목차

요 약 ··································································································· i
감사의 글 ································································································ ii
목 차 ································································································· iii
표 목 차 ·································································································· v
그림목차 ·································································································· v
I. 서론 ······································································ 1
1.1 연구 배경 및 목적 ······················································ 1
1.2 연구 내용 및 범위 ······················································ 2
II. 관련 연구 ······························································ 3
III. 기술적 배경 ·························································· 5
3.1 IEEE 802.11be 무선랜 표준 ··································· 5
3.2 Wi-Fi Alliance EasyMesh 규격 ···························· 7
3.3 CBTC 시스템 ······························································· 8
IV. 핸드오버 분석 ··················································· 10
4.1 기존 CBTC 핸드오버 방식 ···································· 10
4.2 제안하는 핸드오버 방식 ·········································· 12
4.3 제안하는 CBTC 핸드오버 방식의 장점 ·············· 16
V. 성능평가를 통한 CBTC 핸드오버 분석 ···· 17
5.1 성능평가를 위한 시뮬레이션 환경 ························ 17
5.2 기존 CBTC 시스템 성능평가 ································ 24
5.3 제안하는 CBTC 시스템 성능평가 ························ 27
5.4 성능평가 결과 비교 ·················································· 30
5.5 성능평가 결과 고찰 ·················································· 32
VI. 결 론 ······························································· 33
참고문헌 ·············································································· 34
Abstract ············································································· 38