Sentence examples for process codec from inspiring English sources

The results are summarized in Table 2 and depicted in Figure 2. Notably, even though the methods of Gavin et al. (2006) and Collins et al. (2007) use prior biological information in the inference process, CODEC outperforms both, attaining higher sensitivity and specificity values.

However, when (1) the traffic load is low, (2) the frequency of rate changes is low, and (3) the number of participating calls in the adaptation process is high, codec adaptation should be used in both new calls and rate changes, making "MultiCodec on new and rate" (MC-new+rate) policy the best option for these scenarios.

We stress that the codec processes each frequency sub-band independently without taking into account sub-band correlations, which could further reduce the bit rate.

For example, blockiness is a common artifact at high compression rates and some coding standards such as H.264/AVC include the use of a deblocking filter while the videos are being processed by the codec.

If a sub-band signal is found to be tonal, it is analyzed using TDLP [20] and the residual of this operation is processed with the FDLP codec.

We reflect this issue considering also how the percentage of participating nodes affect the codec adaptation process.

An important point is that not all VoIP STAs are always able to participate on the codec adaptation process as their VoIP phone may not support multiple VoIP codecs and/or the end-users may not be willing to use this procedure.

Our main goal is to compare the different policies in rather ideal conditions, limiting at maximum the variables which impact on their performance and focusing only the sensitivity of the evaluated scheme on the traffic load, the rate change frequency, and the coexistence of participating and nonparticipating nodes in the codec adaptation process.

To exploit this, the technique samples 2 4 kilobytes of data from a coded audio and analyzes the randomness and chaotic nature of the sampled data to build statistical models that represent encoding process associated with different codecs.

The encoder is divided into six modules, and one of the most time-consuming motion estimation module codec is processed by the GPU.

The main difference between them is becoming visible when not all STAs are participating in the adaptation process (Figure 3(d)), where codec adaptation is more effective than frame size adaptation, and both are more effective than the single adaptive case.