However, SCTP path management is very simple in RFC4960 and therefore cannot effectively distinguish path conditions; it also has no path switch strategy appropriate for wireless networking.
A good path management approach effectively distinguishes path conditions (e.g., active or inactive) and efficiently switches among multiple destination addresses (e.g., active or passive path switching).
The original path management method for SCTP that is defined in RFC4960 is very simple but does not effectively distinguish path conditions (e.g., active or inactive) or efficiently apply multiple destination addresses in wireless networks.
Combining these two dimensions, we distinguish four search paths – situated paths, analogical paths, sophisticated paths, and scientific paths – which respond to recent calls to move beyond "where to search" and to investigate the connection with "how to search".
Multiple steps of subsequent analyses are required if an investigator wants to distinguish sporadic paths from dynamic ones, to classify genes into distinct paths and to assess the associated classification uncertainty for example, perform model fitting multiple times with different design matrices and then adjust for multiple testing.
To distinguish between paths descending from the expected taxonomic range and those falling outside the expected taxonomic range, paths descending from an expected taxonomic range have a non-negative distance and paths outside this range have a negative distance.
It looks for some simple word sequences from your phrase that distinguish the paths.
Limitations of the aforementioned datasets include their relatively narrow time window extension, at best, over 100 years and the difficulty to disambiguate author names, and thus to correctly distinguish career paths across time.
Even though it would be possible to decompose the SAM multipliers into intraregional (IAME) and interregional (IEME) spillover effects separately, we cannot distinguish the paths (or flows) of these effects or it is "black box".
A uniform circular array (UCA) is preferable to a uniform linear array (ULA), as the ULA cannot distinguish the paths symmetric with respect to the array line and the beam pattern of the ULA array is not uniform around the azimuth angle.
