: It is one of the largest datasets for change detection, containing thousands of high-resolution (0.5m to 2.0m) image pairs.
The paper associated with the dataset file is titled "Thunder: A Large-Scale EROS Dataset for Remote Sensing Image Change Detection" , published in 2024. EROS_-_Thunder.rar
: Binary masks where white pixels (255) represent change and black pixels (0) represent no change. : It is one of the largest datasets
The paper introduces a baseline model often referred to as (or similar architecture variations), which utilizes a dual-stream encoder-decoder structure designed to handle the multi-scale variations and noise common in large-scale remote sensing imagery. The "Thunder" naming convention reflects the goal of achieving high-speed and high-accuracy processing for massive geospatial datasets. Typical Use Case If you have downloaded this .rar file, it likely contains: The paper introduces a baseline model often referred
: The research was conducted by a team from the School of Remote Sensing and Information Engineering at Wuhan University. The EROS-Thunder Dataset :
: It is one of the largest datasets for change detection, containing thousands of high-resolution (0.5m to 2.0m) image pairs.
The paper associated with the dataset file is titled "Thunder: A Large-Scale EROS Dataset for Remote Sensing Image Change Detection" , published in 2024.
: Binary masks where white pixels (255) represent change and black pixels (0) represent no change.
The paper introduces a baseline model often referred to as (or similar architecture variations), which utilizes a dual-stream encoder-decoder structure designed to handle the multi-scale variations and noise common in large-scale remote sensing imagery. The "Thunder" naming convention reflects the goal of achieving high-speed and high-accuracy processing for massive geospatial datasets. Typical Use Case If you have downloaded this .rar file, it likely contains:
: The research was conducted by a team from the School of Remote Sensing and Information Engineering at Wuhan University. The EROS-Thunder Dataset :