analysis you want to do, TCAV can work with sequential models. You just need to do create the model wrapper and activation generator wrapper for your specific model. There is nothing about GRU or LSTM models that should stop you from using the library.
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Hi can it be used similarly for segmentation networks ?
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Hi all,
Yes, just repeating what James said above - TCAV has been used for LSTM at Google - as long as you have a constant sized bottleneck (meaning that you have at least one embedding layer where it will always return a size N embedding regardless of your input size. This is probably only relevant for language models where some models change their embedding size depending on the length of the input sentence).
Re segmentation network - same story. :)
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Related Issues (20)
- Not able to run all the bottlenecks together for any given model HOT 2
- requirement.txt file has a mistake HOT 3
- How to use TCAV with custom keras models(h5) HOT 2
- why the 'get_direction_dir_sign' function returns 'dot_prod<0' instead 'dot_prod>0' ?? HOT 1
- Setup for Run_TCAV.ipynb fails HOT 2
- TCAV with TensorFlow Object Detection API models HOT 4
- TCAV on tabular data HOT 3
- Random Images for TCAV for Diabetic Retinopathy application HOT 9
- Concept Images for TCAV for DR application
- Problem with Relative TCAV plots
- Question regarding discrete model prediction layer activation function and model loss function
- InvalidArgumentError: Requested return tensor 'softmax2_pre_activation:0' not found in graph def HOT 1
- result not reproduced by taking gradient wrt logit and flipping sign HOT 1
- Extend TCAV for Object detection
- TCAV for multiple instance learning
- Clarifying experiments in Section 4.1.2 Empirical Deep Dream
- InvalidArgumentError: Node 'v5/mul_1' is not unique
- Reproduce Fig.4. Zebra TCAV in googlenet from paper
- Downloading the tcav data using the download_and_make_datasets
- Columns and DataType Not Explicitly Set on line 69 of imagenet_and_broden_fetcher.py
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