112results about How to "Achieve synchronization" patented technology

The invention discloses a big data real-time processing system and method, and relates to the technical field of big data processing, and the big data real-time processing system comprises a data partitioning module, a data storage module, a data reading module and a data backup module; the data partitioning module is used for partitioning big data entering a block chain in real time by using a partitioning strategy, extracting keywords, and distinguishing the frequency of data blocks according to historical query records; the data storage module stores data blocks through a storage contract, encrypts identifiers of the data blocks and establishes a mapping relation; the data reading module screens data blocks based on the private key set when a user queries, and determines a sending sequence through keyword matching; the data backup module generates a backup after storage, performs different updating strategies for data blocks with different frequencies, and performs adaptive modification on original data by using a hash value; in combination with the block chain technology, multiple advantages of real-time processing, efficient storage, safe reading, flexible backup and the like are integrated, and a comprehensive and efficient solution is provided for big data processing.

The invention belongs to the technical field of integrated circuits, and particularly relates to a multichannel ultrasonic imaging special integrated circuit suitable for integrated packaging. The application-specific integrated circuit is formed by cascading a plurality of multi-channel single chips, the multi-channel single chips adopt four ultrasonic channel input architectures, and each channel comprises an ultrasonic analog front end, an analog-to-digital converter and an ultrasonic digital signal processing module; the ultrasonic analog front end comprises four sub-modules, namely a low-noise amplifier, a voltage control attenuator, a programmable gain amplifier and an anti-aliasing low-pass filter; the analog-to-digital converter adopts a three-stage successive approximation register pipeline cascade structure to realize 14-bit digital output; the ultrasonic digital signal processing module is used for processing the ultrasonic signals quantized by the ADC, including ADC data preprocessing, data demodulation, signal interpolation and extraction, beam forming, test signal generation and the like; the number of channels is expanded through SIP packaging, and the method can be used for ultrasonic imaging of medical ultrasonic diagnosis and has high flexibility and expandability.

The invention discloses a cross-platform file incremental synchronization method, a computer device, a medium and a product. The method comprises the following steps: monitoring a determined to-be-monitored file in real time, obtaining file change information, dynamically obtaining a target coding algorithm and a target compression ratio, processing the file change information, obtaining intermediate file information, distributing a unique identifier and unique verification information for the intermediate file information, and obtaining target file data; detecting and acquiring a plurality of target network paths; and according to the network delay information, the bandwidth information and the reliability information, determining an optimal transmission path in the plurality of target network paths, and then transmitting the target file data on the path. The method is suitable for different operating systems and platforms, the optimal network path can be detected and selected for file transmission, and it is ensured that cross-platform file synchronization can be efficiently, stably and safely carried out under different network conditions.

The invention discloses a subtitle display method and device, equipment, a storage medium and a program product, which are used for improving the subtitle display efficiency and accuracy and ensuring that subtitles are matched with the situation of a video picture. The method comprises the following steps: separating an audio stream and a video frame sequence from a video file; based on the audio features of the audio stream and the image features of each video frame in the video frame sequence, determining a target video frame synchronized with the voice signal in the audio stream in the video frame sequence; generating a subtitle text corresponding to the target video frame based on the voice signal corresponding to the target video frame; and displaying the subtitle text on the target video frame based on the time information of the voice signal.

The invention relates to the technical field of artificial intelligence, in particular to an intelligent large-screen multi-round dialogue linkage method based on a large model. A user can control the intelligent large screen anytime and anywhere through the mobile phone without being limited by time and equipment operation. Compared with a traditional interaction mode, the user experience is more natural and convenient. A two-dimensional code generated by an intelligent large screen is scanned through a mobile phone program, a safe interaction channel is established through a WSS protocol of Websocket, and multi-round dialogue control is performed by using a large model.

The invention discloses a satellite demodulation equipment frame synchronization method, which comprises a frame synchronization step used for acquiring and guiding demodulation equipment to receive a TDMA (Time Division Multiple Access) burst and detecting TDMA burst time T'of the TDMA burst. According to the synchronization method, the frame plan and the initial TDMA burst decoding data are acquired, the satellite demodulation equipment can receive the DVB signal and the TDMA signal, and frame synchronization can be realized without interaction with the main small station; the synchronization method is also configured with a synchronization result verification step and a synchronization time following step, so that the receiving correctness probability is improved, and the false alarm and missed detection probability is reduced.

