Exact(1)
At times, they surrender to what they call the "bloodmind," chasing like predatory animals after prey that may include other humans.
Similar(59)
We have seen in the previous section that the proposed Chase-like arithmetic decoder calculates the J (J ≤ Q) most likely length-valid compressed bit-streams b ^ i.
(b - d) Correspond to iterative decoding with the Chase-like algorithm.
The proposed algorithm is inspired from the Chase algorithm [21] and called Chase-like arithmetic decoder.
The same coding rate is obtained when considering the system based on Chase-like decoding (Rac = 0.93).
This gain is essentially due to the additional information used by the proposed Chase-like algorithm to perform arithmetic decoding.
Performances of the iterative decoding scheme involving the Chase-like algorithm are evaluated and compared to tandem decoding results.
The latter is obtained through a slight modification of the Chase-like arithmetic decoder and generates additional bits reliability measure.
Note that the main advantage of Chase-like decoding is that its complexity remains constant for increasing source sequence length L, and alphabet cardinal U.
On the other hand, the Chase-like arithmetic decoding complexity is constant for increasing source sequence length L, and alphabet cardinal U.
However, all possible candidates for Chase-like decoding are length-valid sequences, which results in a greater Hamming distance between competitors, and consequently better performance.
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