56 results about "Data preservation" patented technology

The application discloses an end-to-end communication record synchronization method and system, relates to the technical field of communication, and saves user personal communication record data in a private device, satisfies the convenient and safe use of the user in multiple terminals, and thus guarantees that the personal communication record data can be recovered, synchronized, conveniently saved and found, and accessed and used by the user at any time and in any place. The data of the user communication record does not need to be saved in a platform, is completely stored in the private device, and finally realizes the functions of the synchronization, recovery and storage of the user communication record data in multiple terminals, avoids data leakage to a larger extent compared with previous methods, guarantees the safety of the data, and realizes the convenient personal data management.

A programmable display (10) has a fingerprint reading section (101) that reads a user's fingerprint, a registration section (102) that generates first registration data that associates a first registration user with the first registration user's fingerprint read by the fingerprint reading section (101) and saves the first registration data in a storage section (14), a registration data transceiving section (103) that transmits the first registration data to a fingerprint management server (20), and an authentication section (104) that authenticates a user of the programmable display (10). The registration section (102) also saves second registration data that is transmitted from the fingerprint management server (20) and that is obtained by associating a second registration user with the second registration user's fingerprint in the storage section (14), and the authentication section (104) refers to the first registration data and the second registration data saved in the storage section (14) and authenticates the user based on the user's fingerprint of the programmable display (10) read by the fingerprint reading section (101).

This invention discloses a GNSS interference source localization method based on ADS-B data. The method involves acquiring ADS-B data, saving data points affected by GNSS interference, and, if no NIC is available, constructing ADS-B data with a NIC. The message data is then sorted by ICAO and timestamp. A diagonal matrix W is calculated based on the ICAO, timestamp, NIC, a table showing the correspondence between NIC and received interference power, and the hyperparameter value τ. A residual vector R is calculated based on the message data and the optimization vector, and the optimized vector is then output. This invention analyzes large-scale aviation ADS-B data, sorts and classifies the original message data to determine whether flights are subject to GNSS interference, and abstracts the interference source localization problem into a least-squares problem. An optimization function is constructed, and an iterative optimization algorithm is used to calculate the possible GNSS interference source locations and transmission power, thus more efficiently locating GNSS interference sources.

This application discloses an automated testing method and system for the storage performance of Android devices. The Android device has a storage performance testing application installed and establishes a communication connection with a test terminal via an Android debugging bridge. In this method, after launching the storage performance testing application on the Android device, a corresponding automated operation route is selected based on a preset test scenario to perform test operations on the storage performance testing application. Subsequently, the test result data output by the storage performance testing application is collected, and then the test result data is saved to the test terminal. This application's embodiment, by deploying the test application locally on the Android device and establishing communication via an Android debugging bridge, can eliminate dependence on servers, simplify the porting and debugging process across different devices or environments, and achieve standardized automated storage testing based on preset test scenarios, completing the collection and retention of test result data.

This invention provides an automated digital printing sample adjustment method and system, including a sample adjustment client that imports a preset pattern file to be printed and performs similarity matching calculations with a local process database or a cloud process database on a cloud server. The local process data and the cloud process database store historical process scenario data examples. The sample adjustment client retrieves examples that meet the similarity criteria, corrects the data, and sends it to the digital printing machine terminal. The digital printing machine terminal drives the digital printing machine to print and saves the process scenario data that meets the finished product effect criteria to the local or cloud process database. The cloud server also communicates remotely with service engineers to manually set process scenario parameters. By storing and managing the printing difference parameters of all digital printing equipment, when a customer adjusts a sample, the system automatically matches and retrieves similar historical examples and makes corrections, improving the sampling efficiency of digital printing plants.