The invention relates to the technical field of power acquisition terminal data storage, and discloses a data hybrid storage method and device and computer equipment, which are applied to a memory database, and the method comprises the following steps: when electric energy meter reading data is written into a main database of a power acquisition terminal, receiving a data change notification sent by the main database; recording the meter reading data into a data cache by adopting a key value mode based on the data change notification; and preferentially querying the corresponding meter reading data in the data cache based on a preset data retrieval requirement, and if the corresponding meter reading data is not queried, switching to the main database to continue data retrieval. According to the method, a large amount of data is prevented from simultaneously accessing the main database at the same moment, so that the load of the main database is reduced, load balancing is realized, the memory database is preferentially queried during data retrieval, and the main database is switched to retrieve when the memory database cannot be queried, so that the access frequency of the main database is greatly reduced, and the data retrieval efficiency is improved. And the performance bottleneck during batch data query of the relational database is solved.

The invention relates to the technical field of computers, and discloses a business data synchronization method and device, equipment, a storage medium and a program product. The method comprises the steps that under the condition that it is detected that a service message corresponding to an associated service node exists in a message queue, to-be-synchronized service data is extracted from the service message, the to-be-synchronized service data is stored in a first database bound with the associated service node, and the service message is generated by the associated service node based on the to-be-synchronized service data; according to a business mapping rule between the target service node and the associated service node, a target database used for storing business data to be synchronized is selected from a plurality of second databases bound to the target service node, and the first database and any second database belong to different technology stacks; and synchronizing the to-be-synchronized service data to the target database. By adopting the method, the synchronization effect of performing data synchronization on the business data between the cross-technology stack databases can be improved.

The invention provides a standard electronic transformer angular difference traceability device and method based on square waves, and belongs to the technical field of power system measurement. And the delay phase determination module is used for determining a fundamental wave delay phase corresponding to the square wave voltage signal according to the rising time or falling time of the square wave voltage signal. And the standard analog-to-digital conversion mutual inductance module is used for carrying out filtering and analog-to-digital conversion sampling on the square wave voltage signal according to the clock synchronization signal to obtain a digital voltage signal. And the calibration angle difference determination module is used for carrying out discrete Fourier transform on the digital voltage signal to obtain a fundamental wave phase corresponding to the digital voltage signal, and carrying out angle difference tracing on the detected electronic transformer according to a calibration angle difference obtained by calculating the fundamental wave phase and a fundamental wave delay phase. Through the device and the method provided by the invention, the calibration angular difference of the standard analog-to-digital conversion mutual inductance module can be accurately obtained, the tested electronic transformer is traced, the accuracy of angular difference traceability is improved, and the problem of low accuracy is solved.

The invention discloses a vehicle remote control state synchronization method, device and equipment and a storage medium, relates to the technical field of remote communication, and discloses a vehicle remote control state synchronization method which comprises the steps that the current vehicle state is acquired, when the vehicle state meets the vehicle-mounted communication terminal restarting condition, a restarting signal is sent to a vehicle-mounted communication terminal, and the vehicle-mounted communication terminal restarts the vehicle-mounted communication terminal. Sending an unavailable state signal to the vehicle-mounted communication terminal so that the vehicle-mounted communication terminal sends an unavailable state signal to a networked vehicle platform, and when the unavailable state signal is sent, starting to restart the vehicle-mounted communication terminal; receiving the unavailable state signal sent by the networked automobile platform; when the unavailable state signal is received, setting a preset state as an unavailable state; and when a remote control instruction sent by a remote control application program is received, sending preset prompt information to the remote control application program according to the unavailable state. By sending the restart state of the vehicle-mounted communication terminal, the effect of optimizing remote control is achieved.

