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Document Date: 2012-04-11 04:22:25Open Document File Size: 553,87 KBShare Result on FacebookCityOstendorf / Binghamton / /CompanySNR [dB] 5 3 0 S. A. / BP / Thresh1 S. A. / Hess / NVF / /CountryUnited States / United Kingdom / /CurrencyUSD / / /FacilityUniversity of Edinburgh / State University of New York / /IndustryTermprocessed telephone signal / telephone speech cases / average low frequency energy / search range / speech processing algorithm / telephone speech / simulated telephone speech / telephone condition / time domain processing / telephone lines / dynamic programming algorithm / few automatic systems / search ranges / noisy telephone speech / squared telephone signal / energy / modified autocorrelation processing / actual telephone speech / formal algorithm / frequency domain processing / routine applications / average energy / performance using telephone speech / filtered squared telephone speech / public domain algorithm / telephone version / nonlinear processing / speech processing applications / speech processing / pitch detection algorithms / low frequency energy ratio / detection algorithms / normalized low frequency energy ratio / /OperatingSystemDOS / /OrganizationState University of New York at Binghamton / Acoustical Society of America / U.S. Securities and Exchange Commission / University of Edinburgh / Hongbing Hu Department of Electrical and Computer Engineering / /PersonLin / Stephen A. Zahoriana / Duda / / /Positionspeaker / additional candidate / candidate for this very noisy condition / Author / candidate for each frame / /ProgrammingLanguageK / V / /ProvinceOrStateNew York / /Technologyspeech recognition / pitch detection algorithms / YAAPT algorithm / formal algorithm / time domain NCCF algorithm / Talkin algorithm / speech processing algorithm / F0 detection algorithms / dynamic programming algorithm / public domain algorithm / /SocialTag |