The application discloses a multi-layer separated intelligent dense shelf, and relates to the field of warehouse shelves. The multi-layer separated intelligent dense shelf is composed of a multi-lane depth shelf, a vertical carrying module, a depth carrying module which only moves horizontally in a layer and changes layers by being carried by the vertical module, and a central dispatching module. The central dispatching module independently switches the operation mode in units of lanes, and the faulty lane realizes automatic cross-lane collaborative goods taking through the adjacent healthy lane and an emergency channel, and enters an emergency mode when the whole system is interrupted. The multi-layer separated intelligent dense shelf reduces the complexity and cost of the module by function decoupling, avoids the single-point failure from causing the whole system to stop running by switching in the independent mode of different regions, improves the storage and taking efficiency by combining dynamic goods location allocation, and guarantees that the goods are not locked and can be taken out in the case of extreme power failure by emergency data preservation and manual accessibility design.

This invention discloses a data hierarchical storage optimization method based on intelligent scheduling under cloud-network convergence, relating to the field of input / output data processing technology. It includes a data dynamic heat calculation module, a data processing module, a hard disk module, and a dynamic decay factor calculation module. The data dynamic heat calculation module collects data access characteristics in real time and constructs a corresponding dynamic heat model. The dynamic heat model calculates the heat value of an object. When a data object is accessed, its heat value is calculated using the heat value calculation formula. Based on the obtained heat value, the data is stored in the optimal hard disk location through the data storage location allocation unit within the hard disk module. This invention, by constructing a multi-dimensional dynamic heat model, achieves intelligent and adaptive optimization of data storage hierarchical storage, ensuring efficient utilization of storage resources and extending hardware lifespan.

An electronic device according to various embodiments of the present document may comprise a non-volatile memory and at least one processor. The non-volatile memory can be executed by the at least one processor, and, when executed, can store instructions for instructing the electronic device to: generate a logical partition in a data area of the non-volatile memory; copy, to the generated logical partition, at least a part of data stored in the data area and store same; form, in the data area, a first disk area including the logical partition and a second disk area including a physical area differing from that of the first disk area; copy, to the second disk area, at least a part of the data stored in the logical partition and store same; format the first disk area; and restore the data stored in the second disk area to the first disk area. Other various embodiments are possible.

The present application relates to the field of storage, and more particularly to a solid state disk data recording method, device, equipment and medium. The method comprises: adding a soft interrupt module and a log module in a main core and registering a first callback function of the log module in the soft interrupt module, applying storage space corresponding to each function module of a slave core in the log module for each function module of the slave core, and registering a second callback function of each function module of the slave core in the log module, triggering the soft interrupt module in response to an abnormal power-off event, then the soft interrupt module calls the log module to execute data saving through the registered first callback function, the log module executes data saving, and the second callback function registered therein is used to call each function module of the slave core to cache data in the corresponding storage space in the log module, and after the caching is completed, the data is stored persistently. The scheme of the present application can efficiently record important data and perform persistent operation when the power is abnormally turned off, and the risk of data loss is reduced.

The embodiment of the application provides a double-exchange plane data processing device, method and network switching chip, and relates to the technical field of data processing. The double-exchange plane data processing device comprises an interface module, a receiving and scheduling unit, two service processing units, a shared cache unit and an interface output unit. The receiving and scheduling unit is used for merging at least one data slice of the same data packet, and sending the obtained merged data to the service processing unit corresponding to the exchange plane to which the data slice belongs. Each service processing unit is used for processing the obtained to-be-forwarded data according to the merged data, saving the to-be-forwarded data to the shared cache unit, and sending the control information of the complete data packet to the interface output unit. The interface output unit is used for reading the to-be-forwarded data from the shared cache unit according to the control information and forwarding the to-be-forwarded data. The shared cache unit is used for storing the data of the double-exchange plane, and the design cost of the network switching chip can be effectively reduced.

Provide a system. 【Solution means】Means for receiving an electronic document including financial data and automatically extracting financial information from the electronic document; Means for receiving information including financial information and automatically extracting financial data from the information; Means for storing the extracted financial data in a storage area; Means for comparing the stored financial data with the financial data of other companies in the same industry and detecting abnormal events; Means for automatically generating a report based on the detected abnormal events; Means for driving an analysis algorithm using past financial data and predicting future financial indicators; Means for visualizing the predicted future financial indicators and supporting the re-evaluation of business strategies; Means for visualizing sales data and notifying of the detection of abnormal events; A system including the above.

