83 results about "Synchronizing" patented technology

Disclosed is a method of a base station that supports beamforming in a wireless communication system, the method comprising the steps of: transmitting, to an RC, control information for controlling a plurality of reflective patterns of an RIS; transmitting synchronizing signals corresponding to a plurality of beams of the base station via the RIS to a terminal positioned in a shadow region, wherein the synchronizing signals are sent for each of the plurality of reflective patterns controlled on the basis of the control information; receiving, from the terminal, measurement reports containing measurement results of the intensities of the synchronizing signals corresponding to the plurality of beams of the base station, wherein the measurement reports are received for each of the plurality of reflective patterns; selecting at least one of the plurality of beams and at least one of the plurality of reflective patterns as an optimal beam and an optimal reflective pattern for the shadow region on the basis of the measurement results contained in the measurement reports; and generating a code book for the RIS on the basis of the selected optimal reflective pattern for the shadow region.

The invention relates to the technical field of image processing and display, and provides an image processing method based on a vertical synchronization signal, electronic equipment and a storage medium, and the method comprises the steps that the electronic equipment responds to a first vertical synchronization signal, draws and renders, and buffers a first image layer in a first buffer queue at a first moment; and under the condition that the first moment is after the second vertical synchronization signal and the third vertical synchronization signal does not have the first image frame to be refreshed and displayed, the electronic equipment immediately triggers the first image layer at the first moment to carry out image layer synthesis to obtain a second image frame. Wherein the second vertical synchronization signal is after the first vertical synchronization signal and is spaced by a first preset period, and the third vertical synchronization signal is after the second vertical synchronization signal and is spaced by a second preset period. Therefore, when the drawing of the first image layer is delayed and the second image frame can be refreshed and displayed by the corresponding third vertical synchronizing signal, the immediate synthesis is triggered, so that frame loss can be avoided, and the smoothness of image display is ensured.

A computer-implemented method for distributed synchronous training of a neural network model includes performing, by a worker machine of a plurality of worker machines, a forward computation of a training data set using a plurality of N layers of the neural network model. The forward computation starts at Layer 1 and proceeds through Layer N of the neural network model. The method further includes performing, by the worker machine, a backward computation of the training data set, the backward computation starting at Layer N and proceeding through Layer 1 of the neural network model. The method further includes synchronizing, by the worker machine, a plurality of gradients outputted by the neural network model during the backward computation. The synchronizing of the plurality of gradients is performed with other worker machines of the plurality of worker machines and in parallel with the backward computation.

Disclosed in the present invention are a time synchronization method and system, an electronic device, a storage medium and a vehicle. The method comprises: on the basis of a defined global time management module, calibrating each piece of obtained time data, so as to generate global time data; on the basis of a defined time synchronization protocol, carrying the global time data to each module requiring time synchronization; analyzing the defined time synchronization protocol, so as to obtain analyzed global time data; and in response to a time synchronization signal and on the basis of each module requiring time synchronization, synchronizing, by means of the analyzed global time data, system time comprised in each module requiring time synchronization, wherein the global time management module is a master node for time synchronization, each module requiring time synchronization is a slave node for time synchronization, and the master node communicates with the slave nodes via the Ethernet. The method avoids latency in time data transmission across systems during cross-system communication, thereby improving the time accuracy, and reducing the risk of incorrect time display.

Disclosed herein are an apparatus and method for providing a seamless network service based on multiple heterogeneous networks. The method for providing a seamless network service based on multiple heterogeneous networks includes providing, by a multi-network management apparatus, a service transmitted from a server to a terminal over a primary network, synchronizing, by the multi-network management apparatus, service data transmitted over the primary network with a secondary network maintained in a standby state, changing, by the multi-network management apparatus, the secondary network to the primary network as a communication failure between the primary network and the terminal occurs, and providing, by the multi-network management apparatus, the service transmitted from the server to the terminal over the changed primary network.

The application provides a charging port recognition and positioning method and device based on multi-modal perception, which comprises the following steps: acquiring binocular visible light images and infrared depth maps, synchronizing and pixel-level registering based on calibration external parameters to obtain RGBD data; inputting the visible light images into a detection model embedded with coordinate attention to obtain a candidate detection box; combining the geometric parameters of the detection box and local depth features to output two-dimensional correction offsets from a correction network, and correcting at least three two-dimensional feature points; establishing a two-dimensional-three-dimensional correspondence according to three-dimensional template points and outputting rotation parameters and translation parameters by differentiable PnP solving; weighting the reprojection error by using the variance output by the uncertainty branch; when the reprojection error meets the trigger condition, writing the sample into the difficult sample buffer and performing incremental updating on at least part of the parameters of the correction network and / or the uncertainty branch. The technical scheme of the application realizes stable output of the charging port pose, and improves the success rate of automatic charging alignment and plugging.

