The invention relates to a voice processing system comprising at least one extractor as a device for lexical allocation of the language which is to be processed and at least one connector as a device for combining the lexically allocated language with an utterance. According to the invention, the extractor allocates concepts to the language to be processed (concepts can, for example, be objects, events, characteristics (categories of concepts) wherein a variable is allocated associated terms, features and/or more complex structures such that the corresponding term is filled with life by means of said structures such as concepts, features and/or more complex structures and can thus be understood. Unlike the usual statistical methods for voice processing, the system described here does not analyze the probability of tonal sequences (spoken language) or character strains (written language) occurring. Said system extracts and processes the understandable meaning of voice messages. All core procedures and knowledge bases of the system operate independently of language. In order to process the input of a specific national language, solely the respective language-specific lexicon is added. The invention also enables the meaning of syntactically/grammatically false voice instructions to be reconstructed.
VOICE PROCESSING SYSTEM, METHOD FOR ALLOCATING ACOUSTIC AND/OR WRITTEN CHARACTER STRINGS TO WORDS OR LEXICAL ENTRIES