The second GO module involved translation-related functions, such as translational initiation (GO 0006413) and posttranscriptional regulation of gene expression (GO 0010608).
Functional modules for translation, glycolysis, lipid metabolism, and mRNA and miRNA processing and trafficking Cys are associated within functional networks in subcellular compartments according to steady-state oxidation (Fig. 3B) (3B).
Afterwards, the sequence of words is automatically translated (by a machine translation module) into a sequence of glosses (textual representation in LIBRAS) that is encoded (by an encoding module) along with synchronization information and is then transmitted through a communication channel.
This corpus is used for training the two main modules of the advanced communications system to the new domain: the spoken Spanish into the LSE translation module and the Spanish generation from the LSE module.
Finally, the list (sequence) of glosses generated by the machine translation module is used by the encoding module to generate the encoded messages, i.e., the SCM and SDM messages, according to module described in Sect.
The machine translation module receives the BP sentences and translates them into a sequence of glosses in LIBRAS.
The machine translation module is used by the LIBRAS translator component to convert a textual representation from BP to a textual representation (sequence of glosses) in LIBRAS.
The PedsQLTM 3.0 Neuromuscular Module was translated into Chinese following PedsQLTM Measurement Model Translation Methodology.
The natural language translation module converts the word sequence into a sequence of signs in LSE and the animation module plays the sign sequence.
The PedsQL™ 3.0 Asthma Module was translated into Chinese following the PedsQL™ Measurement Model Translation Methodology.