The present invention belongs to the field of software engineering, and discloses a software development method and system based on a low-code platform, including automatically generating an initial project through project requirements; designing a workflow based on the initial project through predefined workflow nodes and a graphical interface; real-time synchronizing and recording all changes to the workflow; conducting experimental development of sub-branches based on the change records, reviewing the experimental development of sub-branches, and merging them into a new workflow according to the review results; starting the new workflow for testing, debugging based on the test results to obtain the final workflow; deploying the final workflow to the production environment, real-time monitoring the running status of the final workflow, and continuously iterating and improving the final workflow based on the monitoring data and user feedback. By conducting experimental development of sub-branches based on change records, reviewing, and real-time synchronizing and recording all changes to the workflow, the present invention improves the team collaboration efficiency and version control ability.

The invention discloses an industrial behavior identification detection method and system, and the method comprises the steps: collecting video, audio and sensor data in an industrial scene, carrying out the preprocessing and time synchronization, and generating a pseudo-label data set through a pre-training feature extraction model in combination with self-supervision and weak supervision learning; video time-space features are extracted through a ResNet network, audio frequency spectrum features are extracted through combination of MFCC and a VGGish network, and sensor time sequence features are extracted through an LSTM network; and carrying out dynamic weighted fusion on the multi-modal features by adopting an attention mechanism based on Transform, and finally realizing behavior recognition and abnormity alarm through a classifier. According to the method, the problem of low recognition accuracy caused by illumination variation, shielding and noise interference in an industrial scene is effectively solved, the data labeling cost is remarkably reduced, and the model generalization ability and the system real-time performance are improved.

Synchronizing is performed of multiple live Hypertext Transfer Protocol (HTTP) Live Streaming (HLS) streams in hypertext markup language (HTML) MediaElements. Time differentials are computed between video encoder date / time tags and current date / time retrieved from a universal time (UTC) time server. A playhead position of an HTML MediaElement is controlled to maintain a calculated time offset value defined as the current date / time minus a predefined time offset. MediaElement source content and the playhead position are dynamically controlled while maintaining video synchronization to the predefined time offset.

Synchronizing time-of-day (TOD) between TOD components includes issuing an order for a plurality of TOD components, each including a local time, an offset, and an effective time as a sum of the local time and the offset. The effective time of a reference TOD component is the reference time to which target TOD component(s) are to be synchronized. The order directs each of the plurality of TOD components to synchronously, at a point in time, snapshot its local time. This provides a snapshot of the effective time of the reference TOD component, and thus the reference time. The synchronizing synchronizes each target TOD component to the reference time by setting the respective offset as a difference between the target TOD component's snapshot local time and the snapshot of the reference time. Based on the synchronizing, the effective times of the plurality of TOD components match and are the reference time.

The application discloses a gateway plug-in asynchronous publishing and cluster state synchronizing method and system, and relates to the technical field of distributed systems.The method comprises the following steps: a management end generates node-level task records for each to-be-updated node and stores the node-level task records into a task table, and a unified batch number is allocated for the same batch; an update instruction is issued to each edge node in an asynchronous mode; the edge node writes the instruction into a local task queue for serial execution, and reports the state after performing file operation, database migration, configuration update and service reloading; the management end aggregates the callback information of each node to generate a batch overall completion state; and when retrying, the instruction is reissued only to the failed node.The application ensures the consistency of the cluster version, and improves the reliability and efficiency of large-scale gateway cluster plug-in publishing.

A method, system, and apparatus for synchronizing laser dither and correlator clocks to improve dynamic light scattering is disclosed. An example laser dither and correlator synchronizing system includes a laser driver configured to output a laser. The example laser dither and correlator synchronizing system further includes a correlator having an internal clock. The example laser dither and correlator synchronizing system further includes a waveform generator configured to receive a clock signal from the internal clock of the correlator, receive a dither signal from a controller, and output a laser modulation signal to the laser driver based on the dither signal and the clock signal.

