Exploring a Text-to-Speech Feature by Describing Learning Experience, Enjoyment, Learning Styles, and Values -- A Basis for Future Studies

Kastner, Margit; Stangl, Brigitte

doi:10.1109/hicss.2013.214

Cited by 5 publications

(2 citation statements)

References 31 publications

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“…The TTS is quite simple, if Lisa executes a command, it will make a voice feedback via the speaker. It is one of the critical functions of the interactive system, we can image that users can communicate with a robot by speech only, no key board or any other devices needed [7]. Actually, many services have been designed to Lisa, which are trigger by the voice command also, such as weather forecast, language translation, sending news to kindle and so on.…”

Section: Set_forward=set(['go''forward''ahead''straight']) Set_backwa...mentioning

confidence: 99%

Speech Control System for Robot Based on Raspberry Pi

2013

AMR

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Raspberry Pi is a credit card sized Linux computer based on ARM11 architecture. Because of its small size, low power consumption and powerful performance, a robot controller is a suitable role for it to play. As a robot with artificial intelligence, speech recognition for controlling the robot and voice feedback to users is key parts of the entire system. In this essay, a robot called Lisa is assembled, and a speech control and interactive system is implemented based on Google voice API which is a voice recognition engine provided as a cloud service. In order to analysis complex voice commands, a semantic method is developed to catch key words from command sentences. Then try to make a pattern match between key words and instruction set build-in the robot control system. The speech recognition control and interactive system is effective and well behaved after experimental verification.

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