CAJ | 학술논문

文章深入分析了基于无线网状网络(WMN：Wireless Mesh Networks )的超低功耗技术的现状及其关键技术。针对WMN中降低功耗的主要软件机制，如拓扑控制、功率控制，数据融合和基于移动节点的节能机制等进行了深入研究与分析，最后指出了下一步WMN超低功耗技术的主要发展方向和潜力技术。随着WMN网络超低功耗关键技术的逐步应用，超低功耗WMN技术将在我国信息化建设、野外地质矿业勘探、军事作战系统完善等诸多方面发挥重大作用。
문장심입분석료기우무선망상망락(WMN：Wireless Mesh Networks )적초저공모기술적현상급기관건기술。침대WMN중강저공모적주요연건궤제，여탁복공제、공솔공제，수거융합화기우이동절점적절능궤제등진행료심입연구여분석，최후지출료하일보WMN초저공모기술적주요발전방향화잠력기술。수착WMN망락초저공모관건기술적축보응용，초저공모WMN기술장재아국신식화건설、야외지질광업감탐、군사작전계통완선등제다방면발휘중대작용。
This paper analyzes the status of the ultra-low power technology of Wireless Mesh Network, the main direction of development of key technologies. Major software mechanisms to reduce power consumption for WMN, such as topology control, power control, data integration and mobile node based on the energy-saving mechanism are carried out in-depth research and analysis. The main direction of development and key technologies of the next WMN ultra-low power technology was pointed out. With gradual application of ultra-low power key technologies in WMN, ultra-low power technology will play a major role in China's information construction, geological mining exploration, military combat systems.