A recognition system is reported which recognizes names spelled over the telephone with brief pauses between letters. The system uses separate neural networks to locate segment boundaries and classify letters. The letter scores are then used to search a database of names to find the best scoring name. The speaker-independent classification rate for spoken letters is 89%. The system retrieves the correct name, spelled with pauses between letters, 91% of the time from a database of 50,000 names. 1 INTRODUCTION The English alphabet is difficult to recognize automatically because many letters sound alike; e.g., B/D, P/T, V/Z and F/S. When spoken over the telephone, the information needed to discriminate among several of these pairs, such as F/...
Alphabet recognition is needed in many applications for retrieving information associated with the s...
An artificial neural network has been trained to recog-nize phonemes using the error back-propagatio...
Benchmarking the performance for telephone-network-based speech recognition systems i hampered bytwo...
A recognition system is reported which recognizes names spelled over the telephone with brief pauses...
: Spelled letter recognition over the telephone line is essential for applications that involve name...
An artificial neural network has been trained by the error back-propagation technique to recognise p...
In this paper we present a hypothesis-verification approach for a Spanish Recognizer of continuously...
There are some speech understanding applications in which training transcriptions are unavailable, a...
Abstract- Neural network architecture is widely used in computer science for solving complex problem...
This paper deals with improved confidence assessment for detecting recognition errors and out of dic...
Considerable progress has been made in the field of automatic speech recognition in recent years, es...
Phoneme recognition is important for successful development of speech recognizers in most real world...
Executive Summary. Back propagation algorithm is currently the most widely used algorithm in neural ...
Speech recognition is important for successful development of speech recognizers in most real world ...
In this paper we address the problem of continuous digit recognition over the telephone in real-time...
Alphabet recognition is needed in many applications for retrieving information associated with the s...
An artificial neural network has been trained to recog-nize phonemes using the error back-propagatio...
Benchmarking the performance for telephone-network-based speech recognition systems i hampered bytwo...
A recognition system is reported which recognizes names spelled over the telephone with brief pauses...
: Spelled letter recognition over the telephone line is essential for applications that involve name...
An artificial neural network has been trained by the error back-propagation technique to recognise p...
In this paper we present a hypothesis-verification approach for a Spanish Recognizer of continuously...
There are some speech understanding applications in which training transcriptions are unavailable, a...
Abstract- Neural network architecture is widely used in computer science for solving complex problem...
This paper deals with improved confidence assessment for detecting recognition errors and out of dic...
Considerable progress has been made in the field of automatic speech recognition in recent years, es...
Phoneme recognition is important for successful development of speech recognizers in most real world...
Executive Summary. Back propagation algorithm is currently the most widely used algorithm in neural ...
Speech recognition is important for successful development of speech recognizers in most real world ...
In this paper we address the problem of continuous digit recognition over the telephone in real-time...
Alphabet recognition is needed in many applications for retrieving information associated with the s...
An artificial neural network has been trained to recog-nize phonemes using the error back-propagatio...
Benchmarking the performance for telephone-network-based speech recognition systems i hampered bytwo...