The present invention concerns a method and devices for wirelessly synchronizing at least one image displaying device and at least one image recording device, said method comprising the steps of: a) displaying a sequence of display image frames at a displaying frame rate (DFR) with said image displaying device; b) recording a sequence of recording image frames of scenery including said sequence of display image frames with said image recording device at a recording frame rate (RFR); c) synchronizing said displaying frame rate (DFR) and said recording frame rate (RFR) such that said recording frame rate (RFR) is an integer multiple or an integer fraction of said displaying frame rate; and d) adjusting a phase shift between said sequence of displaying image frames and said sequence of recording image frames such that each recording image frame captures a portion of a single displaying image frame.

The present invention relates to a computer-implemented design synchronizing system (1) for designing floorplan of electronic systems. The system (1) characterized by at least two design editors comprise of a physical design editor (11) and a logical design editor (12), the design editors (11, 12) are connected to a design database associated with a unified design model (14), and a synchronization manager (13) manages design synchronization among the design editors (11, 12) by receiving an action from one of the design editors (11, 12), updating the action in the unified design model (14), and broadcasting the action to other design editor, wherein each of the design editors (11, 12) comprises an undo stack (15, 16) to receive an action from a user or broadcast, and to keep track a sequence of actions of the respective design editor, whereby the design editors (11, 12) perform an action according to the action received from the user or broadcast corresponding to the unified design model (14) for design synchronization. A computer-implemented method for design synchronization of electronic systems is also disclosed herein.

The invention discloses a method for synchronizing and publishing works of multiple types of social media accounts, and relates to the technical field of social media operation, comprising the following steps: step 1, content structuring processing: analyzing the content of works created by a user; extracting text, picture, audio and video elements in the data, and storing the text, picture, audio and video elements according to a unified structured format; step 2, cross-platform content adaptation: according to the type and format requirements of the target social media platform, performing automatic adaptation conversion on the structured content; step 3, publishing strategy optimization: determining optimal publishing time and frequency based on content recommendation algorithm characteristics of the target platform and user active time data; 4, multi-platform synchronous publishing: through calling an open API interface of each social media platform, publishing the adapted content to a corresponding account according to an optimized strategy; and 5, synchronization and update management: maintaining the association relationship and state information of the content published by each platform.

The present disclosure relates to a method including repeatedly synchronizing a source table with a target table. The synchronizing includes receiving changes of the source table, the changes indicating delete records to be deleted and / or insert records to be inserted, replicating the changes to the target table, storing in a storage device the delete records and the insert records of the changes; and deleting from the storage device the records of the changes that are applied at the target table. A query referencing data of the source table may be received. A first query and a second query may be derived from the received query. The first query may be executed on the target table excluding the records in the storage device. The second query may be executed on the insert records of the storage device. The results of the executions may be provided to a sender of the query.

The invention relates to the technical field of robot inspection, in particular to a power station complex environment robot self-adaptive inspection method based on multi-source information, which comprises the following steps: S1, acquiring the motion constraint of an inspection robot, collecting the multi-source information of power station environment and equipment operation, performing time synchronization and space registration on the multi-source information, and constructing a fusion environment model; and S2, establishing an environment state prediction model based on the fusion environment model and the historical operation data, identifying the critical state of the key equipment, and generating environment risk distribution data. According to the method, the environment state prediction model is established based on the fusion environment model and the historical operation data, the critical state of the key equipment is identified, and the critical state equipment is taken as a time sensitive node to be incorporated into the routing inspection path generation logic in the path planning stage; priority monitoring of partial key states such as high temperature, high pressure, load peak value or abnormal fluctuation in a specific time period is realized.

According to the VR display system provided by the embodiment of the invention, the VR display system comprises a head-mounted host device and a slave device, the head-mounted host device comprises a camera, a micro-control unit and a first radio frequency chip, the slave device comprises a second radio frequency chip, and after the micro-control unit obtains a camera signal sent by the camera, the camera signal is sent to the first radio frequency chip; whether the camera is in a standby state or not is judged based on the frame rate of the vertical synchronizing signal in the camera signal, and under the condition that the frame rate of the vertical synchronizing signal in the camera signal is smaller than a preset threshold value, the micro-control unit controls to close a radio frequency link between the first radio frequency chip and the second radio frequency chip. And after the first radio frequency chip closes the radio frequency link with the second radio frequency chip, data interaction between the first radio frequency chip and the second radio frequency chip is stopped, so that when the camera is in a standby state, data interaction between the first radio frequency chip and the second radio frequency chip is stopped, and the camera is in a standby state. The resource occupation of the master and slave machines is avoided, and the power consumption of the master and slave machines is reduced.

