Computer-aided improvement of articulation
Under the auspices of the OLP project, a complete computer-based system was developed that may significantly contribute to the therapy of specific speech disorders at the articulation level. The system effectively combines automatic speech recognition and distance learning. Based on real-time audio-visual feedback of the subject's speech, therapy can be specially designed and customised to each individual's specific needs. With the aid of statistical data models developed during training phase or therapy session, speech production is evaluated. The distance learning capabilities allow remote collaboration and exchange of data for further analysis of different cases. Part of the integrated system incorporates an articulation practice software tool that uses real-time phonetic mapping technology. The so-called STAPTk offers visual feedback of speech articulation using a kinematics map. User's speech activates a moving sprite around a window area that has been set up according to particular sounds. The closer the acoustics are to a target sound, the nearer the sprite comes to the specific target. The developed prototype has been based on a neural networks technology trained to map acoustics to a 2D position. The key application of the innovative technology is in speech therapy when training individuals to improve articulation. Other applications include practicing speech in second language learning. For more information on the project click at: http://www.xanthi.ilsp.gr/olp/