The invention discloses a message sending method, electronic equipment and a computer readable storage medium, and belongs to the technical field of computers. The method comprises the steps that one of a first device and a second device is a terminal, and the other is a wearable device. And after the short-distance communication connection is established between the first equipment and the second equipment, the first equipment performs equipment registration on the first server and performs equipment registration on the second server. And after the short-distance communication connection between the first equipment and the second equipment is disconnected, if the first equipment determines that the second equipment is online through the first server, the first equipment and the second equipment are networked. And after the first equipment and the second equipment finish networking, the first equipment creates a session between the first equipment and the second equipment through the second server, and sends the target message in the first equipment to the second equipment through the session. According to the invention, far-field message interaction between the terminal and the wearable device can be realized, so that a user can know the concerned message in time.

The invention discloses an in-flight tide level control method and system for a drag suction dredger. The method comprises the steps that tide level data are defined based on antenna elevation data; acquiring draft data of different positions of the drag suction dredger; the sea level data and the draught data are synchronized to the unified time scale, synchronization of the sea level data and the draught data in time is achieved, further processing of the sea level data and the draught data is facilitated, and follow-up processing of the sea level data and the draught data is guaranteed. Further, ship installation data are collected, and a vertical distance is defined according to the ship installation data; according to the method, the on-line tide level of the drag suction dredger is defined based on the tide level data, the draught data and the vertical distance, overall consideration of the tide level data, the draught data and the vertical distance is compatible, multi-dimensional control over the tide level data, the draught data and the vertical distance is achieved, accurate control over the on-line tide level of the drag suction dredger is guaranteed, and the control accuracy of the drag suction dredger is improved. And therefore, the accuracy of the drag suction dredger on the sea level is ensured.

This application relates to an interrupt generation device with synchronization function. By using one of the interrupt generation modules as a reference interrupt module, when the synchronization signal output by the synchronization output module arrives, the reference timing module adjusts the count of each interrupt module according to the synchronization signal, the reference count of the reference interrupt module, and the timing duration of the reference timing module itself, so as to change the output time of each subsequent interrupt signal. This makes the output reference interrupt signal synchronized with the synchronization signal, and other interrupt signals still maintain the initial phase relationship with the reference interrupt signal before adjustment, and eventually synchronize with the synchronization signal. In this way, only one synchronization signal is needed to ensure that the synchronization of all interrupt signals is achieved without changing the phase relationship between the interrupt signals of each interrupt generation module. The method is simple and has high synchronization accuracy.

The invention provides a data synchronization method, electronic equipment and a computer readable storage medium, and the method comprises the steps: obtaining a first request which comprises a table identifier of a first configuration table, metadata and a system source; on the basis of the table identifier of the first configuration table, comparing the metadata with metadata of a corresponding second configuration table in a database to confirm whether the first configuration table is consistent with the table structure of the second configuration table; when the table structures are consistent, a second request is obtained, and the second request comprises a table identifier of the first configuration table and a system source of the first configuration table; and acquiring corresponding synchronous data according to the second request, and sending the synchronous data to a front-end system. When the table structures are consistent, data synchronization can be performed according to the request, and the data synchronization efficiency can be improved.

The invention provides a magnetocardiogram instrument data fast synchronization method and system, a medium and electronic equipment, and the method comprises the steps that the target data size of a magnetocardiogram array and the number of magnetocardiogram instrument signal channels are obtained, and the number of magnetocardiogram instrument signal channels comprises basic channels and reference channels; sequentially acquiring the magnetocardiogram data based on the acquisition times to obtain the maximum amplitude waveform corresponding to the magnetocardiogram data acquired each time; determining an R peak based on the average waveform of the maximum amplitude waveforms of the reference channels in adjacent acquisition, and performing time translation synchronization by taking the R peak as a reference peak of the current waveform; and after time translation synchronization, deleting waveforms of all reference channels in the magnetocardiogram data acquired each time to obtain synchronous target channel data. According to the magnetocardiogram instrument data rapid synchronization method and system, the medium and the electronic equipment, data synchronization can be carried out without using an electrocardiograph, the number of times of acquisition does not need to be additionally increased, and synchronization between magnetocardiogram data can be achieved by taking the added signal acquisition channel as a reference channel.

The present invention provides a method and device for managing a message queue based on the Go language, wherein the method comprises: obtaining configuration information, the configuration information comprising queue cluster information, the queue cluster information comprising queue consumer information and queue producer information, loading the configuration information into a Go language file, running the Go language file, and starting the queue cluster according to the configuration information. The technical solution of the present invention can realize synchronous or asynchronous startup of multiple threads in the message queue, improve the startup efficiency of the message queue, and realize multi-thread concurrency by loading consumer information and producer information into a Go language file and starting a message queue managed based on the Go language.

