摘要
针对海量信令分析问题,提出一套基于可伸缩环境体系的分析模型算法。利用循环缓冲机制接收海量数据并进行缓冲转发;借助信令拷贝方式达到信令的纵向拓展;凭借信令分流技术进行目标信令的过滤和处理;采用自动重连和队列缓冲相结合的方式,有效解决由于网络异常、拥堵产生的丢包问题;各环节根据现有硬件资源完成模型的动态配置,使硬件资源利用率和软件执行效率达到最佳平衡状态,增强硬件资源的可伸缩性;该算法既提高了海量信令处理的时效性、准确性,又增强了硬件资源的可配置性和灵活性。从实验结果来看,该算法简单有效,适合于标准模式下各种级别硬件设备的海量信令分析。
According to the analysis of mass signaling, we proposed a set of analysis model algorithm under the scalable environment system. We received huge amounts of data and did buffer forwarding using the circular buffer mechanism. And we achieved the vertical expansion of signaling with the help of signa- ling copy. At the same time we completed the filtration and processing of the target signaling relying on signaling distribution technology. And we also solved the problem of lost packets which was due to the network anomalies and congestion through the combination of automatic reconnection and queue buffer ef- ficiently. Various aspects completed the dynamic configuration of the model based on the existing hard- ware equipments so as to achieve the best balance between the utilization of hardware equipments and the efficiency of software implementation and enhanced the scalability of the hardware equipments. The algorithm not only improves the efficiency and accuracy of processing the mass signaling, but also enhances the configurability and flexibility of hardware equipments. The experimental results demonstrate that the algorithm is concise and effective and suitable for the analysis of mass signaling under various grades of hardware equipments in standard mode.
出处
《中国海洋大学学报（自然科学版）》
CAS
CSCD
北大核心
2013年第5期107-111,共5页
Periodical of Ocean University of China
基金
数字化智能家居信息处理关键技术研究项目(2010CB735903)资助
关键词
可伸缩环境
海量信令
循环缓冲
信令拷贝
信令分流
自动重连
scalable environment
mass signaling
circular buffer
signaling copy
signaling distribution
automatic reconnection
