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Creator:
Simpson, Chase and Murphy, Robin
Abstract:
Overview of Content: Introduction to Geodesy, Horiz. & Vert. Datums, GPS’s Ellipsoid, Coordinate Systems
Resource Type:
Learning Object
Full Text:
U A S F O R S U R V E Y I N G A N D M A P P I N G
Module C
Creator:
Simpson, Chase and Murphy, Robin
Abstract:
General Questions for UAS Short Course & Multiple Choice Questions for Assessment
Resource Type:
Learning Object
Full Text:
what maximum altitude can you operate sUAS?
a. 600 feet AGL
b. 500 feet AGL
c . 400 feet AGL
2. Unless
Creator:
Simpson, Chase and Murphy, Robin
Abstract:
The objective of this lab is to gain experience collecting imagery with an unmanned aircraft system (UAS) and processing it in structure from motion (SfM) photogrammetry software to obtain georeferenced data products, including an orthomosaic in GeoTiff format and a point cloud in ASPRS’s LAS format.
Resource Type:
Learning Object
Full Text:
RTK).
b. Leave the default horizontal and vertical accuracy settings.
c . Make sure that the flight
Creator:
Simpson, Chase and Murphy, Robin
Abstract:
Overview of Content: U.S. Regulations, Review of Part 107, State/Local Regulations, Additional Legal Consideration
Resource Type:
Learning Object
Full Text:
§ Operations in Class B, C , D and E
airspace need authorization
§ Visual line of sight (VLOS) ops
only
Creator:
Simpson, Chase and Murphy, Robin
Abstract:
Overview of Content: Common QA/QC Procedures, ASPRS Accuracy Standards, Statistics Review
Resource Type:
Learning Object
Full Text:
E : Q A / Q C Pro c e d u re s a n d S h a r i n g yo u r D ata
1
Photo: Getty Images Photo
Creator:
Simpson, Chase and Murphy, Robin
Abstract:
Overview of Content: Introduce Remote Sensing, Sensor Types, Common Product/Deliverables, Application, Looking forward
Resource Type:
Learning Object
Full Text:
)
§ Pixel coordinate system (c , r) is
specified as shown below, with
the origin in the upper left
§ Note