The phrase "approach which typically" is correct and usable in written English.
It can be used when describing a method or strategy that is commonly employed in a particular context or situation.
Example: "The approach which typically yields the best results involves thorough research and careful planning."
Alternatives: "method that usually" or "strategy that commonly".
One reason for this is the dominance of the conventional planning approach, which typically focuses on traffic flows [20, 21, 22].
Similar to planar SPSWs, the C-SPSW systems have been designed using the conventional force-based design approach, which typically requires several iterations to optimize the design for performance and efficiency.
Microarray is a hybridization-based approach which typically involves incubation of fluorescence-labeled cDNA with custom-made microarrays or commercially available high-density oligo microarrays [ 3].
Such demands can best be met by an integrated Systems Biology approach, which typically includes several 'Omics' technologies combined with bioinformatics and modelling methods.
An alternative method is the utility or time-trade-off approach, which typically requires judgements such as whether the individual would be willing to sacrifice a certain number of years of their life in 'exchange' for good vision: four papers included such a method.
In contrast to pre-existing approaches, which typically lead to diagonal weighting functions, the proposed approach enables the design of non-diagonal weighting functions.
In addition, no economic evaluations identified by this review employed any 'doubly robust' approaches, which typically involve the use of regression analysis in combination with some form of weighting.
As distinct to related approaches, which typically stay with quantification of reliability for a specific deployment, we target multi-criteria optimization and provide the architect with near-optimal (non-dominated) deployment alternatives with respect to service reliabilities.
This sets this study apart from current approaches, which typically would have based the interpretation including all of these variations.
This is in contrast to conventional BLAST-based approaches, which typically rely on a single best hit for each gene (see Background).
For the completion of such systems, relationships among genes have been inferred through several computational approaches, which typically apply several abstractions, e.g., linearization, to handle the heavy computational cost in evaluating biological systems.
