An approach based on SAR image simulation and real-to-simulated image matching is developed to estimate and correct these two errors.
The precise structures used in the image simulation [23], the simulation parameters, the corresponding simulated HAADF-HRSTEM images, and the qualitative comparisons between the simulated and experimental images are available in Additional files 1, 8 and 9.
This paper describes an infrared image simulator for remote sensing applications, called OSIrIS (outdoor scene and infrared image simulation).
High-precision image simulation of the bulk structure and defect region was performed, using a simulated evolution optimization strategy to refine the imaging conditions.
SMK developed the image simulation software and performed the simulations.
Image simulation (the inset) is compared with the experimental image.
Image simulation of this model shows a good agreement between calculated and experimental images.
The usefulness of this atlas was highlighted in two applications: image simulation and physical phantom design.
Aberration-corrected HAADF-STEM image simulations are performed with the QSTEM image simulation software (V2.22) [40].
Image simulation is performed for in-situ electrode-electrolyte interfaces, using MD to describe interface structure.
It is therefore important to test and verify these conclusions via image simulation.
