摘要
传统船舶无线网络优化数据的采集和处理速度已经不能满足当前船舶数据采集获取要求,对此提出船舶无线网络优化数据采集与处理技术。通过制定船舶无线网络的信道编码,组合网络通信链路协议层,重新搭建船舶数据网络环境,采用MAP节点传输方法,根据上述设计网络环境,对船舶通信数据动态分配情况及时调整节点传输状态,提出网络判决门限算法,保证网络优化有效性,实现船舶无线网络优化和数据采集处理。实验研究表明,与传统船舶无线网络优化数据采集处理技术相比,应用新型信息采集技术后,船舶网络节点覆盖率提高22%,数据路径负载率降低17%,可以证明该技术可以有效提高船舶数据采集和处理速率。
The collection and processing speed of traditional wireless network optimization data can no longer meet the requirements of current ship data collection and acquisition. By making the ship wireless channel coding, combination of network communication link protocol layer, to build the ship data network environment, using the MAP node transmission method, according to the above design, network environment of the ship dynamic allocation situation in a timely manner to adjust the node communication data transmission, network decision threshold algorithm, ensure the validity of the network optimization, implementation wireless network optimization and data collection and processing of the ship. Experimental research shows that compared with the traditional data acquisition and processing technology of wireless network optimization for ships, the application of new information acquisition technology increases the coverage rate of ship network nodes by 22% and the load rate of data path by 17%, which can prove that this technology can effectively improve the data collection and processing rate of ships.
作者
毛养红
MAO Yang-hong(Department of Software Engineering. South China Institute of Software Engineering.GU, Guangzhou 510990, China)
出处
《舰船科学技术》
北大核心
2019年第2期151-153,共3页
Ship Science and Technology
关键词
无线网络
优化采集
网络环境
负载率
传输状态
wireless network
optimized collection
network environment
load rate
transmission state