ML4Sustain/LAE-1M

Dataset

LAE-1M: Locate Anything on Earth Dataset

0

1 commits

1 linked in READMEs

updated Jun 5, 2026

See the code

README

LAE-1M: Locate Anything on Earth Dataset

LAE-1M

LAE-1M (Locate Anything on Earth - 1 Million) is a large-scale open-vocabulary remote sensing object detection dataset introduced in the paper "Locate Anything on Earth: Advancing Open-Vocabulary Object Detection for Remote Sensing Community" (AAAI 2025).

It contains over 1M images with coarse-grained (LAE-COD) and fine-grained (LAE-FOD) annotations, unified in COCO format, enabling zero-shot and few-shot detection in remote sensing.


Dataset Details

Dataset Description

  • Curated by: Jiancheng Pan, Yanxing Liu, Yuqian Fu, Muyuan Ma, Jiahao Li, Danda Pani Paudel, Luc Van Gool, Xiaomeng Huang
  • Funded by: ETH Zürich, INSAIT (partial computing support)
  • Shared by: LAE-DINO Project Team
  • Language(s): Not language-specific; visual dataset
  • License: MIT License

Dataset Sources


Dataset Structure

Subset# Images# ClassesFormatDescription
LAE-COD400k+20+COCOCoarse-grained detection (AID, EMS, SLM)
LAE-FOD600k+50+COCOFine-grained detection (DIOR, DOTAv2, FAIR1M)
LAE-80C20k (val)80COCOBenchmark with 80 semantically distinct classes

All annotations are in COCO JSON format with bounding boxes and categories.


Uses

Direct Use

  • Open-Vocabulary Object Detection in Remote Sensing
  • Benchmarking zero-shot and few-shot detection models
  • Pretraining large vision-language models

Out-of-Scope Use

  • Any tasks requiring personal or sensitive information
  • Real-time inference on satellite streams without further optimization

Quick Start

from datasets import load_dataset

# Load the dataset
dataset = load_dataset("jaychempan/LAE-1M", split="train")

# Access one example
example = dataset[0]
print(example.keys())  # image, annotations, category_id, etc.

# Show the image (requires Pillow)
from PIL import Image
import io

img = Image.open(io.BytesIO(example["image"]))
img.show()
benchmark
computer-vision
image-dataset
open-vocabulary
remote-sensing

ML4Sustain/LAE-1M

Dataset

LAE-1M: Locate Anything on Earth Dataset

0

1 commits

1 linked in READMEs

updated Jun 5, 2026

See the code

README

LAE-1M: Locate Anything on Earth Dataset

LAE-1M

LAE-1M (Locate Anything on Earth - 1 Million) is a large-scale open-vocabulary remote sensing object detection dataset introduced in the paper "Locate Anything on Earth: Advancing Open-Vocabulary Object Detection for Remote Sensing Community" (AAAI 2025).

It contains over 1M images with coarse-grained (LAE-COD) and fine-grained (LAE-FOD) annotations, unified in COCO format, enabling zero-shot and few-shot detection in remote sensing.


Dataset Details

Dataset Description

  • Curated by: Jiancheng Pan, Yanxing Liu, Yuqian Fu, Muyuan Ma, Jiahao Li, Danda Pani Paudel, Luc Van Gool, Xiaomeng Huang
  • Funded by: ETH Zürich, INSAIT (partial computing support)
  • Shared by: LAE-DINO Project Team
  • Language(s): Not language-specific; visual dataset
  • License: MIT License

Dataset Sources


Dataset Structure

Subset# Images# ClassesFormatDescription
LAE-COD400k+20+COCOCoarse-grained detection (AID, EMS, SLM)
LAE-FOD600k+50+COCOFine-grained detection (DIOR, DOTAv2, FAIR1M)
LAE-80C20k (val)80COCOBenchmark with 80 semantically distinct classes

All annotations are in COCO JSON format with bounding boxes and categories.


Uses

Direct Use

  • Open-Vocabulary Object Detection in Remote Sensing
  • Benchmarking zero-shot and few-shot detection models
  • Pretraining large vision-language models

Out-of-Scope Use

  • Any tasks requiring personal or sensitive information
  • Real-time inference on satellite streams without further optimization

Quick Start

from datasets import load_dataset

# Load the dataset
dataset = load_dataset("jaychempan/LAE-1M", split="train")

# Access one example
example = dataset[0]
print(example.keys())  # image, annotations, category_id, etc.

# Show the image (requires Pillow)
from PIL import Image
import io

img = Image.open(io.BytesIO(example["image"]))
img.show()
benchmark
computer-vision
image-dataset
open-vocabulary
remote-sensing