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Voice activated command and control with speech recognition over WiFi
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A computationally efficient mel-filter bank VAD algorithm for distributed speech recognition systems
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Robotics and Computer-Integrated Manufacturing
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Computers in Industry
Robust distributed speech recognition in noise and packet loss conditions
Digital Signal Processing
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ICCCI'11 Proceedings of the Third international conference on Computational collective intelligence: technologies and applications - Volume Part II
Industrially oriented voice control system
Robotics and Computer-Integrated Manufacturing
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The main goal of research presented in this paper was to develop an effective tool for remote voice control of robotized cells. This goal has been achieved by proper combination of two techniques: automatic speech recognition and web-based remote control of robotized cells. Comprehensive analysis of existing solutions related to the control with voice commands and those related to the web-based remote control has been performed. Usually the above mentioned topics are dealt with separately. Only few works tried to cope with the problem of how to combine solutions in these two areas. None of them was aimed at industrial applications. Unlike those works, my research is focused on remote voice control of industrial robotized cells. Besides, my approach does not presume application of a small set of simple pre-defined voice commands but it is based on the use of quasi-natural language instead. The main result of this research was the architecture of industrially oriented remote voice control system. Theoretical considerations have been practically verified in the laboratory. According to my knowledge, this laboratory implementation is the first-ever industrially oriented operational remote voice control system based on commands in quasi-natural language.