Title: Geospatial Collection and Exploitation from Multi-Sensor Platforms: Data Fusion Approach
Authors: Mark Romano, Brian Holzworth, Raul Campos-Marquetti
Date/Time: Tuesday, September 23 ~ 3:30 p.m. - 5:00 p.m.
Abstract: This presentation will discuss recent technological innovations for the integration and data exploitation of multiple airborne sensors (i.e. Electro-optical digital camera, LIDAR, hyperspectral and thermal systems). This includes the implementation of feature extraction and data fusion techniques in both the image and LIDAR point-cloud environments.

Merrick & Company has developed a multi-sensor hardware platform configuration capable of collecting sensor-rich geospatial datasets which can be used to support remote sensing activities in the areas of research, military-defense, geointelligence tradecraft, environmental, commercial and local government applications.

The presentation will include a discussion of the multi-sensor platform, examples of multi-sensor data collection and analysis; and a brief discussion on the development of a robust data processing workflow oriented towards a production environment able to meet and support the client’s data analysis and geodatabase requirements.

This presentation will discuss recent technological innovations for the integration and data exploitation of multiple airborne sensors (i.e. Electro-optical digital camera, LIDAR, hyperspectral and thermal systems). This includes the implementation of feature extraction and data fusion techniques in both the image and LIDAR point-cloud environments.

Merrick & Company has developed a multi-sensor hardware platform configuration capable of collecting sensor-rich geospatial datasets which can be used to support remote sensing activities in the areas of research, military-defense, geointelligence tradecraft, environmental, commercial and local government applications.

The presentation will include a discussion of the multi-sensor platform, examples of multi-sensor data collection and analysis; and a brief discussion on the development of a robust data processing workflow oriented towards a production environment able to meet and support the client’s data analysis and geodatabase requirements.
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