Computer Vision
EXPERIMENTData collection & labeling · updated 2026-08-01Drone Dataset TH
ชุดข้อมูลตรวจจับอากาศยานไร้คนขับในบริบทไทย
A dataset programme for detecting and classifying drones under Thai environmental conditions — tropical haze, monsoon light, dense urban clutter and long-range sky backgrounds.
โครงการพัฒนา Dataset สำหรับการตรวจจับและจำแนก Drone ในบริบทประเทศไทย
Problem
Public drone datasets are captured in temperate climates and short range, so models degrade badly on Thai sky, weather and background conditions.
Research Question
How much locally captured data is needed before detection performance stabilises across weather classes?
Objectives
- Collect multi-environment, multi-weather drone imagery and video
- Establish AI-assisted labeling with mandatory human verification
- Publish versioned YOLO and COCO exports with full metadata
Methodology
- 01DATA COLLECTION
- 02DATA CLEANING
- 03AI AUTO LABELING
- 04HUMAN VERIFICATION
- 05DATASET VERSIONING
- 06MODEL TRAINING
- 07BENCHMARK
- 08DEPLOYMENT
Architecture
Resolution and lens metadata recorded
Frame extraction and deduplication
Proposal generation only
Every label confirmed by a person
Immutable releases
Per-weather breakdown
Results & Benchmark
- Weather classes covered
- clear / haze / rain / dusk
- Label policy
- 100% human-verified
Limitations
- · Coverage is currently biased toward central Thailand capture sites