Welcome to this introductory course on Satellite Image Analysis!
Satellite imagery has become a primary data source in the natural sciences, economics, archaeology, sustainability, national security & defence, and many other domains which utilize geospatial intelligence.
Indeed, the wide variety of imagery sources and the vast amounts of data being collected are now challenging our ability to manage, process, and derive useful insight from this information.
Motivated by this, the primary objective of the course is to provide a systematic introduction to computer-based processing of satellite imagery, focusing on techniques for enhancing, processing, and extracting spatial information from imagery.
This course emphasizes the practical application of computer-based image processing (for total beginners) using programming techniques capable of analyzing large quantities of imagery data.
The tools used focus on Python with affiliated packages such as Rasterio, GeoPandas, OpenCV, Matplotlib etc.
1. Understand practical computer programming techniques for processing satellite imagery.
2. Develop introductory Python script-based approaches for object detection and extraction.
3. Become proficient in using essential computer programming tools and software (Google Colab,
Jupyter Notebooks, GitHub etc.).
Thank you to Planet Labs for providing a research gift to support the online materials for this course, particularly Tanya Harrison, Chris Beck and Austin Stone. Moreover, thank you to George Mason University for the support provided, as this repository is the codebase associated with the satellite image processing class GGS416.
- Edward Oughton (eoughton [at] gmu.edu)
- Ulas Qazi (uqazi2 [at] gmu.edu)
- Mark Bossinger (mbossing [at] gmu.edu)