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👁️ dobot_ros2_vision: 134 pinned source/model files, upstream credits and engineering guides.

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SSRobotics — original logo by SSRobotic

👁️ Vision & 3D Perception

SSRobotics · Source Code Collection

5 curated resources Thai and English Original authors credited

Part of Humanoid Robot Hub · 🔎 Search all resources

Camera SDKs, computer vision, point clouds and perception resources.

Camera SDK, Computer Vision, Point Cloud และ Perception

Curated by SSRobotic — Robotics Engineer & Open-source Curator. This repository is a focused resource directory and engineering guide. Linked SDKs, models and research implementations belong to their original creators.

🗂️ Resource directory

Resource What it provides Keywords Original source
DOBOT Vision & Manipulation RealSense / calibration / recognition examples for the EG0053-01 workstation. RealSense, YOLO, ROS 2 Dobot-Arm
BICMap WebGL visualization tools for maps, point clouds and robotics scenes. Point clouds, WebGL, Maps Open-X-Humanoid
RealSense SDK Camera SDK for RealSense depth and sensor streams. Depth camera, RealSense, Sensors realsenseai
Open3D Tools for point clouds, 3D geometry and data processing. Point clouds, 3D, Perception isl-org
OpenCV Computer-vision algorithms and image-processing tools. Computer vision, Calibration, Images opencv

📦 Code & models in this repository

134 tracked upstream files — เปิดโฟลเดอร์ด้านล่างเพื่อดูโค้ดจริง โมเดล และตัวอย่างต้นฉบับ

Project files Files Pinned source License / notices
Dobot-Arm/dobot_ros2_vision 134 27de346b103e LICENSE

Source manifest records commits, file counts, Git LFS pointers and external submodules. Per-file manifests record original Git blob hashes. projects/ keeps upstream code, README files, licenses and notices; SSRobotics supplies the organization and guides.

git clone --depth 1 https://github.com/SSRobotic/humanoid-vision.git
cd humanoid-vision

Open the imported project README for its dependencies, build instructions and supported robot/simulator versions. Each snapshot is collected independently; these projects have not been validated as one combined runnable stack.

🚀 Start here

  1. Identify sensor streams, camera calibration and coordinate frames.
  2. Use the sensor SDK to inspect RGB, depth and point-cloud data.
  3. Validate transformations and calibration before connecting perception to manipulation.

Read the engineering guide for a practical selection checklist. resources.json contains the structured entries.

🔗 Explore the ecosystem

🌐 Browse all 14 categories

🦾 Models & URDF · 🌐 Simulation · 🧠 Robot Learning · ⚙️ Whole-body Control · 👁️ Vision & 3D Perception · 🤏 Manipulation & Planning · 🎮 Teleoperation · 💾 Datasets & Demonstrations · 💬 Vision-Language-Action · 🔌 Hardware & SDKs · 📡 ROS & Integration · 📚 Research & Benchmarks · 🟢 Isaac Sim & Isaac Lab · 🧮 Robotics Algorithms

🏠 Main Hub · 🤖 Profile

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Contribute accurate descriptions and original source links through the Hub contribution guide. Source terms, model compatibility and dataset access conditions remain with each upstream project.

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👁️ dobot_ros2_vision: 134 pinned source/model files, upstream credits and engineering guides.

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