The phrase "assembly knowledge" is not commonly used in written English and may not be clear in meaning.
It could potentially be used in contexts related to knowledge gained from assembling something, but it would require clarification for the reader to understand its intent.
Example: "The assembly knowledge gained from building the model helped the team improve their design process."
Alternatives: "assembly expertise" or "knowledge of assembly".
Automotive manufacturers are keen to develop e-machine manufacturing and assembly knowledge in-house.
One of the reasons is the weakness in effective description of assembly knowledge and information.
Second, a lot of useful designs for manufacturing, and assembly knowledge are implicitly embedded in existing assemblies.
In a previous attempt, a language independent learnstrument has been tested for transferring assembly knowledge with international students.
In the framework, an assembly design (AsD) ontology serves as a formal, explicit specification of assembly design so that it makes assembly knowledge both machine-interpretable and to be shared.
Finally, an ontological implementation of the proposed description using OWL DL and SWRL is presented and illustrated in a case study describing a mechanical assembly, enabling hence, reuse and collaborative exploitation of the assembly knowledge in the different product lifecycle phases.
In the particular case of assembly tasks, knowledge of all the parts to be assembled is indispensable.
In the domain of manual mechanical assembly, expert knowledge is an important means of supporting assembly planning that leads to fewer issues during actual assembly.
If we do not distinguish these, our network describes an artifactual assembly of knowledge about a variety of related cellular states that are loosely described as being "pluripotent".
Finally, an integration of Wiki projects (UCSC Wiki tracks, WikiGenes [ 72], WikiPathways [ 73], and more) may be a worthwhile future goal, enabling community-driven integrative bioinformatics on a large scale, towards a seamless in-silico assembly of knowledge soon after it is obtained on the bench.
Fragment assembly, a knowledge-based method widely used for protein structure prediction (Haspel et al., 2003; Lee et al., 2004; Simons et al., 1997), has been implemented in FARNA (Das and Baker, 2007) for RNA 3D structure prediction.