A method can include receiving, by a wireless device from a non-terrestrial network (NTN) cell of a first satellite, a system information block (SIB) that includes a first parameter that indicates that a satellite switch, from the first satellite to a second satellite, without a physical cell identifier (PCI) change is supported in the NTN cell. The first parameter can also indicate a configuration of the second satellite. The method can also include starting re-synchronizing, based on receiving the first parameter, to a downlink of the second satellite while maintaining the PCI of the NTN cell. The method can further include receiving a request for a report and transmitting the report including a second parameter indicating at least one of the satellite switch without PCI change or a time of the starting the re-synchronizing.

Synchronizing time-of-day (TOD) between TOD components includes issuing an order for a plurality of TOD components, each including a local time, an offset, and an effective time as a sum of the local time and the offset. The effective time of a reference TOD component is the reference time to which target TOD component(s) are to be synchronized. The order directs each of the plurality of TOD components to synchronously, at a point in time, snapshot its local time. This provides a snapshot of the effective time of the reference TOD component, and thus the reference time. The synchronizing synchronizes each target TOD component to the reference time by setting the respective offset as a difference between the target TOD component's snapshot local time and the snapshot of the reference time. Based on the synchronizing, the effective times of the plurality of TOD components match and are the reference time.

The utility model discloses a single-point current meter synchronous interface control unit, which comprises a power supply isolation module, a photoelectric isolation module and a synchronous signal gating module, and is characterized in that the synchronous signal gating module is connected with the photoelectric isolation module; the power supply isolation module is used for electrically isolating an input power supply, and the input power supply respectively realizes independent isolated power supply for the photoelectric isolation module and the synchronous signal gating module; the photoelectric isolation module is used for carrying out photoelectric isolation on different synchronizing signals; and the synchronous signal gating module is used for receiving an external control signal and an isolation signal output by the photoelectric isolation module to realize gating switching of a synchronous signal working mode.

The invention discloses a cross-platform virtual reality content sharing and synchronizing method, and relates to the technical field of virtual reality cooperative computing, and the method comprises the steps: collecting real-time interaction data, generating a dynamic neural field feature tensor, and detecting abrupt change nodes to construct a difference data set; converting the difference data set into light field tokens, and distributing the light field tokens to heterogeneous terminals; analyzing the light field token in the heterogeneous terminal to restore the high-dimensional curvature feature vector, and generating a conflict object list through a space-time convolution conflict detection model; based on the conflict object list, conflict resolution is executed through a quantum hierarchical arbitration decision, and an arbitration quantum state vector is generated; driving photon field rendering according to the arbitration quantum state vector, and outputting a rendering result through a terminal strategy and optical projection; the photon field rendering is driven according to the arbitration quantum state vector, and the consistency of the visual experience of the heterogeneous terminal is guaranteed.

The present disclosure relates to a method, a computing device and a storage medium for synchronizing time of a plurality of time domains, the method comprising: a step of transmitting, by a Precision Time Protocol (PTP) layer of the master node, a reference time pointed by a hardware clock of the master node to a Precision Time Protocol (PTP) layer of the slave node; a step of synchronizing, by the Precision Time Protocol (PTP) layer of the slave node, a hardware clock of the slave node to the reference time pointed by the hardware clock of the master node; a step of transmitting, by an offset value clock layer of the master node, an offset value (θ1) of a first time domain of the plurality of time domains to an offset value clock layer of the slave node; and a step of applying, by the Precision Time Protocol (PTP) layer of the slave node, the offset value (θ1) of the first time domain transmitted to the offset value clock layer of the slave node to the reference time pointed by the hardware clock of the slave node and thereby obtaining time of the first time domain.

The invention relates to the field of neurosurgical implants, and more particularly to technologies for the functional rehabilitation of patients fitted with cortical visual prosthesis systems. The present method includes the steps of reading the geometric parameters of an environment, transmitting said parameters to a personal computer on which editable virtual rooms are created, transmitting data about said virtual rooms to a computing unit of a cortical prosthesis system equipped with software that makes it possible to control virtual rooms and to visualize objects with the aid of bionic vision, immersing a user into a virtual room, continuously capturing data about the user's position in space and synchronizing said data on the computing unit with a digital copy of the user in the virtual room, and having the user perform exercises of a rehabilitation programme using virtual reality control devices. The technical result of the invention consists in reducing rehabilitation times for users of cortical visual prosthesis systems, increasing the safety of the rehabilitation process and broadening the functionality of systems for adapting to bionic vision.