This disclosure relates to a method, apparatus, device, medium, and product for field data storage. The method includes: monitoring the link status of a first communication interface between a first device and a second device; when a disconnection of the first communication interface is detected, establishing a connection with the second device through a second communication interface; wherein the second communication interface is a backup interface independent of the first communication interface; sending a data request command to the second device through the second communication interface based on a preset protocol; wherein the data request command instructs the second device to read field data; receiving the field data returned by the second device through the second communication interface, and storing the field data. This disclosure can effectively solve the problem of being unable to obtain field data after the first communication interface is disconnected, thereby improving the fault tolerance capability when the interface fails and ensuring the smooth progress of fault analysis and problem diagnosis.

The application relates to the storage field and specifically relates to a device and a method for improving the data recovery capability of a dual-port SSD persistent storage area. The device comprises a dual-path access monitoring unit, a data moving unit, a concurrent access control unit and a power supply monitoring unit. The dual-path access monitoring unit is used for monitoring the write access request of the persistent storage area issued from two PCIe interfaces in real time and recording relevant information. The concurrent access control unit solves the problem of cache atomicity through a hardware lock. The data moving unit is used for realizing data moving, and the power supply monitoring unit realizes the data saving of the persistent storage area under the power supply abnormal scene in cooperation with a backup power circuit. The application optimizes the data access management of the storage area and the data saving under the power supply failure condition, realizes the data management and recovery capability under the large-capacity PMR condition, and expands the application prospect of the PMR function.

The application discloses a data storage method and related components, applied to the storage field, obtaining port information of a host; mounting a cloud hard disk to the host according to the port information of the host; adding the cache of the host to the cloud hard disk; and mapping the mounting path of the cloud hard disk to the cloud host. The cloud host runs on the host, and when the cloud host stores through the cloud hard disk, the cloud hard disk is mounted on the host in advance, the cloud hard disk is combined with the cache of the host, and the mounting path of the combined cloud hard disk is mapped to the cloud host. In the storage process, the cloud host can simultaneously use the cloud hard disk with a larger remote memory and the cache of the host, so that the speed of reading and writing data of the cloud host is improved.

The present disclosure relates to a method and system for data retention during power gating. The method includes: sending a power-off request to a shut-off module, the power-off request being configured to instruct the shut-off module to return to-be-stored data; receiving a data saving request sent by each shut-off module, and centrally storing the to-be-stored data carried by each data saving request in a first retention memory; and in response to receiving a data restore signal, returning data stored in the first retention memory to a corresponding shut-off module. The data restore signal is generated after the shut-off module is powered on again.

The application discloses a kind of financial data disaster recovery intelligent backup method and system based on cloud storage, it is related to financial data storage technical field, by constructing data access behavior monitoring and heat recognition mechanism, system can be based on access frequency, field change frequency and transaction coupling complexity etc. Behavior characteristics, real-time dynamic perception is carried out to financial data.Different from indiscriminate fixed cycle full backup mode in prior art system, the scheme can automatically divide priority according to whether data is hot, whether it changes, whether it is important, realize the quick response backup processing of high-frequency key data, greatly improve the pertinence and flexibility of resource allocation.With the help of heat level classification and backup strategy mapping mechanism, the system can accurately bind each data unit to the corresponding backup strategy channel, realizing one-to-one correspondence between data level and backup strategy.Through the organizational structure of logical task unit, batch scheduling, parallel uploading and dynamic rhythm control are supported.

