The phrase "achieve compatible" is not correct and does not convey a clear meaning in written English.
It may be intended to express the idea of reaching a state of compatibility, but as it stands, it lacks clarity and proper grammatical structure.
Example: "We need to find a way to achieve compatibility between our systems."
Alternatives: "attain compatibility" or "reach compatibility".
In a domain-independent corpus, our method extracts fewer triples but achieve compatible precision to DepOE and ReVerb.
Each node only needs a few operations to achieve compatible security levels on RSA or Diffee-Hellman.
HP is teaming with these outfits to achieve compatible standards within the hardware and software in order to produce colors that look consistent whether they're viewed on a monitor, or an inkjet or laser print out.
The compatible acquisition strategy based on GPU architecture proposed in this paper can not only capture GPS and other single constellation signals but also achieve compatible acquisition of four major system signals with different code lengths, code periods, or code rates by configuring system parameters.
We achieve compatible data formats, consistent molecular representations, consistent relationship representations, consistent referrals to pathway names and comprehensive data in our IntPath database for several organisms--viz., H. sapiens, S. cerevisiae, M. musculus and M. tuberculosis H37Rv.
The results demonstrate that LSOE extracts relations that are not learned by other extractors and achieves compatible precision.
The results demonstrate that LSOE extracts relations that are not learned by the other extractors, achieves compatible precision, and needs to improve its yield for input from multiple domains.
We accomplished in IntPath the integration of pathway-gene and pathway-gene pair relationships, achieving compatible data formats, consistent molecular representations, consistent relationship representations, consistent referrals to pathway names and comprehensive data.
In order to achieve the compatible capture of GNSS signals, the key and difficult point of this design is the signal capture part of the system processing layer.
For the mutagenesis of biological samples, the ARTP manufacturer suggests standard values for each adjustable parameter to achieve biologically compatible conditions and the generation of reactive chemical species.
Collinear SPDC geometries are favourable because non-collinear sources require a more complex (and less robust) arrangement to achieve a compatible form factor. SPDC sources based on collinear geometries typically utilise quasi-phase-matching conditions.
