We propose a new method of feature extraction that allows to apply pattern-recognition abilities of neural networks to data-mine automated proofs. We propose a new algorithm to represent proofs for first-order logic programs as feature vectors; and present its implementation. We test the method on a number of problems and implementation scenarios, using three-layer neural nets with backpropagation learning
Neural networks have proven themselves in solving problems when the input and output data are known,...
Neural networks have proven themselves in solving problems when the input and output data are known,...
This chapter argues for a novel method to machine learn patterns in formal proofs using statistical ...
Abstract. We propose a new method of feature extraction that allows to apply pattern-recognition abi...
The integration of symbolic and neural-network-based artificial intelligence paradigms constitutes ...
Linear logic and the linear λ-calculus have a long standing tradition in the study of natural langua...
Linear logic and the linear λ-calculus have a long standing tradition in the study of natural langua...
Linear logic and the linear λ-calculus have a long standing tradition in the study of natural langua...
International audienceA method for investigating the internal knowledge representation constructed b...
International audienceA method for investigating the internal knowledge representation constructed b...
International audienceA method for investigating the internal knowledge representation constructed b...
The architecture of a neural network with its links and weights can be viewed as a knowledge represe...
The integration of symbolic and neural-network-based artificial intelligence paradigms constitutes a...
The integration of symbolic and neural-network-based artificial intelligence paradigms constitutes a...
Neural networks have proven themselves in solving problems when the input and output data are known,...
Neural networks have proven themselves in solving problems when the input and output data are known,...
Neural networks have proven themselves in solving problems when the input and output data are known,...
This chapter argues for a novel method to machine learn patterns in formal proofs using statistical ...
Abstract. We propose a new method of feature extraction that allows to apply pattern-recognition abi...
The integration of symbolic and neural-network-based artificial intelligence paradigms constitutes ...
Linear logic and the linear λ-calculus have a long standing tradition in the study of natural langua...
Linear logic and the linear λ-calculus have a long standing tradition in the study of natural langua...
Linear logic and the linear λ-calculus have a long standing tradition in the study of natural langua...
International audienceA method for investigating the internal knowledge representation constructed b...
International audienceA method for investigating the internal knowledge representation constructed b...
International audienceA method for investigating the internal knowledge representation constructed b...
The architecture of a neural network with its links and weights can be viewed as a knowledge represe...
The integration of symbolic and neural-network-based artificial intelligence paradigms constitutes a...
The integration of symbolic and neural-network-based artificial intelligence paradigms constitutes a...
Neural networks have proven themselves in solving problems when the input and output data are known,...
Neural networks have proven themselves in solving problems when the input and output data are known,...
Neural networks have proven themselves in solving problems when the input and output data are known,...
This chapter argues for a novel method to machine learn patterns in formal proofs using statistical ...