조연기 (Cho, Yeon-Gi)  2026.02

   - Email: chosmoke@gmail.com

   - Deep Reinforcement learning, Coexistence study, Spectrum sharing, Link/System level evaluation for wireless   communications

   - Thesis Title: Deep Reinforcement Learning-Based Dynamic Channel Allocation Algorithm for Frequency Sharing between     Non-Terrestrial Networks and Other Services 

권순범 (Kwon, SunBeom) 2026.02

   - Email: ksb33174@hanyang.ac.kr 

   - Deep Reinforcement learning,  V2X Communications and networking, Vehicle Simulator

   - Thesis Title: Study on Communication Reliability-Aware based D*lite Route Planning Algorithm

   김효진 (Kim, HyoJin) 2026.08

   - Email: hyojin0216@hanyang.ac.kr 

   - Optimization control systems,  C-ITS infrastructure

   - Thesis Title: Robust Energy Management Strategy for P3 Parallel Hybrid Trucks using Safe Reinforcement Learning via ROS 2       Co-simulation

남상빈 (Nam, Sangbin) 2026.02

   - Email: nsb1024@hanyang.ac.kr 

   - Deep Reinforcement learning,  V2X Communications and networking

   - Thesis Title: A Study on a QoS-Adaptive C-V2X Decentralized Congestion Control Algorithm Using Multi-Agent Deep       Reinforcement Learning 

박기웅 (Park, Kiwoong) 2026.08

   - Email: akdclgnd@hanyang.ac.kr 

   - Deep Reinforcement learning,  V2X Communications and networking

   - Thesis Title: Multi-Agent Deep Reinforcement Learning-Based CPM Object Selection for C-V2X Cooperative Perception

신동혁 (Shin, DongHyeok)  2026.02

   - Email: sdh2280@hanyang.ac.kr 

   - Deep Reinforcement learning,  V2X Communications and networking

   - Thesis Title: DRL-Based Multi-RAT Link Selection for Efficient Message Delivery in Hybrid V2X Networks 

 장백훈 (Jang, BaekHoon) 2026.02

   - Email: jbhkorea33@hanyang.ac.kr 

   - Deep Reinforcement learning,  Satellite Communications and networking

   - Thesis Title: Interference Analysis and Spectrum Coexistence of IMT-2030 in Satellite Communication Systems 

 정예찬 (Jeong, YeChan) 2026.02

   - Email: yechan9703@hanyang.ac.kr 

   - Deep Reinforcement learning,  Ultra Wide Band Technology and measurement

   - Thesis Title: Development and Analysis of UWB Communication Positioning Technology