Abstract: Rewriting systems are used in various areas of computer science, and especially in lambda-calculus, higher-order logics and functional programming. We show that the unsupervised learning networks can implement parallel rewriting. We show how this general correspondence can be refined in order to perform parallel term rewriting in neural networks, for any given first-order term. We simulate these neural networks in the MATLAB Neural Network Toolbox and present the complete library of functions written in the MATLAB Neural Network Toolbox.
International audienceWe revisit parallel-innermost term rewriting as a model of parallel computatio...
As a first case study in parallel object-oriented term rewriting, we give two implementations of te...
In order for neural networks to learn complex languages or grammars, they must have sufficient compu...
Rewriting systems are used in various areas of computer science, and especially in lambda-calculus, ...
This work investigates if the current neural architectures are adequate for learning symbolic rewrit...
Summary. A general neural network model for rewriting logic is proposed. This model, in the form of ...
In this paper we show that programming languages can be translated into recurrent (analog, rational ...
In this work we study the representation of the computational model of artificial neural networks in...
During a number of years the two fields of artificial neural networks (ANNs) and highly parallel com...
Abstract — In this paper I describe the use of neural network in various related fields. Artificial ...
The compilation of high-level programming languages for parallel machines faces two challenges: maxi...
Simulations of neural systems on sequential computers are computationally expensive. For example, a ...
"Artificial neural networks" provide an appealing model of computation. Such networks consist of an ...
International audienceIn this workshop paper, we revisit the notion of parallel-innermost term rewri...
ABSTRACT: In this paper, a framework based on algebraic structures to formalize various types of neu...
International audienceWe revisit parallel-innermost term rewriting as a model of parallel computatio...
As a first case study in parallel object-oriented term rewriting, we give two implementations of te...
In order for neural networks to learn complex languages or grammars, they must have sufficient compu...
Rewriting systems are used in various areas of computer science, and especially in lambda-calculus, ...
This work investigates if the current neural architectures are adequate for learning symbolic rewrit...
Summary. A general neural network model for rewriting logic is proposed. This model, in the form of ...
In this paper we show that programming languages can be translated into recurrent (analog, rational ...
In this work we study the representation of the computational model of artificial neural networks in...
During a number of years the two fields of artificial neural networks (ANNs) and highly parallel com...
Abstract — In this paper I describe the use of neural network in various related fields. Artificial ...
The compilation of high-level programming languages for parallel machines faces two challenges: maxi...
Simulations of neural systems on sequential computers are computationally expensive. For example, a ...
"Artificial neural networks" provide an appealing model of computation. Such networks consist of an ...
International audienceIn this workshop paper, we revisit the notion of parallel-innermost term rewri...
ABSTRACT: In this paper, a framework based on algebraic structures to formalize various types of neu...
International audienceWe revisit parallel-innermost term rewriting as a model of parallel computatio...
As a first case study in parallel object-oriented term rewriting, we give two implementations of te...
In order for neural networks to learn complex languages or grammars, they must have sufficient compu...