7results about How to "Realize data synchronization" patented technology

The invention discloses an infant posture intelligent detection and early warning monitoring system which is characterized in that the system comprises an information terminal, a processing side end and a display terminal, and the information terminal comprises a camera and monitors the posture and state of an infant in real time; images and posture information acquired by the camera are transmitted to the processing side end through wireless signals to be analyzed and processed; the processing side end comprises a small computing device with an AI function and a server with an AI processing capability; the small computing device performs preliminary data processing, and then sends the processed data or unprocessed original data to a server with stronger AI processing capability for further analysis; the server analyzes the posture data of the baby through a deep learning algorithm, detects abnormal postures and makes early warning judgment, and an analysis result is transmitted to the display terminal through a wireless signal; the display terminal comprises a plurality of display devices. According to the invention, intelligent detection and real-time early warning of baby postures can be realized, and the stability is good.

The invention particularly relates to a method for synchronizing hudi data based on Data X. The method for synchronizing the hudi data based on the Data X comprises the following steps of: compiling a package.xml file and a plugin.json file, and explaining basic information of a plug-in to a framework; writing a hudiwriter.java script based on a java language to prepare an object or a data stream for writing data, starting a write operation, and refreshing a cache; an auxiliary support type HudiWriterErrorCode.java file is compiled and used for capturing abnormities generated in the data transmission process, and error information is output to a log after being subjected to unified processing; and a framework of the Data X tool reads the file through a corresponding reserved interface, so that data extraction, conversion, loading and abnormal error reporting among the data sources are realized. According to the data X-based hudi data synchronization method, the data synchronization between the hudi and the relational library is realized by performing plug-in secondary development on the Data X tool, and the application range of the Data X tool in the field of big data integration is longitudinally extended.

According to the high-precision redundant excitation system switching method, data needing to be synchronized are monitored and recorded through an FPGA module, parallel transmission of synchronous data is achieved, the data synchronization amount of each scanning period is reduced, the data synchronization process is completely completed by an FPGA, CPU resources are not occupied, the scanning period of the system is not increased in the data synchronization process, and the data synchronization efficiency is improved. The performance of the redundant PLC can be improved; a VHDL language is adopted for FPGA function design, detailed design of all functional modules of the FPGA and simulation results of key modules are given, data synchronization between a main PLC and a standby PLC is achieved on a hardware platform, and the problems that in other redundant PLC data synchronization methods, the data synchronization amount is large, and the system scanning period is increased in the data synchronization process are solved.

The application provides a kind of data offline synchronization method based on MQTT protocol client and server, it is related to information technology field, including that client and server establish MQTT long connection;Client encapsulates message synchronization interface, and judges current network state in interface, if network is unobstructed, go online mode, if network is not connected, go offline mode;In online mode, data is directly synchronized to server through MQTT connection;In offline mode, client first caches synchronization data, and checks network state regularly, when network recovers, immediately start synchronization task;Server receives message, and parses data according to message type and handles it.The application can be applied in places with good network environment such as shopping mall, office building, street, etc., and also can be applied in places with poor network environment such as field, mountainous area, jungle, etc., with wider application scenarios.Using the characteristics of MQTT publishing and subscribing, when a large amount of data is used, the server can process data on demand, reduce the pressure on the service, and improve the stability of the service.

The present invention relates to an end-to-end visualized logistics control system and method, and belongs to the field of logistics management technology. The method includes determining transportation site information according to a transportation origin and a transportation destination, obtaining an optimal transportation site through a transportation planning model according to the transportation site information, obtaining a planned total transportation time and a planned arrival time at the transportation site according to the optimal transportation site, obtaining a planned arrival time according to the transportation start time, obtaining delay warning information according to real-time location information, obtaining a time difference according to the actual arrival time at the site, uploading delay warning information according to the time difference, obtaining an estimated arrival time according to the delay warning information and the delay warning information and uploading it to an administrator for review, uploading external event information to the administrator for review, and updating the estimated arrival time according to the administrator's review result, thereby realizing logistics in-transit transportation management, improving logistics transportation control, and facilitating early intervention of delay risks.

The present invention discloses a data synchronization and exchange method, system, device and medium based on cross-platform, the method comprising the following steps: acquiring data to be exchanged; marking the data to be exchanged; verifying the data to be exchanged according to data specification description and data constraints; confirming parameters of the data to be exchanged; labeling the data to be exchanged and the target platform; and importing the data to be exchanged into the target platform according to the label. The present invention can solve the problem of mutual independence between different program systems without developing a docking interface, and realize cross-platform data synchronization and exchange.

The invention discloses an intelligent car user personalized data cross-car synchronization method and device, and the method comprises the steps: receiving a user login request, obtaining a user login permission, judging whether the user login permission is true or not, carrying out the cloud account data matching if the user login permission is true, and carrying out the cloud account data matching if the user login permission is true. And sending cloud user data to the current vehicle-mounted client according to a matching result, and receiving user update data uploaded by the current vehicle-mounted client, otherwise, clearing account information and vehicle setting information of last login and returning a factory value. According to the method and the system, one account can access a plurality of vehicles, non-inductive automatic login can be realized only through multi-identity authentication when the user changes the vehicle, the tedious operation of frequently inputting passwords is reduced, the user login process is simplified, user personalized data synchronization is completed, all personalized setting information of the user is greatly improved, and the user experience is improved. All the vehicles logged in along with the account are set to be issued and reported, so that cross-vehicle login and data synchronization of the account are realized, and the user experience is greatly improved.