The application discloses a kind of invisible anti-fake seal layout method based on character shape contour fine tuning, belong to seal anti-fake and font processing technical field.The method includes: obtaining the contour data of standard character shape;Identify the contour node area (total six types) of non-intersection stroke contact connection in character shape;Increase or move operation is executed to the contour node of selected area, to introduce slight deformation under the premise of maintaining the overall visual identification of character shape;The modified contour data is saved as anti-fake character shape contour, and the corresponding anti-fake font library is generated;Using the anti-fake font library in seal layout software carries out seal print design, and generates the seal pattern with invisible anti-fake feature.The application realizes the invisible anti-fake of seal print by local fine tuning of character shape contour, under the premise of not affecting normal use and identification of seal, is suitable for seal production, anti-fake document layout and other fields.

The application discloses a data storage method and device, equipment, a storage medium and a program product. The method comprises the following steps: receiving a storage request of target data of a user, wherein the storage request comprises first data information of the target data and user information of the user; predicting a heat level of the target data according to the first data information and the user information, wherein the heat level represents a frequency of access of the target data within a preset time period in the future; and saving the target data into a first storage medium corresponding to the heat level. The application realizes intelligent archiving of data, optimizes allocation of storage resources, and avoids waste of storage resources and the like.

The application discloses a data storage method and device and medium, and belongs to the technical field of data storage. The method comprises the following steps: starting a timer, outputting an invalid start trigger signal to a power module; outputting a first control signal to a BMC and a start key module to output corresponding prompt information within the timing time of the timer; when the timer ends within the preset time, outputting a second control signal to the BMC and the start key module to receive a power signal instruction, and outputting a start trigger signal to the power module to start the power module to complete data storage within the preset time. The method ensures that the staff cannot misoperate through the front key and the BMC page during the data storage process through the bottom hardware logic, and ensures that the data in the RAID card cache is saved before starting or other operations after the system abnormal power-off or downtime, so that the risk of data loss is avoided.

This invention discloses a cross-network communication method, apparatus, device, and storage medium. It includes: receiving communication data sent by a first central node within a first network; when communication with a second network is required based on a target node identifier, saving the communication data to a target cache queue; and when switching to the second network, sending the communication data in the target cache queue to a second central node within the second network, so that the second central node sends the data to be transmitted to the target node located in the second network based on the target node identifier. By selecting a gateway from nodes in the overlapping area of ​​the first and second networks and realizing data transmission between different networks through the gateway's switching mechanism, communication between nodes in adjacent networks can be achieved without adding additional hardware, significantly saving hardware overhead.

The purpose is to improve security when setting recipients. [Solution] The image reading device 2 comprises an image reading unit 11, an operation unit 16, and a control unit 10. When the control unit 10 receives a selection instruction via the operation unit 16 to select one of several restricted folders as a save location, and if predetermined conditions for lifting the restriction on the save location folder are met, it sets the folder indicated by the selection instruction as the save location for the image file and executes a process to save the image data to the set save location.

This invention discloses a real-time monitoring and testing platform for multi-model general-purpose satellite navigation receivers, belonging to the field of satellite navigation technology. The monitoring and testing platform includes: sending satellite navigation device configuration information via serial port and receiving data returned by the satellite navigation device; inputting, modifying, and displaying data through a display interface; parsing received messages containing specified keywords according to a custom message format; and performing real-time processing of satellite positioning data to generate a satellite positioning error value based on a reference point and an average satellite positioning value over a specified time period. This monitoring and testing platform is compatible with multiple models of satellite navigation devices, supports customizing dedicated commands and return message formats for different models of satellite navigation devices, and also has real-time data saving and processing functions.

The application discloses a self-control system for improving the yield of batch-manufactured atomic cluster powder, and belongs to the technical field of metal materials. The system comprises a data acquisition module and a data processing module. Firstly, an industrial camera is used to take a picture to identify the image in real time to determine whether the center position is deviated. Then, a secondary waveform fitting algorithm is used to accurately identify the frequency and range of the peak value for accurate control. Finally, the "center deviation determination conclusion" and the "peak value frequency range" are used as the operation basis of the motor operation mode adaptive module. The system further comprises a discharge quality detection module, a motor operation mode adaptive module, an alarm and data saving module, and a data display and interaction module. Through real-time sensing, intelligent decision-making and automatic execution under harsh working conditions, the application ensures that the manufacturing equipment can stably operate under the optimal process window, thereby providing a key guarantee for realizing the large-scale and efficient production of high-performance powder.

