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楊傑祺

楊傑祺

Computer Vision Researcher & Autonomous Driving Data Labeler

Taiwan flagHsinchu City, Taiwan
$25.00/hrIntermediateInternal Proprietary Tooling

Key Skills

Software

Internal/Proprietary Tooling

Top Subject Matter

Autonomous driving, computer vision, multi‑modal perception (Camera‑LiDAR), risk identification, trajectory planning, scene understanding

Top Data Types

ImageImage
TextText

Top Task Types

Segmentation
Classification

Freelancer Overview

I am a computer vision and autonomous driving researcher with extensive hands‑on experience in high‑quality data labeling and evaluation for complex perception and planning systems. My work spans multi‑modal Camera‑LiDAR pipelines, 3D scene understanding, semantic segmentation, risk identification, and end‑to‑end driving models, so I deeply understand how precise labels and clear task definitions translate into better downstream planning and control performance. I have designed and managed annotation workflows for tasks such as lane and centerline annotation, object and risk region localization, scene segmentation, and multi‑agent interaction analysis on large‑scale benchmarks like CARLA Bench2Drive, RiskBench, and MAIN. In addition to doing the annotations myself, I regularly define guidelines, handle edge cases, and perform strict QA to ensure consistency across annotators and scenarios. With strong skills in Python, PyTorch, OpenCV, ROS, and CARLA, I am comfortable reading technical specs, reproducing model behavior, and giving structured feedback that directly improves dataset quality and model robustness. I am detail‑oriented, research‑driven, and especially interested in labeling tasks related to autonomous driving, 3D perception, scene understanding, and trajectory planning. Education includes Master of Science, National Yang Ming Chiao Tung University (2025) and Bachelor of Science, National Cheng Kung University (2021). AI-training focus includes data types such as Image and labeling workflows including Segmentation.

IntermediateEnglishChinese Mandarin

Labeling Experience

RiskBench: A Scenario-based Benchmark for Risk Identification

ImageBounding Box
Within RiskBench, I worked on detailed spatio‑temporal risk annotations. For each scenario, we labeled risk objects with precise bounding boxes and marked hazardous areas with polygons (e.g., conflict zones, potential collision regions) on a per‑frame basis over time. This required identifying not only which objects are risky, but also exactly when they become dangerous in the sequence, so all annotations were done frame‑by‑frame and aligned with the underlying trajectories. These fine‑grained labels enable models to learn both object‑level risk (who is dangerous and when) and region‑level risk (where it is unsafe to drive) in dynamic traffic scenes.

Within RiskBench, I worked on detailed spatio‑temporal risk annotations. For each scenario, we labeled risk objects with precise bounding boxes and marked hazardous areas with polygons (e.g., conflict zones, potential collision regions) on a per‑frame basis over time. This required identifying not only which objects are risky, but also exactly when they become dangerous in the sequence, so all annotations were done frame‑by‑frame and aligned with the underlying trajectories. These fine‑grained labels enable models to learn both object‑level risk (who is dangerous and when) and region‑level risk (where it is unsafe to drive) in dynamic traffic scenes.

2021 - 2023

Education

N

National Yang Ming Chiao Tung University

Master of Science, Multimedia Engineering

Master of Science
2021 - 2025
N

National Cheng Kung University

Bachelor of Science, Mathematics and Computer Science

Bachelor of Science
2017 - 2021

Work History

N

National Yang Ming Chiao Tung University

Graduate Researcher

Hsinchu
2021 - 2025