The utility model relates to the technical field of radiator processing, and provides a welding machine positioning structure for radiator processing, which comprises a base and two clamping plates, the top of the base is provided with a positioning groove, the top of the base is provided with two symmetrically arranged sliding plates in a sliding manner, the top of the base is provided with an air cylinder, and the air cylinder is provided with an air outlet. The output end of the air cylinder is fixedly connected to one side of one sliding plate through a screw, the base and the two sliding plates are jointly provided with a positioning auxiliary device, through arrangement of a driving block, a driven block and other structures, the sliding plates drive the driving block to move through a connecting rod, and then operation of a transmission belt is achieved. According to the technical scheme, movement of the driven block is achieved, so that synchronous and relative movement of the two sliding plates is achieved, synchronous movement of the two sliding plates can be achieved only by pushing and moving the sliding plates, cost is saved, and through the technical scheme, the problems that in the prior art, cost is high, and practicability is poor are solved.

The application discloses a multimodal conference data synchronization method, system, electronic equipment, storage medium and program product, wherein the method comprises: detecting a writing event, and configuring a writing event identifier for corresponding writing data; detecting an audio event when the writing event is detected, collecting corresponding audio data, and configuring an audio event identifier for the corresponding audio data; establishing a mapping relationship between the writing event identifier and the audio event identifier, and storing the writing data and the corresponding audio data. The application realizes the synchronization between the writing data and the audio data by configuring the writing event identifier and the audio event identifier associated with the writing data and the audio data, establishing the mapping relationship between the writing event identifier and the audio event identifier, and storing the writing data and the corresponding audio data in the conference process. The synchronization process does not require complex and accurate time stamps, and avoids the dependence on the accuracy and stability of RTC.

This invention relates to the technical fields of intelligent diagnostic equipment for traditional Chinese medicine (TCM), medical IoT, and equipment and systems for internet-based TCM hospitals. Specifically, it relates to an integrated terminal and system for the four diagnostic methods (inspection, auscultation, inquiry, and palpation), incorporating a built-in TCM health model, wireless networking capabilities, and access to an internet-based TCM hospital platform for online registration, AI-based diagnosis, physician review, and electronic prescription processing. It aims to address the problems of single-function diagnostic equipment, data disconnect, and lack of a closed-loop diagnosis and treatment system. The terminal includes an integrated shell and integrated multimodal sign acquisition, edge computing core, interactive touch display, and secure communication gateway module. The acquisition module consists of inspection, auscultation, inquiry, and palpation units, synchronously acquiring tongue appearance, voice, chief complaint, and pulse wave features under a unified clock. The edge computing core incorporates a built-in TCM health model, deeply fusing multimodal features through a cross-modal attention mechanism.

The invention relates to a tight coupling vision inertial odometer method based on a pulse camera brightness change rate, and belongs to the field of computer vision and robot positioning and navigation. The method comprises the steps of 1) VIO system preparation and data preprocessing, 2) visual feature extraction and pulse observation value calculation, 3) IMU pre-integration, and 4) tight coupling optimization model construction and solution. During operation of the system, for each sliding window, the optimization process of a predicted state vector is completed through the steps 2)-4), carrier motion state estimation at the latest moment in the current sliding window is output, then the sliding window is updated, and the steps 2)-4) are cycled, so that the system continuously outputs high-frequency and high-precision real-time motion state estimation. According to the invention, the microsecond brightness differential signal of the pulse camera is converted into continuous physical supervision on the motion state, and the precision and robustness of the system in challenging scenes such as high speed and dynamic illumination are remarkably improved in a tight coupling mode on the premise of not changing the VIO main body architecture.

