Autores
Quiroz Mercado Job Isaias
Barrón Fernández Ricardo
Ramírez Salinas Marco Antonio
Título Exploring Storing Capacity of Hyperdimensional Binary Vectors
Tipo Revista
Sub-tipo Indefinido
Descripción Research in Computing Science
Resumen Hyperdimensional computing is an emergent model of computation based on the manipulation of high-dimensional vectors which are used not only to represent variables and values, but also to represent complex structures such as relations, sets and sequences. All vectors in the model are always the same size either if they represent a single concept or a sequence of objects. Hyperdimensional computing uses reduced representations, since there is a compression process to encode complex structures while maintaining the same size on the output vector. In this paper we explore the storing capacity of hyperdimensional vectors that encode semantic feature norms. We describe a method for encoding and retrieving feature information of concrete concepts and present experimental results of the successful retrieval of such features.
Observaciones
Lugar Ciudad de México
País Mexico
No. de páginas 375-382
Vol. / Cap. v. 148 no. 10
Inicio 2019-10-01
Fin
ISBN/ISSN