  Methodologies for training visual question answering (VQA) models assume the
availability of datasets with human-annotated \textit{Image-Question-Answer}
(I-Q-A) triplets. This has led to heavy reliance on datasets and a lack of
generalization to new types of questions and scenes. Linguistic priors along
with biases and errors due to annotator subjectivity have been shown to
percolate into VQA models trained on such samples. We study whether models can
be trained without any human-annotated Q-A pairs, but only with images and
their associated textual descriptions or captions. We present a method to train
models with synthetic Q-A pairs generated procedurally from captions.
Additionally, we demonstrate the efficacy of spatial-pyramid image patches as a
simple but effective alternative to dense and costly object bounding box
annotations used in existing VQA models. Our experiments on three VQA
benchmarks demonstrate the efficacy of this weakly-supervised approach,
especially on the VQA-CP challenge, which tests performance under changing
linguistic priors.

Computer Vision and Pattern Recognition;Computation and Language