Silvia Giammarinaro
Exploiting background knowledge for scene graph generation with Logic Tensor Networks.
Rel. Fabrizio Lamberti, Lia Morra. Politecnico di Torino, Master of science program in Data Science And Engineering, 2021
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Abstract
In novel Deep Learning applications, complex models and algorithms are designed to understand the world around us. Every scene we see in real life can be represented as a set of objects and a set of predicates (actions, prepositions, etc.). Starting from these sets, a graph can be defined with objects as nodes and predicates as links. Every relationship between two objects is a triplet (subject, predicate, object). This task is called scene graph generation and it is divided into two phases: first, locate objects and predict their classes (object detection), then create the set of possible triplets (relationship detection). In the last years, this topic has gained considered attention by the research community as it is part of more challenging machine learning problems.
In this thesis, the entire scene graph generation pipeline is exploited, focusing first on object detection state-of-the-art and then scene graph generation models
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