TOSHIBA SATELLITE A210 BROADCOM DECODER DRIVER DETAILS:
|File Size:||5.8 MB|
|Supported systems:||Windows 10, Windows 8.1, Windows 7|
|Price:||Free* (*Free Registration Required)|
TOSHIBA SATELLITE A210 BROADCOM DECODER DRIVER
Highband encoder A is Toshiba Satellite A210 Broadcom Decoder to encode highband signal S30 according to information in encoded narrowband excitation signal S50 to produce highband coding parameters S As described in further detail herein, highband encoder A is typically configured to produce highband coding parameters S60 as codebook indices or in another quantized form.
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One particular example of wideband speech encoder A is configured to encode wideband speech signal S10 at a rate of about 8. It may be desired to combine the encoded narrowband and highband signals into a single bitstream. For example, it may be desired to multiplex the encoded signals together for transmission e. An apparatus including encoder A may also include circuitry configured to transmit multiplexed signal S70 into a transmission channel such Toshiba Satellite A210 Broadcom Decoder a wired, optical, or wireless channel.
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Such Toshiba Satellite A210 Broadcom Decoder apparatus may also be configured to perform one or more channel encoding operations on the signal, such as error correction encoding e. For example, multiplexed signal S70 may be arranged such that the encoded narrowband signal may be recovered by stripping away the highband filter parameters S One potential advantage of such a feature is to avoid the need for transcoding the encoded wideband signal before passing it to a system that supports decoding of the narrowband signal but does not support decoding of the highband portion.
Narrowband decoder B is configured to decode narrowband filter parameters S40 and encoded narrowband excitation signal S50 to produce a narrowband signal S Highband decoder B is configured to decode highband coding parameters S60 according to a narrowband excitation signal S80, based on encoded narrowband excitation signal S50, to produce a highband signal S In this example, narrowband decoder B is configured to provide narrowband excitation signal S80 to Toshiba Satellite A210 Broadcom Decoder decoder B Filter bank B is configured to combine narrowband signal S90 and highband signal S to produce a wideband speech signal S An apparatus including decoder B may include circuitry configured to receive multiplexed signal S70 from a Toshiba Satellite A210 Broadcom Decoder channel such as a wired, optical, or wireless channel.
Such an apparatus may also be configured to perform one or more channel decoding operations on the signal, such as error correction decoding e.
Filter bank A is configured to filter an input signal according to a split-band scheme to produce a low-frequency subband and a high-frequency subband. Depending on the design criteria for the particular application, the output subbands may have equal or unequal bandwidths and may be overlapping or nonoverlapping. Toshiba Satellite A210 Broadcom Decoder configuration of filter bank A10 that produces more than two subbands is also possible.
For example, Toshiba Satellite A210 Broadcom Decoder a filter bank may be configured to produce one or more lowband signals that include components in a frequency range below that of narrowband signal S20 such as the range of Hz. It is also possible for such a filter bank to be configured to produce one or more additional highband signals that include components in a frequency range above that of highband signal S30 such as a range of, or kHz. In such case, wideband speech encoder A may be implemented to encode this signal or signals separately, and multiplexer A may be configured to include the additional encoded signal or signals in multiplexed signal S70 e.
Filter bank A is arranged to receive a wideband speech signal S10 having a high-frequency or highband portion and a low-frequency or lowband portion. Filter bank A includes a lowband processing path configured to receive wideband speech signal S10 and to produce narrowband speech signal S20, and a highband processing path configured to receive Toshiba Satellite A210 Broadcom Decoder speech signal S10 and to produce highband speech signal S Lowpass filter filters wideband speech signal S10 to pass a selected low-frequency subband, and highpass filter filters wideband speech signal S10 to pass a selected high-frequency subband.
Because both subband signals have more narrow bandwidths than wideband speech signal S10, their sampling rates can be reduced to some extent without loss of information.
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Downsampler reduces the sampling rate of the lowpass signal according to a desired decimation factor e. Upsampler increases the sampling rate of narrowband signal S90 e.
Likewise, upsampler increases the sampling rate of highband signal S and highpass filter filters the upsampled signal to pass a highband portion. The two passband signals are then summed to form wideband speech signal S A configuration of filter bank B that combines more than two passband signals is also contemplated.
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