Linear Relational Embedding is a method of learning a distributed representation of concepts from data consisting of binary relations between concepts. Concepts are represented as vectors, binary relations as matrices, and the operation of applying a relation to a concept as a matrix-vector multiplication that produces an approximation to the related concept. A representation for concepts and relations is learned by maximizing an appropriate discriminative goodness function using gradient ascent. On a task involving family relationships, learning is fast and leads to good generalization
I use the term logical and relational learning (LRL) to refer to the subfield of machine learning an...
We study representations and relational learning over structured domains within a propositionalizati...
We present a paradigm for efficient learning and inference with relational data using propositional...
In this paper we introduce Linear Relational Embedding as a means of learning a distributed represe...
In this paper we discuss methods for general-izing over relational data. Our approach is to learn di...
alberto,hinton¡ We present Linear Relational Embedding (LRE), a new method of learning a distributed...
The primary difference between propositional (attribute-value) and relational data is the existence ...
Representation learning aims to encode the relationships of research objects into low-dimensional, c...
We look at distributed representation of structure with variable binding, that is natural for neural...
International audienceKnowledge graphs and other forms of relational data have become awidespread ki...
We consider the problem of embedding entities and relations of knowledge bases into low-dimensional ...
Multi-relational representation learning methods encode entities or concepts of a knowledge graph in...
In this review I present several representation learning methods, and discuss the latest advancement...
People learn by both decomposing and combining concepts; most accounts of combination are either com...
Abstract—Concepts have been expressed mathematically as propositions in a distributive lattice. A mo...
I use the term logical and relational learning (LRL) to refer to the subfield of machine learning an...
We study representations and relational learning over structured domains within a propositionalizati...
We present a paradigm for efficient learning and inference with relational data using propositional...
In this paper we introduce Linear Relational Embedding as a means of learning a distributed represe...
In this paper we discuss methods for general-izing over relational data. Our approach is to learn di...
alberto,hinton¡ We present Linear Relational Embedding (LRE), a new method of learning a distributed...
The primary difference between propositional (attribute-value) and relational data is the existence ...
Representation learning aims to encode the relationships of research objects into low-dimensional, c...
We look at distributed representation of structure with variable binding, that is natural for neural...
International audienceKnowledge graphs and other forms of relational data have become awidespread ki...
We consider the problem of embedding entities and relations of knowledge bases into low-dimensional ...
Multi-relational representation learning methods encode entities or concepts of a knowledge graph in...
In this review I present several representation learning methods, and discuss the latest advancement...
People learn by both decomposing and combining concepts; most accounts of combination are either com...
Abstract—Concepts have been expressed mathematically as propositions in a distributive lattice. A mo...
I use the term logical and relational learning (LRL) to refer to the subfield of machine learning an...
We study representations and relational learning over structured domains within a propositionalizati...
We present a paradigm for efficient learning and inference with relational data using propositional...