3results about How to "Reduce monitoring" patented technology

The utility model relates to an inductance testing machine which comprises a machine frame, an inductance feeding mechanism, an inductance transplanting mechanism, an inductance testing device and a material receiving mechanism. The inductor feeding mechanism, the inductor testing device and the receiving mechanism are sequentially arranged on the rack, and the inductor feeding mechanism is used for storing and conveying to-be-detected inductors; the inductor transplanting mechanism is arranged above the output end of the inductor feeding mechanism and comprises a PPU mechanical arm, a first grabbing piece and a second grabbing piece, the PPU mechanical arm is arranged on the rack, and the first grabbing piece and the second grabbing piece are arranged at the execution end of the PPU mechanical arm at intervals in the inductor conveying direction and used for grabbing inductors conveyed by the inductor feeding mechanism to the inductor testing device. The tested inductor is grabbed to a material receiving mechanism; and the receiving mechanism is arranged on one side of the inductor testing device and is used for receiving the tested inductor. According to the utility model, automatic feeding, testing and receiving of inductors are realized, the inductor testing efficiency is improved, the labor intensity is reduced, and the testing accuracy is improved.

This application provides a data processing method, apparatus, electronic device, and medium, relating to the field of data engineering technology. The method includes: determining a target field based on a first operation frequency and a second operation frequency of each field in a Data Definition Language (DDL) operation flow; calculating the path weights of a set of related paths between the target field and the first field to obtain a path weight set; calculating a comprehensive score for the first field based on the semantic similarity between the target field and the first field and the path weight set; and determining a replacement field based on the comprehensive score. The replacement field is used to replace the target field, and the replacement field includes the first field, a second field, and a third field, wherein the second field is a mixed value generated based on the first field, and the third field is a default value. This improves the flexibility and reliability of data processing and adapts to the ETL data flow requirements in scenarios with high-frequency field changes.

This application provides an optical signal-to-noise ratio (OSNR) monitoring method, system, and storage medium, relating to, but not limited to, the field of communication technology. The OSNR monitoring system includes a control unit and multiple OSNR monitoring units distributed throughout an optical transport network (OTN). Each OSNR monitoring unit is correspondingly located at the output end of an optical amplification unit within the OTN. Each OSNR monitoring unit determines the output channel optical power of its corresponding optical amplification unit; each OSNR monitoring unit determines the corresponding channel OSNR based on the output channel optical power; the control unit monitors the OSNR of the OTN based on the channel OSNR of each OSNR monitoring unit. By corresponding the OSNR monitoring units with optical amplification units, each OSNR monitoring unit can calculate independently, and the control unit enables monitoring at any location, thereby improving the reliability, hardware integration, monitoring range, monitoring efficiency, and maintainability of OSNR monitoring.