Chromosomes are encoded using three methods: (1) encoding based on edge, (2) encoding based on vertex, and (3) encoding based on edge-and-vertex (Gen and Cheng 2000).
Feature-categories are encoded using four colors.
The sequences were encoded using four different methods: H.264/AVC Simulcast, H.264/AVC MVC, MRSC, and V + D.
The video sequences in the second 3D video database have been encoded using four different coding methods, including H.264/AVC Simulcast, H.264/AVC multiview video coding (MVC), mixed resolution stereo coding (MRSC), and video plus depth (V + D).
Each nucleotide is encoded using two bits.
Each digit in the 12-digit number you're trying to find is encoded using four bars.
The most common AAs at this position in Poaceae – valine, serine, glycine and threonine – can be encoded using GC rich codons containing two or three guanine or cytosine nucleotides.
However, Inter MBs can be encoded using any of the four available separable transforms, provided that the optional variable-size transform mode has been enabled in the encoder.
In contrast to this, the most common AAs at this position in Solanaceae – phenylalanine, tyrosine, lysine and isoleucine – can only be encoded using GC poor codons containing zero or one guanine or cytosine nucleotides.
The query sequence is encoded using the three biochemical features (H, K and M), PSSM, and the new descriptors of evolutionary information (, and ).
