This paper presents a quantitative investigation of the differences between rule extraction through breadth first search and through sampling the states of the RNN in interaction with its domain. We show that for an RNN trained to predict symbol sequences in formal grammar domains, the breadth first search is especially inefficient for languages sharing properties with realistic real world domains. We also identify some important research issues, needed to be resolved to ensure further development in the field of rule extraction from RNNs
Whereas newer machine learning techniques, like artifficial neural net-works and support vector mach...
Mining sequential rules from large databases is an important topic in data mining fields with wide a...
Recurrent neural networks readily process, recognize and generate temporal sequences. By encoding gr...
This paper presents a quantitative investigation of the differences between rule extraction through ...
Rule extraction (RE) from recurrent neural networks (RNNs) refers to finding models of the underlyin...
Knowledge acquisition is, needless to say, important, because it is a key to the solution to one of ...
Text classification is a fundamental language task in Natural Language Processing. A variety of sequ...
Although backpropagation ANNs generally predict better than decision trees do for pattern classifica...
Concepts learned by neural networks are difficult to understand because they are represented using l...
An enormous amount of knowledge is needed to infer the meaning of unrestricted natural language. The...
Learning and understanding natural languages are usually considered as independent tasks in natural ...
Learning and understanding natural languages are usually considered as independent tasks in natura...
The extraction of symbolic knowledge from trained neural networks and the direct encoding of (partia...
Search methods for rule extraction from neural networks work by finding those combinations of inputs...
. Mining association rules has become an important datamining task, and meanwhile many algorithms ha...
Whereas newer machine learning techniques, like artifficial neural net-works and support vector mach...
Mining sequential rules from large databases is an important topic in data mining fields with wide a...
Recurrent neural networks readily process, recognize and generate temporal sequences. By encoding gr...
This paper presents a quantitative investigation of the differences between rule extraction through ...
Rule extraction (RE) from recurrent neural networks (RNNs) refers to finding models of the underlyin...
Knowledge acquisition is, needless to say, important, because it is a key to the solution to one of ...
Text classification is a fundamental language task in Natural Language Processing. A variety of sequ...
Although backpropagation ANNs generally predict better than decision trees do for pattern classifica...
Concepts learned by neural networks are difficult to understand because they are represented using l...
An enormous amount of knowledge is needed to infer the meaning of unrestricted natural language. The...
Learning and understanding natural languages are usually considered as independent tasks in natural ...
Learning and understanding natural languages are usually considered as independent tasks in natura...
The extraction of symbolic knowledge from trained neural networks and the direct encoding of (partia...
Search methods for rule extraction from neural networks work by finding those combinations of inputs...
. Mining association rules has become an important datamining task, and meanwhile many algorithms ha...
Whereas newer machine learning techniques, like artifficial neural net-works and support vector mach...
Mining sequential rules from large databases is an important topic in data mining fields with wide a...
Recurrent neural networks readily process, recognize and generate temporal sequences. By encoding gr...