The invention provides a data synchronization method and device, computer equipment and a storage medium. The method comprises the following steps: when a data updating event in a first storage cluster is detected, acquiring library table information corresponding to the data updating event; performing synchronization rule searching in a preset synchronization rule base based on the base table information to obtain a target synchronization rule; extracting a synchronization field from the target synchronization rule, and extracting update content from a library table corresponding to the library table information based on the synchronization field; generating a synchronization event message based on the update content and the rule label of the target synchronization rule; and sending the synchronization event message to a message queue, so that the synchronization execution component calls a write data interface of at least one second storage cluster indicated by the target synchronization rule based on the synchronization event message after subscribing to the synchronization event message in the message queue, and synchronizes the update content to the second storage cluster. According to the method, the synchronization of the other part of data among the storage clusters can be realized on the basis of keeping the part of data in the storage clusters independent.

The invention provides a multi-modal order intelligent management system and method based on artificial intelligence, and the system comprises a data collection module, an AI intelligent processing module, an order management module and a tracking feedback module, achieves the automatic distribution of production tasks, guarantees that each order can be put into production in time, and improves the production efficiency. Meanwhile, overall management of order production tasks can be realized, production cooperation among factories can be coordinated, reasonable arrangement of resources is realized, customer-oriented maximization of limited resources is completed, order production efficiency is improved, and production cost is reduced. After the orders are distributed, full-process monitoring and tracking are carried out on the production condition of each order through a tracking feedback module, so that production problems can be found in time, and order feedback data are sent to a target customer and order-related responsible personnel; information synchronization of a producer, a customer and a principal and visualization of order change information are realized, and an information barrier between supply chains is broken.

The present application relates to the technical field of Bluetooth headsets, and provides a method and system for reducing the transmission delay of Bluetooth headsets. After the software protector obtains the first digital audio signal of the user-end device, the present application encodes the first digital audio signal, compresses the encoded information obtained by the encoding to generate a first radio frequency signal data packet, and converts the first radio frequency signal data packet into an electrical signal output through the first radio frequency module; receives the electrical signal through the second radio frequency module of the Bluetooth headset and restores the electrical signal to a second radio frequency signal data packet; and decodes the second radio frequency signal data packet into a second digital audio signal, and then generates an audio waveform based on the second digital audio signal, thereby outputting audio according to the audio waveform. The present application encodes and compresses the digital audio signal, and transmits it through the radio frequency module, thereby speeding up the data transmission rate and effectively reducing the delay of Bluetooth headset audio transmission, thereby achieving synchronization between audio and video.

The utility model belongs to the field of packaging machinery, and particularly relates to a multi-station paper blank warehouse capable of being independently controlled, which comprises a support frame, and is characterized in that a mounting plate is arranged on the support frame, a plurality of brackets are uniformly distributed and fixed on the mounting plate, a fixed plate is connected onto the brackets through thumb-shaped locking devices, and the thumb-shaped locking devices are connected with the fixed plate. Paper blank conveying mechanisms are respectively fixed on the fixed plates and are used for placing and conveying paper blanks; a guide plate is fixed above the mounting plate on the support frame through a spring plunger and a thumb-shaped locker, a plurality of special-shaped guide holes are uniformly distributed in the guide plate, and the ground paper conveying mechanisms respectively penetrate through the corresponding guide holes; and guide strips are respectively fixed on the left side, the right side and the upper side of each guide hole on the guide plate, and are used for realizing the guide during the paper blank conveying. The device has the advantages that synchronous or independent conveying of multiple sets of ground paper can be achieved, the production speed can be increased, and products are convenient to replace during model changing.

The invention relates to the technical field of food safety detection, in particular to a food trace element and animal residue integrated detection assembly and method combined with an enzymatic reaction, and the assembly comprises a sample storage module which pumps liquid through a micro pump; the enzymatic reaction module comprises a substrate and a pair of mutually independent reaction units, the substrate is communicated and connected with the sample storage module through a pipeline, and the substrate is also communicated and connected with the pair of reaction units; wherein the two reaction units comprise a first immobilization enzyme aiming at heavy metal ions, a first reaction system for developing an enzyme reaction substrate, a second immobilization enzyme aiming at veterinary drug residues and a second reaction system for developing the enzyme reaction substrate. The first reaction unit aiming at heavy metal ions and the second reaction unit aiming at veterinary drug residues are integrated on the liquid outlet side of the same microfluidic substrate, one-time sample adding and synchronous distribution of the liquid to be detected are achieved through the microfluidic channel network, high integration and synchronization of the detection process are achieved, and the detection efficiency is improved.

