CAJ | 학술논문

　　提出并实现了Zone_Cut网络模拟本地路由策略，根据节点属性的不同将节点分为T区、LD区和HD区，对不同的区域采用不同的存储和查找策略，降低并更好地平衡了路由存储空间和查找时间。基于PDNS的实验结果表明，Zone_Cut 路由策略比 MTree_Nix 路由策略综合性能有大幅提高。低频分组情况下，模拟时间平均减少18.08%，模拟空间平均减少51.23%；高频分组情况下，模拟时间平均减少55.29%，模拟空间平均减少74.4%。
　　제출병실현료Zone_Cut망락모의본지로유책략，근거절점속성적불동장절점분위T구、LD구화HD구，대불동적구역채용불동적존저화사조책략，강저병경호지평형료로유존저공간화사조시간。기우PDNS적실험결과표명，Zone_Cut 로유책략비 MTree_Nix 로유책략종합성능유대폭제고。저빈분조정황하，모의시간평균감소18.08%，모의공간평균감소51.23%；고빈분조정황하，모의시간평균감소55.29%，모의공간평균감소74.4%。
Local routing strategy based on Zone_Cut was put forward for network simulation. All nodes in topology were divided into three zones, including T Zone, LD Zone and HD Zone according to the property of the node. To reduce the storage space and search time of routing strategy, different storage and search mechanisms were adopted for different zones, which balanced the space and time of routing mechanism. Experimental results on PDNS show that Zone_Cut im-proves the comprehensive properties of routing strategy, compared with the MTree_Nix. Compared with MTree_Nix, it can reduce the simulation time and simulation space by about 18.08% and 51.23% respectively in low frequency, while in high frequency, it can reduce the simulation time and simulation space by about 55.29% and 74.4% respectively.