CAJ | 학술논문

在使用无线网格网技术建设的网络中，其拓扑结构呈格栅状，通过路由协议快速形成超宽带网络，超宽带格栅状网络路由因为协议局限导致路由冲突，需要进行路由冲突在线重整，保证网络通信协议的安全稳定。传统的重整算法采用调制码元帧格式扫频方法实现路由信道均衡，优化任务调度，当网络信道的扩展损失呈突变衰减时，路由冲突重整效果不好。提出一种基于射线模型的超宽带栅状路由冲突重整算法，使用线性异域网络编码方式构建格栅状网络环式路由模型，采用射线模型构建邻居节点网络路由统计学模型，分析路由冲突信号的超宽带特征。计算超宽带格栅状路由协议的链路跨层信息，得到网络通信信道系统函数，根据多目标优化理论，把路由冲突协议叠加到射线模型的波动方程，实现基于射线模型的路由冲突优化重整。仿真实验结果表明，该算法能有效提高路由负载的均衡度，展示了算法优越的性能。
재사용무선망격망기술건설적망락중，기탁복결구정격책상，통과로유협의쾌속형성초관대망락，초관대격책상망락로유인위협의국한도치로유충돌，수요진행로유충돌재선중정，보증망락통신협의적안전은정。전통적중정산법채용조제마원정격식소빈방법실현로유신도균형，우화임무조도，당망락신도적확전손실정돌변쇠감시，로유충돌중정효과불호。제출일충기우사선모형적초관대책상로유충돌중정산법，사용선성이역망락편마방식구건격책상망락배식로유모형，채용사선모형구건린거절점망락로유통계학모형，분석로유충돌신호적초관대특정。계산초관대격책상로유협의적련로과층신식，득도망락통신신도계통함수，근거다목표우화이론，파로유충돌협의첩가도사선모형적파동방정，실현기우사선모형적로유충돌우화중정。방진실험결과표명，해산법능유효제고로유부재적균형도，전시료산법우월적성능。
In network technology in wireless mesh networks, the topology is a grid shaped, and ultra wideband network formed by routing protocol routing is fast, ultra wideband grid network for routing protocol limitation causes conflict. It needs for routing conflict online reorganization, and guarantees the security and stability of network communication proto?col. The reorganization algorithm is adopted in traditional modulation symbol frame format sweep method to realize routing channel equalization, the optimal scheduling, when the spread loss network channel attenuation is mutation, routing con?flict reforming effect is not good. An ultra wideband grid routing conflict reorganization algorithm is proposed based on ray model. The linear network coding is used to construct network grid shaped ring routing model, routing statistics neighbor node network model of the ray model is constructed, ultra wideband characteristic signal routing conflict is analyzed. Link calculation of ultra wideband grid routing protocol cross layer information is defined, network communications channel sys?tem function is obtained. On the basis of the multi-objective optimization theory, the wave equation routing conflict proto?col is added to the ray model, realize the ray model based on the routing collision optimization reorganization. The simula?tion results show that, the algorithm can effectively improve the routing load balance degree, it demonstrates the perfor?mance of the algorithm is superior to the traditional method.