摘要
针对油田WIA-PA监控网络中的数据传输和能量管理问题,提出了一种集成数据分片与低功耗管理的创新设计。通过采用自适应分片算法和动态功耗管理策略,研究实现了在复杂油田环境中高效、可靠的数据传输与能量优化。仿真测试结果显示,系统在高负载条件下的平均传输延迟保持在52m以内,数据包投递成功率超过98%,且节点能耗较传统方案降低了30%。研究成果表明,该设计能够显著提升油田监控网络的稳定性、可靠性和能效,为油田无线网络的优化提供了有效方案。
This paper proposes an innovative design that integrates data sharding and low-power management for data transmission and energy management in the WIA-PA monitoring network of oilfield.By adopting adaptive sharding algorithm and dynamic power management strategy,efficient and reliable data transmission and energy optimization have been achieved in complex oilfield environments.The simulation test results show that the average transmission delay of the system under high load conditions remains within 52 milliseconds,the success rate of data packet delivery exceeds 98%,and the node energy consumption is reduced by 30%compared to traditional solutions.The research results indicate that this design can significantly improve the stability,reliability,and energy efficiency of oilfield monitoring networks,providing an effective solution for optimizing wireless networks in oilfields.
作者
王韬
WANG Tao(Network Technology Department,Cloud Network Data Maintenance Center,Shuzhi Technology Company,Daqing Oilfield Co.,Ltd.,Daqing,Heilongjiang 163000,China)
出处
《自动化应用》
2025年第4期129-132,共4页
Automation Application
