Synopsis of Topic
An FIS can be constructed and implemented in a variety of ways. Before learning how to build our own FIS in the next session
, we will focus on how the outputs vary based on what combination of inputs you decide to use. We will look at a variety of FIS outputs by combining different inputs:
- Point Density
- 3D Point Quality
- Interpolation Errors
Examples from two sites of the different inputs and how they vary spatially (Figure from Bangen et al (In Prep)).
Why we're Covering it
This session is intended to help you understand how flexible the GCD framework is for exploring the impact of different FIS error models. The exercise
will help reenforce your skills and practical understanding of using FIS error models. We'll also show you a community repository
where you can get and contribute FIS error models.
Learning Outcomes Supported
This topic will help fulfill the following primary learning outcome(s)
for the workshop:
A comprehensive overview of the theory underpinning geomorphic change detection
The fundamental background
necessary to design effective repeat topographic monitoring campaigns
and distinguish geomorphic changes from noise (with particular focus on
- Hands-on instruction on use of the GCD software through group-led and self-paced exercises
Slides and/or Handouts
Relevant or Cited Literature
- In Prep. Bangen S‡ , Wheaton JM, Hensleigh J‡ , and Bailey P. Pragmatic Error Modeling of Digital Elevation Models from Topographic Surveys using Fuzzy Inference Systems. For submission to ESPL.