Titlebook: Cognitively Inspired Audiovisual Speech Filtering; Towards an Intellige Andrew Abel,Amir Hussain Book 2015 The Author(s) 2015 Audiovisual.F

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Introduction,sophisticated audio only hearing aids have been developed. It is expected that in the future, conventional hearing aids will be transformed to also make use of visual information with the aid of camera input, combining audio and visual information to improve the quality and intelligibility of speech in real-world noisy environments.

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The Research Context,ous chapters. Firstly, the overall speech processing domain is briefly discussed. This review presents examples of listening devices using directional microphones, array microphones, noise reduction algorithms, and rule based automatic decision making, demonstrating that the multimodal two stage fra

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Experiments, Results, and Analysis, utilised this multimodal speech relationship to design a two-stage multimodal speech filtering system, making use of both audio and visual information. This chapter presents a detailed investigation of system performance in several different audiovisual scenarios. The first experiment evaluates the

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Towards Fuzzy Logic Based Multimodal Speech Filtering,of both audio and visual information to filter speech. The results of comprehensive testing in Chap.?., identified a number of key strengths and weaknesses. It was concluded that although good results were found, and it demonstrated the feasibility of speech enhancement using visual information, the

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Evaluation of Fuzzy Logic Proof of Concept,lthough promising results were found, some limitations with both this system and speech enhancement systems generally were identified, including limitations with the visually derived filtering utilised in this research. This resulted in the development of a proposed fuzzy logic based two-stage speec

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