자율주행 엣지의 CaSSLe 기반 오프라인 강화학습 모델 설계

A Design of a C&S-Lea-Based Offline Continual Reinforcement Learning Model in Autonomous Driving Edge Devices
  • 이지은; 
  • 홍서희; 
  • 김지수; 
  • 김윤희

초록

There is growing interest in applying Reinforcement Learning (RL) to autonomous driving edge devices, which require both safety and real-time performance. We introduce a continual learning algorithm, CaSSLe (Continual Self-Supervised Learning), integrated with Double DQN-based reinforcement learning to enhance adaptability to new situations. Our proposed algorithm, AP-CaSSLe (Adaptive Progressive-Continual Self-Supervised Learning), dynamically adjusts the strength of input data augmentation. The AP-CaSSLe algorithm demonstrated a 58.9% improvement in accuracy compared to the Double DQN without continual learning, highlighting its potential for enhancing performance in autonomous driving edge environments.

키워드

continual learning; autonomous driving; reinforcement learning; edge; data augmentation; 연속학습; 자율주행; 강화학습; 엣지; 데이터 증강
제목
자율주행 엣지의 CaSSLe 기반 오프라인 강화학습 모델 설계
제목 (타언어)
A Design of a C&S-Lea-Based Offline Continual Reinforcement Learning Model in Autonomous Driving Edge Devices
저자
이지은; 홍서희; 김지수; 김윤희
DOI
10.5626/KTCP.2026.32.4.156
발행일
2026-04
유형
Y
저널명
정보과학회 컴퓨팅의 실제 논문지
권
32
호
4
페이지
156 ~ 162