Abstract
WiBro의 ACR(Access Control Router)은 ACR간을 움직일 때만 홈 에이전트와 상대 노드에게 위치등록을 하므로, 위치등록비용은 MIPv6에 비해 적지만, 이동 노드의 송수신되는 모든 패킷들은 ACR을 통해 전달되기 때문에 ACR이 관리하는 이동노드의 수가 많아지면 ACR의 패킷처리비용은 증가한다. 따라서 ACR도메인 내에 있는 이동 노드들을 관리하는 ACR이 잘 작동한다면 ACR도메인 내의 통신상태는 원활하다. 그러나 ACR이 잘 작동하지 않으면 네트워크의 delay가 발생하므로 ACR의 역할은 중요하다. 본 논문에서는 WiBro의 효율적인 작동을 위해 ACR의 성능을 측정한다. 이를 위해, 성능평가 요소로서 이동노드의 거부확률(deny probability)와 ACR 성능의 총이익을 사용한다. 그리고 이동모델로서 랜덤워크 모델을 이용한다. The ACR (Access Control Router) of WiBro processes location registration of the Correspondent Node and Home Agent as the Correspondent Node moves between ACRs. Therefore, the location update cost is low compared with MIPv6. However, all packets which are sent and received are sent through the ACR, so as the number of mobile nodes that are managed by the ACR increases, the cost of packet delivery also increases. Therefore, the communication state of the ACR domain remains smooth when the ACR which manages the mobile node in the ACR domain has good performance. However, network delays occur unless the ACR performs well, so the role of the ACR is important. In this paper, we analysis performance of the ACR for efficient realization of the WiBro standard. By using the Deny Probability and the Total Profit of ACR performance and apply it to the Random Walk Mobility model as the mobility model.
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