The invention discloses a distributed synchronization method for multi-agent cluster data. The method comprises the following steps: determining an agent fragment structure; state updating and node fault detection in the cluster are realized by using a Gossip / SWIM protocol, and an active agent list in the cluster is determined; the maximum message length of network transmission is determined according to the network state, and a TCP / UDP protocol is adopted to carry out data communication between the intelligent agents; updating data information in the intelligent agent cluster by utilizing incremental synchronization operation; and domain-based synchronization is realized by using a cluster structure and a data label mechanism. According to the method, high reliability, real-time performance and safety in the data transmission process between agent clusters are met, and expandability and maintainability are supported, so that subsequent expansion and maintenance of the system are facilitated.

The invention relates to a UVM-based DMA communication UART module verification system and method, an advanced UVM verification platform integrating data sending, processing and checking is established, each integrated AHB and UART protocol component has good transportability, and an integrated UART configuration component is used for randomizing data and configuration and is matched with various test cases, so that the verification efficiency of the UART module is improved. The UART module verification supporting DMA communication based on the UVM verification methodology is realized, the verification completeness and accuracy are ensured, the verification flexibility is improved, the synchronization of the verification environment and the to-be-tested module is realized with relatively low configuration cost, and the verification efficiency is improved; meanwhile, the degree of freedom of the configuration options also improves the randomness of verification, so that the verification is more complete.

The invention provides an electronic device and a data backup method based on a data storage service, and mainly relates to the technical field of computers, the electronic device comprises a processor configured to obtain a data synchronization rule, the data synchronization rule comprising a first cluster address, a second cluster address and a synchronization data identifier; acquiring to-be-synchronized data corresponding to the synchronization data identifier from the first cluster through the first cluster address; and synchronizing the to-be-synchronized data to a second cluster corresponding to the second cluster address. Only the to-be-synchronized data in the specified range is synchronized from the first cluster to the second cluster, and the to-be-synchronized data is less than total data, so that the CTED data is synchronized to the standby cluster in real time under the conditions of insufficient disk IO and network delay, the method has the characteristic of quick switching, and meanwhile, the data synchronization in the specified range is realized, and the data synchronization efficiency is improved. And synchronization delay caused by full-amount synchronization is avoided.

The invention relates to the technical field of Internet of Things, and discloses a method for synchronizing metering data of an intelligent gas meter, and the method comprises the steps: obtaining a front photo of the intelligent gas meter; based on the front photo, a target image is generated, and the target image is a monochromatic image obtained by preprocessing a target area of the table number and a target area of the mechanical cumulant in the front photo; processing the target image by using an artificial neural network model to analyze table number data and mechanical cumulant data in the target image; the electronic cumulant data of the intelligent gas meter corresponding to the meter number data is set as the mechanical cumulant data by adopting the near field communication connection with the intelligent gas meter, so that the mechanical cumulant data of the intelligent gas meter can be automatically set into the electronic cumulant data in the intelligent gas meter, the consumption of manpower is reduced, and the working efficiency is improved. The efficiency and accuracy of successful setting are improved, and synchronization of mechanical metering data and electronic metering data is timely and effectively realized.

The application relates to a VR user identity authentication method based on multi-modal perception of sound vibration signals, which comprises the following steps: S1, obtaining original acceleration signals and original speech signals based on time axis alignment; S2, identifying sound segments and taking the sound segments as first speech signals; S3, taking first acceleration signals corresponding to the first speech signals from the original acceleration signals; S4, generating acceleration amplitude spectrum diagrams of the first acceleration signals as first acceleration spectrum diagrams; S5, converting the first acceleration spectrum diagrams into speech mel spectrum diagrams as second mel spectrum diagrams, and converting the second mel spectrum diagrams into acceleration amplitude spectrum diagrams as second acceleration spectrum diagrams; S6, performing cyclic consistency feature extraction on the first acceleration spectrum diagrams and the second acceleration spectrum diagrams to obtain first features; and S7, inputting the first features into a trained first detection model to obtain a detection result. Compared with the prior art, the application has the advantages of improving the anti-interference ability and the accuracy, etc.