coding algorithm - vertaling naar russisch
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coding algorithm - vertaling naar russisch

ADAPTIVE CODING TECHNIQUE
Adaptive Hufman coding; Dynamic Huffman coding; Algorithm V; Vitter's algorithm; Vitter algorithm; Algorithm FGK; FGK; FGK algorithm; Adaptive huffman coding
  • 800px
  • Slide_And_Increment(internal node) sliding step 4. Now the 'P' points to the former parent ( as in the case of internal node according to algorithm)
  • Slide_And_Increment(internal node) sliding starts. P is an internal node.
  • Slide_And_Increment(internal node) sliding step 3. Now we increase the weight to 9. Thus the '''''invariant is maintained''''' as the current node is an internal node and should occur in front of leaf nodes of equal weight as we have increased the weight.
  • Slide_And_Increment(internal node) sliding step 2. Node P slides in front of next block of leaves nodes, with weight wt+1.
  • Slide_And_Increment(leaf node) sliding step 4. Method comes to an end. P is the new parent.
  • Slide_And_Increment(leaf node) sliding starts. P is a leaf node.
  • Slide_And_Increment(leaf node) sliding step 3. Here we increase the current weight by 1.
  • Slide_And_Increment(leaf node) sliding step 2. As P is leaf node, it slides in front of next block nodes of equal weight.

coding algorithm      
алгоритм кодирования
coding region         
  • '''Transcription''': RNA Polymerase (RNAP) uses a template DNA strand and begins coding at the promoter sequence (green) and ends at the terminator sequence (red) in order to encompass the entire coding region into the pre-mRNA (teal). The pre-mRNA is polymerised 5' to 3' and the template DNA read 3' to 5'
  • Karyotype}}
  • An electron-micrograph of DNA strands decorated by hundreds of RNAP molecules too small to be resolved. Each RNAP is transcribing an RNA strand, which can be seen branching off from the DNA. "Begin" indicates the 3' end of the DNA, where RNAP initiates transcription; "End" indicates the 5' end, where the longer RNA molecules are completely transcribed.
  • '''Point mutation types:''' transitions (blue) are elevated compared to transversions (red) in GC-rich coding regions.
PORTION OF A GENE'S DNA OR RNA, COMPOSED OF EXONS, THAT CODES FOR PROTEIN; COMPOSED OF CODONS, WHICH ARE DECODED, TRANSLATED INTO PROTEINS BY THE RIBOSOME; BEGINS WITH THE START CODON AND END WITH A STOP CODON
Coding sequence; Coding regions; Coding DNA sequence; Protein coding region; Protein coding sequence; Gene coding; Coding DNA; Protein-coding

общая лексика

кодирующая область (гена)

coding sequence         
  • '''Transcription''': RNA Polymerase (RNAP) uses a template DNA strand and begins coding at the promoter sequence (green) and ends at the terminator sequence (red) in order to encompass the entire coding region into the pre-mRNA (teal). The pre-mRNA is polymerised 5' to 3' and the template DNA read 3' to 5'
  • Karyotype}}
  • An electron-micrograph of DNA strands decorated by hundreds of RNAP molecules too small to be resolved. Each RNAP is transcribing an RNA strand, which can be seen branching off from the DNA. "Begin" indicates the 3' end of the DNA, where RNAP initiates transcription; "End" indicates the 5' end, where the longer RNA molecules are completely transcribed.
  • '''Point mutation types:''' transitions (blue) are elevated compared to transversions (red) in GC-rich coding regions.
PORTION OF A GENE'S DNA OR RNA, COMPOSED OF EXONS, THAT CODES FOR PROTEIN; COMPOSED OF CODONS, WHICH ARE DECODED, TRANSLATED INTO PROTEINS BY THE RIBOSOME; BEGINS WITH THE START CODON AND END WITH A STOP CODON
Coding sequence; Coding regions; Coding DNA sequence; Protein coding region; Protein coding sequence; Gene coding; Coding DNA; Protein-coding

общая лексика

кодирующая последовательность

кодирующая область (гена)

экзон

Definitie

Sparseness
·noun The quality or state of being sparse; as, sparseness of population.
Toon meer definities

Wikipedia

Adaptive Huffman coding

Adaptive Huffman coding (also called Dynamic Huffman coding) is an adaptive coding technique based on Huffman coding. It permits building the code as the symbols are being transmitted, having no initial knowledge of source distribution, that allows one-pass encoding and adaptation to changing conditions in data.

The benefit of one-pass procedure is that the source can be encoded in real time, though it becomes more sensitive to transmission errors, since just a single loss ruins the whole code.

https://en.wikipedia.org/wiki/Adaptive Huffman coding
Vertaling van &#39coding algorithm&#39 naar Russisch
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