The phrase "achieve translation" is correct and usable in written English.
It can be used in contexts where one is discussing the process of successfully translating text or speech from one language to another.
Example: "To ensure clarity in communication, it is essential to achieve translation that accurately conveys the original message."
Alternatives: "attain translation" or "accomplish translation".
Subsequently, a Fourier-Mellin transform is applied to achieve translation, rotation and scale invariance.
Spatial pyramid matching (SPM) with max pooling [11] can not only model the spatial layout of local image features, but also achieve translation invariance of animal body.
To achieve translation invariance, the first coefficient c 0 can be discarded because it is the only one that depends on translation.
In addition, we proposed a voxelization scheme that can achieve translation, scale, and resolution invariance, which may be less of a concern in the traditional full-body shape analysis but are crucial requirements for meaningful partial point cloud retrievals.
Specific PCR products were generated to achieve translation in wheat germ lysate.
Many different views were present for the type of effort that should be counted as a means to achieve translation.
Here, we present the implementation of this initiative as a case study to demonstrate the application of a Health Network approach to achieving translation of evidence into policy and practice.
This section presented details on how VS-SAIM achieves translation-invariant object identification in a multiple object display.
In bacteria, the co-evolution of tRNA isoacceptor abundance and codon bias is most evident for proteins from highly expressed genes involved in essential cellular functions, such as protein synthesis and cell energetics, and are likely to have co-developed as a result of a positive selective force to achieve faster translation rates and translational accuracy [ 7, 8, 11– 13].
It is thought that optimal codons may help to achieve faster translation rates and high accuracy, and accordingly, translational selection is expected to be stronger in highly expressed genes.
It is generally thought that codon preferences reflect a balance between mutational biases and natural selection for translational optimization and that optimal codons help to achieve faster translation rates and high accuracy [ 28].
