5results about How to "Implement backtracking" patented technology

The application discloses a software testing method, device, equipment, storage medium and product, and the method comprises the following steps: obtaining the software code of each module of the measured software and the target test case according to the set test frequency, and establishing the software branch at the set test node; burning the software code to the development board, and testing the measured software through the target test case; and generating the test report according to the execution result of the target test case. According to the software testing method, the test of the measured software can be automatically executed according to the set test frequency, the problems can be found and positioned in time, the version control and backtracking of the measured software can be realized by establishing the software branch at the set test node, and therefore the software development efficiency is improved.

The invention discloses an automobile energy consumption monitoring method and system, a medium and equipment. The method comprises the following steps: acquiring a vehicle communication signal; analyzing the vehicle communication signal according to the signal type of the vehicle communication signal to obtain energy consumption data and time sequence data; acquiring a driving control signal based on the time sequence data, determining a corresponding driving characteristic, establishing a mapping relation between the energy consumption data and the driving characteristic, and generating an energy consumption comparison result according to the energy consumption data corresponding to the driving characteristic; complex original data volume is reduced, corresponding driving characteristics are determined, a mapping relation between the driving characteristics and energy consumption data is established, limitation to single operation conditions is avoided, full-life-cycle energy consumption tracking and backtracking are achieved, and visual monitoring results are output through different media forms.

The application discloses a target recognition system based on multi-modal image analysis, relates to the technical field of intelligent sensing and behavior recognition in agriculture, and is used for solving the problems of behavior misjudgment and insufficient recognition stability of agricultural behaviors in a facility environment under the influence of mirror interference and non-synchronous multi-modal data. The system comprises a multi-modal data acquisition module, a data preprocessing and fusion module, a sample library and index system module, and a visualized tracing and decision support module. The system is characterized in that a time window is set for frame-by-frame scanning in a strong interference reflection scene, a mirror mask is constructed, and the main body is marked based on consistency scoring; image and sensing data are fused to establish synchronous binding; a double-channel SlowFast network and an SMC-ECA attention mechanism are used to extract behavior characteristics; a three-layer index system and a behavior database are constructed to realize full-process behavior tracing and intelligent decision assistance.

This invention discloses a system and method for constructing earthquake-themed scenarios based on multi-source 3D GIS data, belonging to the field of 3D geographic information system technology. It aims to solve the technical problems of data silos, limited information display, delayed data updates, and lack of end-to-end connectivity in earthquake emergency response. The system adopts a layered architecture consisting of a data resource layer, a data fusion layer, a service support layer, and an application display layer. The method involves building a basic 3D GIS emergency scenario, aggregating multi-source earthquake data, achieving spatiotemporal data fusion and event correlation, and completing integrated 3D display and decision support. This enables unified spatiotemporal fusion and real-time dynamic updates of earthquake data across all dimensions, as well as 3D visualization and spatiotemporal simulation of the entire pre-earthquake, during-earthquake, and post-earthquake chain. This provides global and three-dimensional decision support for earthquake emergency command, significantly improving the efficiency, accuracy, and systematic nature of earthquake emergency response.

The application discloses a data backtracking method and device, equipment and storage medium, and belongs to the field of data processing. The method comprises the following steps: acquiring user label backtracking information; acquiring a label bitmap table corresponding to a user label and user data anchor bitmap through a preset first database according to the user label backtracking information; and acquiring user data corresponding to the user label by backtracking through a preset second database according to the label bitmap table corresponding to the user label and the user data anchor bitmap. The user data corresponding to the user label is obtained by calling the label bitmap table and the user data anchor bitmap. Thus, the backtracking of the user data is realized, and the technical problem that the label source data cannot be quickly backtracked is solved. Compared with the prior art, the application has the advantages of high efficiency and high accuracy.