논문 상세보기
pp.309-315
Currently, the commercialization of the 5th Generation (5G) service is becoming more prevalent in domestic communication network technology. This has reduced communication delay time and enabled large-capacity data transmission and video streaming services in real-time. In order to keep pace with these developments, K-water has introduced a smart process control system in water purification plants to monitor the status of the water purification process. However, since wireless networks are based on the public Long Term Evolution (LTE) network, communication delay time remains high, and high-resolution video services are limited. This is because communication networks still have a closed structure due to expense and security issues. Therefore, with 5G in its current form, it is very difficult to accommodate future services without improving the infrastructure of its communication networks. In recognition of these problems, this study implemented the authentication and management function of wireless networks on a wired network management system in the K-water Bansong water purification plant. The results confirmed that wired Local Area Network (LAN) services give a higher security performance than an expensive commercial wireless LAN system. This was achieved by using an Internet Protocol (IP) address management system of wired networks and the packet filtering function of the Layer2 (L2) switch. This study also confirmed that it is possible to create a wireless LAN service that is 3.7 times faster than the existing LTE communication network.
1. 서 론
2. 무선랜(Wireless-Fidelity) 소개
2.1 무선랜의 유형 및 구성요소
2.2 무선랜의 데이터 보호
2.3 무선랜의 침해위협
3. 반송정수장 통신망 내부의 무선랜 구성방안
3.1 사용자 인증 및 IP/MAC(Media Access Control)address filtering 기법
3.2 무선랜의 보안시스템 구성
4. 반송정수장 통신망 내부의 무선랜 구성 결과
4.1 무선랜의 품질
4.2 무선랜의 보안성
4.3 동영상 스트리밍 시험
5. 결 론
Reference
