Remote Sensing
Learn the concepts of remote sensing analysis and image classification with a focus on satellites, LiDAR, and drones.
Feature
How GPS Receivers Work – Trilateration vs Triangulation
Have you ever wondered how your GPS receiver works? They use a technique called trilateration, which measures distances, not angles as in triangulation.
Feature
How GPS Receivers Work – Trilateration vs Triangulation
Have you ever wondered how your GPS receiver works? They use a technique called trilateration, which measures distances, not angles as in triangulation.
Satellites
Landsat 9: A Continuing Legacy of Earth Observation
In order to continue the Landsat program’s long-standing legacy, NASA and the USGS launched Landsat-9 in September 2021 as the 9th satellite.
Satellites & Sensors: AVHRR | Copernicus | IKONOS | Landsat 8 | Landsat 9 | MODIS | Pleiades | Sentinel 2 | SPOT | SRTM | Worldview
LiDAR
A Complete Guide to LiDAR: Light Detection and Ranging
How would you like to wave your magic wand and find out how far everything is away from you? No magic wands necessary. This is how LiDAR works.
Remote Sensing Analysis
What is Pansharpening in Remote Sensing
By combining the panchromatic band with multispectral imagery, pansharpening produces images of higher resolution for better visual clarity.
Types of Remote Sensing
Multispectral vs Hyperspectral Imagery Explained
Multispectral vs Hyperspectral imagery. Hyperspectral contains hundreds of narrow bands. Multispectral usually consists of only 3 to 10 wider bands.
Image Classification
Spectral Signature Cheatsheet – Spectral Bands in Remote Sensing
Every object has its own unique composition. This is equivalent to it having its own spectral signature. Choose the spectral bands for ideal classification
Global Positioning Systems
7 Garmin Map Types: A Guide to Navigating Your World
Whether you’re driving, golfing, sailing, flying, or simply exploring the great outdoors, Garmin maps can help your navigation needs.
