This section presents the SR algorithm for simultaneously realizing the resolution enhancement and the motion blur removal based on the adaptive prior settings.
Here we demonstrate that the cellulose-specific dye PFS is suited for use in TIRF microscopy and STORM, realizing the resolution of cellulose fibrils below 100 nm thickness.
In the Arase satellite, a dedicated system has been developed to realize the time resolution required for inter-instrument communication.
Unfortunately, the generated nanostructures, of relatively large dimensions (several hundreds of nanometers), do not realize the high resolution potential offered by NIL and also exhibited a high degree of porosity [25].
The main subject behind the investigation is to realize the high-resolution small amplitude orbital maneuvers via the first control strategy.
In RBSR imaging, in order to realize the high azimuth resolution, a large number of sampling signal are required in traditional superresolution methods; even x is sparse.
However, it is hard to realize the high azimuth resolution of stationary platform or irregular motion platform by traditional signal processing algorithms, such as matched filtering or Doppler beamforming (DBF [1, 2].
In addition, there is a great demand for TFTs with electron mobility higher than 30 cm2/Vs in order to realize the required display resolutions and pixel circuits[5].
This article presents an SR method for realizing the simultaneous resolution enhancement and motion blur removal based on adaptive prior settings.
