Momen Ayasrah - Academia.edu (original) (raw)

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Papers by Momen Ayasrah

Research paper thumbnail of Model Structure from Laser Scanner Point Clouds

Lecture notes in networks and systems, Jun 28, 2022

Research paper thumbnail of Applications of Advanced Laser Scanning Technology in Geology

Laser Scanning or LiDAR (Light Detection And Ranging) was introduced to the engineering community... more Laser Scanning or LiDAR (Light Detection And Ranging) was introduced to the engineering community roughly three decades ago which was only one real product: range data. As the LiDAR industry matured, the quality and capabilities of the technology has advanced. Some of these advancements include the integration of close-range photogrammetry, calibrated amplitude and reflectance, improved precision as well as full waveform analysis. These innovations are utilized for a growing array of applications in the geological field. A few examples include the combination of close-range photogrammetry and relative reflectance, advanced detection of weathering and the significant advancement in material classification via reflectance. It is the focus of this paper to demonstrate a few applications of these state of the art technologies in the geological field.

Research paper thumbnail of Model Structure from Laser Scanner Point Clouds

Lecture notes in networks and systems, Jun 28, 2022

Research paper thumbnail of Applications of Advanced Laser Scanning Technology in Geology

Laser Scanning or LiDAR (Light Detection And Ranging) was introduced to the engineering community... more Laser Scanning or LiDAR (Light Detection And Ranging) was introduced to the engineering community roughly three decades ago which was only one real product: range data. As the LiDAR industry matured, the quality and capabilities of the technology has advanced. Some of these advancements include the integration of close-range photogrammetry, calibrated amplitude and reflectance, improved precision as well as full waveform analysis. These innovations are utilized for a growing array of applications in the geological field. A few examples include the combination of close-range photogrammetry and relative reflectance, advanced detection of weathering and the significant advancement in material classification via reflectance. It is the focus of this paper to demonstrate a few applications of these state of the art technologies in the geological field.

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