The correct pronunciation of unknown or novel words is one of the biggest challenges for text-to-speech systems. In this paper we describe the implementation of unknown word analysis as a central component of the text analysis module in the Bell Labs German text-to-speech system. The implementation is based on a model of the morphological structure of words and on the study of the productivity of word forming affixes. One important subcomponent of the word model is a phonotactic syllable model which enables the system to handle orthographic substrings that are unaccounted for by the explicitly listed morphemes. Finally, we discuss issues for future research. 1
Especially in recognition of spontaneous speech it is necessary to cope with the occurrence of unkno...
A system for recognition and morphological classification of unknown German words is described. Giv...
The subject of this paper is a rule corpus of approx.1500 phonetic rules that models segmental varia...
In this paper we present an overview of the German version of the Bell Labs text-to-speech system, a...
bmo,rws,jphvs,jpo¡ In this paper we present an overview of the German version of the Bell Labs text-...
This paper describes a method of analysing words through morphological decomposition when the lexico...
Abstract: A system for recognition and morphological classification of unknown words for German is d...
During the development of an “exemplary” synthesis of words and phonetic words for a “speaking pronu...
Speech recognition systems for languages with a rich inflectional morphology (like German) suffer fr...
Speech recognition systems for languages with a rich inflectional morphology (like German) suffer fr...
It is well known that good language models improve performance of speech recognition. One requiremen...
The availability of computerized lexical data is growing. In spite of this fact, little resources ar...
This paper presents a new approach to phoneme recognition using nonsequential sub--phoneme units. Th...
German is a highly inflected language with a large number of words derived from the same root. It ma...
The subject of this paper is a rule corpus of approx.1500 phonetic rules that models segmental varia...
Especially in recognition of spontaneous speech it is necessary to cope with the occurrence of unkno...
A system for recognition and morphological classification of unknown German words is described. Giv...
The subject of this paper is a rule corpus of approx.1500 phonetic rules that models segmental varia...
In this paper we present an overview of the German version of the Bell Labs text-to-speech system, a...
bmo,rws,jphvs,jpo¡ In this paper we present an overview of the German version of the Bell Labs text-...
This paper describes a method of analysing words through morphological decomposition when the lexico...
Abstract: A system for recognition and morphological classification of unknown words for German is d...
During the development of an “exemplary” synthesis of words and phonetic words for a “speaking pronu...
Speech recognition systems for languages with a rich inflectional morphology (like German) suffer fr...
Speech recognition systems for languages with a rich inflectional morphology (like German) suffer fr...
It is well known that good language models improve performance of speech recognition. One requiremen...
The availability of computerized lexical data is growing. In spite of this fact, little resources ar...
This paper presents a new approach to phoneme recognition using nonsequential sub--phoneme units. Th...
German is a highly inflected language with a large number of words derived from the same root. It ma...
The subject of this paper is a rule corpus of approx.1500 phonetic rules that models segmental varia...
Especially in recognition of spontaneous speech it is necessary to cope with the occurrence of unkno...
A system for recognition and morphological classification of unknown German words is described. Giv...
The subject of this paper is a rule corpus of approx.1500 phonetic rules that models segmental varia...