Barrett et al. (pp. 119 133 ) use next-generation sequencing to generate complete plastid gene sets and find that plastid genomes provide strong support for many relationships, but only weak support for Heliconiaceae as sister to the rest of the order.
The clear advantage of the first approach is the availability of many sequences, e.g. of the rDNA locus, in publicly available databases (i.e. National Center for Biotechnology Information NCBIBI), and, secondly, it is generally rather easy to generate complete or partial sequences of a few genes for a large number of species.
The first was to generate complete transcriptome profiles of A1 and MG during postnatal development using next generation sequencing of total RNA.
One is to minimize the number of sensors to generate complete event-driven partial barrier.
This allows the scan to run faster, and data are overlapped to generate complete images of the scan area.
In DVB-T symbol de-interleaving for instance, it is not feasible to generate complete vectors of addresses.
Autonomous robots need to generate complete 3D models from a limited range of view when trying to manipulate objects for which no model is known a priori.
The objective of the work presented in this paper is to generate complete, high-resolution models of real world scenes from passive intensity images and active range sensors.
We first integrate catalytic conversion subsystems with separation subsystems to generate complete conversion strategies, and we then develop the corresponding process simulation models based on experimental results.
Several excellent theoretical papers [28 30] have therefore described optimized procedures to generate complete sets of unique (i.e., symmetry-independent) configurations, which have been implemented in open [28, 29] and commercial [31] software.
By controlling the atomic interaction time with the optical field and varying initial conditions, we generate complete set of EPR-Bell basis for two incident atoms and GHZ states for more than two atoms.
