Inferring and Executing Programs for Visual Reasoning


WHY?

Neural modular networks do not generalize well to new questions since their performance rely on syntactic parser.

WHAT?

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Instead of parsing questions into universal dependency representation, this paper used LSTM to generate a sequence of functions to form a program. Function modules are generic: unary module, binary module and scene module. The program generator is trained in semi-supervised manner. First it is trained with few ground truth labels and fine tuned with REINFORCE algorithm.

So?

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Stongly supervised model whoed near-perfect performance on CLEVR, and semi-supervised model showed better performance than any other baselines.

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This program showed to attend the right place of the image.

Johnson, Justin, et al. “Inferring and Executing Programs for Visual Reasoning.” ICCV. 2017.



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