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pro vyhledávání: '"Eric J. Kelmelis"'
Autor:
Eric J. Kelmelis
Publikováno v:
Long-Range Imaging III.
Autor:
Eric J. Kelmelis, Nick Henning, Aaron Paolini, James Bonnett, Wayne Cranwell, Steve Carl Jamieson Parker
Publikováno v:
Long-Range Imaging III.
Long-range video surveillance is usually limited by the wavefront aberrations caused by atmospheric turbulence, rather than by the quality of the imaging optics or sensor. These aberrations can be mitigated optically by adaptive optics, or corrected
Autor:
Eric J. Kelmelis
Publikováno v:
Long-Range Imaging II.
Publikováno v:
Long-Range Imaging II.
Video tracking of rocket launches inherently must be done from long range. Due to the high temperatures produced, cameras are often placed far from launch sites and their distance to the rocket increases as it is tracked through the flight. Consequen
Publikováno v:
Long-Range Imaging II.
Long range telescopic video imagery of distant terrestrial scenes, aircraft, rockets and other aerospace vehicles can be a powerful observational tool. But what about the associated acoustic activity? A new technology, Remote Acoustic Sensing (RAS),
Publikováno v:
Long-Range Imaging II.
Methods to reconstruct pictures from imagery degraded by atmospheric turbulence have been under development for decades. The techniques were initially developed for observing astronomical phenomena from the Earth’s surface, but have more recently b
Publikováno v:
Long-Range Imaging II.
Modern digital imaging systems are susceptible to degraded imagery because of atmospheric turbulence. Notwithstanding significant improvements in resolution and speed, significant degradation of captured imagery still hampers system designers and ope
Publikováno v:
SPIE Proceedings.
Domain-specific languages are a useful tool for productivity allowing domain experts to program using familiar concepts and vocabulary while benefiting from performance choices made by computing experts. Embedding the domain specific language into an
Publikováno v:
Long-Range Imaging II.
Atmospheric turbulence degrades imagery by imparting scintillation and warping effects that can reduce the ability to identify key features of the subjects. While visually, a human can intuitively understand the improvement that turbulence mitigation
Autor:
Eric J. Kelmelis
Publikováno v:
SPIE Proceedings.