Add to ORKGIn this paper, we describe a novel method of tackling the problem of artificially extending the bandwidth of a narrow-band speech signal. For a given narrow-band signal, we first estimate the energy in the high-band. The high-band energy is then used to select a suitable high-band spectral envelope shape that is consistent with the estimated high-band energy while simultaneously ensuring that the result-ing wide-band spectral envelope is continuous at the bound-ary between narrow-band and high-band. The scalar high-band energy parameter thus effectively controls the artificial information added to the high-band of the bandwidth ex-tended output speech signal. Artifacts in the output speech are minimized by adapting the high-band energy para...
Current telephone networks compromise bandwidth for ef-ficiency. The impairment of the audio quality...
The use of perceptually based (lossy) audio codecs, like MPEG 1 - layer 3 (`mp3'), has become very p...
The use of perceptually based (lossy) audio codecs, like MPEG 1 - layer 3 (`mp3'), has become very p...
Selecting the high-band spectral envelope prediction technique and high-band excitation synthesis sc...
Selecting the high-band spectral envelope prediction technique and high-band excitation synthesis sc...
This paper presents a novel algorithm for restoration of the missing bandwidth of narrowband speech ...
Telephone speech often sounds muffled and thin due to its narrowband characteristics. With the incr...
For the purpose of improving Bandwidth Extension (BWE) of narrowband speech, we continue our recent ...
We present a new bandwidth extension algorithm for convert-ing narrowband telephone speech into wide...
Techniques for artificial bandwidth extension (BWE) of speech aim at the reconstruction of the compl...
to Dina, Hana, and the hometown of Euclid ii iii Since its standardization in the 1960s, the bandwid...
Many modern speech bandwidth extension techniques predict the high-frequency band based on features...
The public switched telephone network (PSTN) restricts the acoustic bandwidth of telephonyspeech to ...
Most existing telephone networks transmit narrowband coded speech which has been bandlimited to 4 kH...
Recently, 4G mobile phone systems have been designed to process wideband speech signals whose sampli...
Current telephone networks compromise bandwidth for ef-ficiency. The impairment of the audio quality...
The use of perceptually based (lossy) audio codecs, like MPEG 1 - layer 3 (`mp3'), has become very p...
The use of perceptually based (lossy) audio codecs, like MPEG 1 - layer 3 (`mp3'), has become very p...
Selecting the high-band spectral envelope prediction technique and high-band excitation synthesis sc...
Selecting the high-band spectral envelope prediction technique and high-band excitation synthesis sc...
This paper presents a novel algorithm for restoration of the missing bandwidth of narrowband speech ...
Telephone speech often sounds muffled and thin due to its narrowband characteristics. With the incr...
For the purpose of improving Bandwidth Extension (BWE) of narrowband speech, we continue our recent ...
We present a new bandwidth extension algorithm for convert-ing narrowband telephone speech into wide...
Techniques for artificial bandwidth extension (BWE) of speech aim at the reconstruction of the compl...
to Dina, Hana, and the hometown of Euclid ii iii Since its standardization in the 1960s, the bandwid...
Many modern speech bandwidth extension techniques predict the high-frequency band based on features...
The public switched telephone network (PSTN) restricts the acoustic bandwidth of telephonyspeech to ...
Most existing telephone networks transmit narrowband coded speech which has been bandlimited to 4 kH...
Recently, 4G mobile phone systems have been designed to process wideband speech signals whose sampli...
Current telephone networks compromise bandwidth for ef-ficiency. The impairment of the audio quality...
The use of perceptually based (lossy) audio codecs, like MPEG 1 - layer 3 (`mp3'), has become very p...
The use of perceptually based (lossy) audio codecs, like MPEG 1 - layer 3 (`mp3'), has become very p...