Sentence examples for mapping are simulated from inspiring English sources
Typical mission scenarios (celestial body surface landing and topographical mapping) are simulated and evaluated.
Source maps are simulated with a planar microphone array and a CS algorithm.
The cluster model, energy level, density of state, bond overlap contour map were simulated and analyzed.
During the second stage, the searching and browsing techniques of different web maps were simulated.
To allow for a comparison of the experimental results with theoretical cross sections, the expected momentum transfer maps were simulated by a Monte Carlo-type program.
EEG scalp potential maps were simulated for a regular 3-D grid of 6,075 7,512 current dipoles located throughout the brain volume projecting in three orthogonal directions.
The linkage map was simulated to have seven chromosomes, each of length 300 cM and each with 201 markers equally spaced (1.5-cM spacing).
For our experiments, optical maps were simulated by in silico digesting reference genomes, adding normally distributed noise with a 150 bp standard deviation and discarding fragments smaller than 700 bp.
To assess localization errors for dipole sources located anywhere in the brain, the EEG scalp potential maps were simulated in the subject-specific reference head models (RLS-4) for a rectangular 3-D grid of dipole locations with 8-mm spacing through the cortical volume.
Nevertheless, all the interactions needed for satisfying the Jordan-Wigner mapping can be simulated with this architecture.
