In this article, we investigate three basic types of modification approaches that best represent the possible modifications, named as: (a) CSI feedback from serially transmitted CTS packets, (b) CSI prediction from serially transmitted CTS packets, and (c) CSI prediction from simultaneously transmitted CTS packets (detail in Section 3).
Along with the discussion on modification approaches that best represent the possible ways that could be carried out to upgrade conventional CSMA/CA into MU-MIMO aware CSMA/CA, we provided their detail performance analysis, based on the analytical modeling and derived expressions, in terms of throughput and delay.
In this article, we discuss some of such modification approaches that best represent the possible modifications.
One limitation of an RNA modification mapping approach that uses LC-MS/MS is the inability to assign specific modified nucleoside identities in the MS/MS spectrum, where isomeric modifications could exist.
The proposed adaptive control law is based on modification of augmented error approach that allows to "swap" the delay and cope with high frequency gain with unknown sign.
This paper presents a modification to the traditional approach that takes into account the amounts of active and passive components in a particular PA.
Hybrid analysis is a modification of the period approach that combines both cohort and period techniques (Brenner and Rachet, 2004).
The technique, RISC-Seq, is a modification of a previous approach that utilized microarray profiling [ 89] and has been further optimized [ 90].
The last years have seen many modifications of the initial approach that has been tested in mice, using different routes of administration, changes to the peptide, alterations to the adjuvans, a DNA vaccination strategy, or as has been done recently, by coupling of Aβ to retro-particles (Bach et al., 2009).
Doping modification is a very effective approach that can not only enhance the stability of the crystal structure but also improve the rate capability of the material [8, 9].
