We consider a single frequency channel partitioned into time frames with each frame consisting of 10 equal slots.
This partition in two time frames is also confirmed by the network analysis.
Within a collection of N data sets d 1, d 2,..., d N (e.g. phylogenies of different taxonomic groups), each data set d i is partitioned a priori into two time frames or clades d i(p ) and d i(q ).
Therefore, when partitioning list-mode data or using pre-defined time frames, one should consider a high temporal resolution for this period, especially important for pharmacokinetic analysis of two-compartment models.
The MGDI uses annual maximum composite LST data to detect fundamental changes in land-surface energy partitioning, while avoiding the high natural variability associated with tracking LST at daily, weekly, or seasonal time frames.
Methods for partitioning large propositional formulas are investigated, with the goal of producing a set of smaller formulas whose satisfiability can be determined within reasonable time frames by known algorithms.
There are three time frames.
In the TDMA scheme, time is partitioned into synchronized frames, which are composed of several equal duration time slots.
Consequently, network analyses as suggested here will be most useful to study resource-consumer partitioning within a short time frame and limited spatial scale.
In the following, partitioned-block convolution will be utilized during the adaptation of an HGM with DFT-domain filter estimates (hat {{mathbf {underline {h}}}}_{b}^{(p)}({kappa })) for partition p in branch b at time frame κ.
The audio signal is partitioned in frames with the same rate as the video frame rate.