The invention discloses a time synchronization method and a related device, relates to the field of automatic driving, and synchronously aligns a clock of a camera system and a clock of a laser radar with a clock of an Ethernet switch by taking the clock of the Ethernet switch as a reference. A first synchronization signal of a camera in the camera system is aligned with a second synchronization signal of the laser radar at the whole second moment, so that the signal proportion value of each unit time length is consistent with the signal proportion values of other unit time lengths; and the starting moment of the unit time length corresponds to one first synchronizing signal and one second synchronizing signal, so that the data that the image shot by the camera and the laser radar point cloud are the same picture can be conveniently found out. Wherein the signal proportion value is the ratio of the number of the first synchronizing signals to the number of the second synchronizing signals in the unit time length. Compared with a traditional synchronization mechanism triggered through a wire harness, the complexity and cost of the system are greatly reduced, and the synchronization precision and reliability are improved.

According to the long-distance synchronous acquisition method and system for the multiple common and dynamic vision sensors, the long-distance synchronous acquisition method and system for the multiple common and dynamic vision sensors comprise a plurality of common vision sensors, a plurality of dynamic vision sensors and a control processor, and the method is applied to the control processor. The method comprises the following steps: determining a target common vision sensor, and determining a target dynamic vision sensor; acquiring a first synchronizing signal of the target common visual sensor, performing first delay compensation processing on the first synchronizing signal, and then sending the first synchronizing signal to other common visual sensors; carrying out second delay compensation processing on the first synchronization signal and then sending the first synchronization signal to each dynamic visual sensor; and the second synchronizing signal sent by the target dynamic vision sensor is subjected to third delay compensation processing and then sent to the other dynamic vision sensors, so that synchronous data acquisition is carried out, and the accuracy and synchronism of image data acquisition of the multiple vision sensors are improved.

Disclosed herein are methods of synchronizing a media file between two computing devices. The media file includes a file header, at least one descriptor portion enabling reading of media elements in the body portion and at least one file body in which media elements are stored. The synchronizing of the media file occurs between a first copy of the media file stored at a first computing device and a second copy of the media file stored on a second computing device and the synchronization of the second copy of the media file with the first copy of the media file commences before finalization of the first copy of the media file and continues at least while one or more media elements are being written to a file body of the first copy of the media file at the first computing device. Also disclosed are methods of sending synchronization data to the second computing device and updating the second copy of the media file at the second computing device.

Embodiments provide methods and systems for generating automated video tutorials. The methods and system include receiving, by a processor, a test script document, wherein the test script document includes element identifiers, test steps and test text parsing, by the processor, the test script document to identify the element identifiers, the test steps and the test text and generating, by the processor, a video component based on the identified element identifiers, the identified test steps and the identified test text. The methods and systems further include generating, by the processor, an audio component based on the identified element identifiers, and the identified test text and synchronizing, by the processor, the video component and the audio component based on the identified element identifiers.

A smart synchronizing method of a web inspection system for monitoring a moving web. A synchronizing device, at least one slave camera, and at least one lighting device illuminate an area of the web to be imaged by the cameras. The method includes transmitting a synchronizing signal to the slave camera. The synchronizing signal includes at least a start pulse and serial data including additional information. All the cameras are synchronized with each other based on synchronization moment when integration of cameras end. A light synchronizing signal is transmitted to the at least one lighting device indicating a switching on and off times of the at least one lighting device, which switching off time corresponds to the synchronization moment, and calculating a starting time of integration based on an individual integration time of a camera and the synchronization moment common for cameras of the web inspection system.

Methods and systems for synchronizing a Customer Relationship Management (“CRM”) data system and its mobile application device version. The methods and systems enable both read and write access from the mobile device whether a network connection to the SaaS provider is available or not. They allow for effective local usage and intermittent synching without downloading large numbers of unnecessary records at each synch. The method and systems create a local mobile application device database version to track portions or all of the SaaS provider database. The methods and systems allow the mobile application to be functional while offline between synchs, including with incomplete data and metadata such as a database schema change. In one embodiment, multiple local database tables are used to represent a single SaaS CRM table to facilitate synchronization, and a status indicator is used to convey status on the mobile device application to the mobile user. Administrator settings enable the disclosed synching invention.