【摘要】 传统电力物资盘点系统的网络模式不对等，导致系统响应速度较慢。因此，设计对等度量模式下电力物资智能盘点系统。硬件部分设计了系统对等度量模式的网络结构，采用纯对等度量模式网络中的随机图架构，利用网络中的暂时闲置资源实现协同计算。设计基于RFID射频技术的电路结构，有效减少载波噪音。在软件设计中，设计系统功能模块结构以及QR编码结构、编码信息以及纠错算法，完成对等度量模式下电力物资智能盘点系统设计。系统性能测试结果表明，所设计系统的运行参数明显好于原有系统的运行参数，有效提高了系统响应速度。更多还原

【Abstract】 In the use of the original traditional power material inventory system, some external factors may slow down the response speed due to the lack of network mode. A kind of intelligent inventory system of power materials using the mode of peer measurement is designed. In the hardware part of the system, we design the network structure of the peer-to-peer measurement mode, which adopts the random graph architecture in the pure peer-to-peer measurement mode network, can utilize the temporarily idle resources in the network to realize collaborative computing. In addition, the circuit structure based on RFID is designed to effectively reduce the carrier noise in the identification process. In the software design, the functional module structure of the software is designed, and the structure of QR code, coding information and error correction algorithm are also designed to complete the design of the intelligent inventory system of power materials under the peer-to-peer measurement mode. Performance test results show that the operating parameters of the designed system are obviously better than those of the original system, which can effectively improve the response speed of the system.更多还原