4 accepted papers
Traditional deep reinforcement learning-based visual navigation techniques face challenges in dynamic and unstructured outdoor environments, particularly in the absence of high-resolution maps and GPS signals. This paper presents a deep reinforcement learning-based approach for target-driven visual …
Comparing spherical probability distributions is of great interest in various fields, including geology, medical domains, computer vision, and deep representation learning. The utility of optimal transport-based distances, such as the Wasserstein distance, for comparing probability measures has spur…
Continual learning and multi-task learning are commonly used machine learning techniques for learning from multiple tasks. However, existing literature assumes multi-task learning as a reasonable performance upper bound for various continual learning algorithms, without rigorous justification. Addit…
In Visual Question Answering (VQA), answers have a great correlation with question meaning and visual contents. Thus, to selectively utilize image, question and answer information, we propose a novel trilinear interaction model which simultaneously learns high level associations between these three…