The application relates to the technical field of artificial intelligence, and discloses a data transmission method and device, computer equipment and a storage medium, which comprise the following steps: in response to a user generating target data in a data to-be-sent area in a first terminal, generating the target data in the data to-be-sent area; in response to the user selecting a sending target of the data to-be-sent area, determining a target sending object identifier from a plurality of preset candidate sending object identifiers; in response to the user sending the data to-be-sent area, performing an encryption operation on the target data according to a preset encryption rule to obtain encrypted data; and sending the encrypted data to a second terminal corresponding to the target sending object identifier, so that when the second terminal receives the encrypted data, the second terminal performs a decryption operation on the encrypted data according to a preset decryption rule to obtain the target data and saves the target data on a pasteboard of the second terminal. The security of the data to be pasted and the data pasting efficiency are improved.

This invention belongs to the field of data mining and recognition technology, and discloses a method, system, and device for constructing a dual-center knowledge graph of domain entities and events. The knowledge graph construction combines entity-centric and event-centric approaches, depicting static information such as entities, entity attributes, and entity relationships in real-world events, and can also express dynamic information such as event attributes and event relationships. A novel four-tuple data structure is designed to enable source tracing of data in the knowledge graph, supporting practical applications such as data access control, privacy protection, and license management. A novel derivative graph computation module is designed to support operations such as aggregation, statistics, association, and transformation of knowledge graph data, while also supporting intelligent computations such as graph embedding and machine learning models. The processed data is stored in a graph storage engine, accelerating knowledge graph querying and retrieval. This invention improves the fine-grained access control, privacy protection, and data management capabilities of knowledge graphs.

The present application relates to the field of infrared detection and infrared space technology, and particularly relates to a space-based infrared aerial target dynamic vision simulation system, which comprises a parameter configuration unit, a scene construction unit, an event simulation unit, and a data alignment and output unit. The parameter configuration unit obtains configuration information. The scene construction unit generates an infrared scene sequence according to the configuration information. The event simulation unit performs inter-frame difference processing and dynamic threshold polarity judgment on the infrared scene sequence, generates an asynchronous event stream with an event timestamp, and outputs an infrared image and records an image timestamp. The data alignment and output unit aligns the asynchronous event stream and the infrared image based on the image timestamp and the event timestamp, and outputs the infrared image. The present application also comprises a method. The present application realizes a full-process closed-loop output from parameter initialization, space-based detection scene construction, infrared dynamic vision data generation, to cross-modal alignment and data saving, and improves controllability and reproducibility of data generation.

The application discloses a data storage and synchronization method for a water meter, comprising the following steps: S100, selecting a threshold value, and dividing an integer part and a mantissa part; S200, adding the mantissa part obtained each time to form a mantissa cumulative value and writing the mantissa cumulative value into storage; S300, when the mantissa cumulative value exceeds the threshold value, carrying to the integer part; S400, reading the latest number of the integer part and the latest number of the mantissa part; and S500, comparing the latest number of the integer part and the latest number of the mantissa part. In the scheme, the measurement data is split through measurement accuracy, and the data accumulation scheme of carrying through the threshold value between the mantissa part and the integer part can be applied to all measurement devices for calculating cumulative measurement data through single measurement data. The data synchronization scheme between the integer part and the mantissa part can complete the synchronization of data before and after power-on without increasing the number of storage operations, the data storage period is no longer fixed, and device reset will not cause the loss of measured data.

This application provides a data storage method, apparatus, computing node, and storage medium, belonging to the field of computer technology. After acquiring row-cached data stored in row format, the computing node converts the row-cached data into column-cached data stored in column format and saves the column-cached data to a shared memory space. In OLAP or HTAP scenarios, storing and accessing data in the form of column-cached data can improve data read speed. Since the computing node saves the column-cached data to the shared memory space, another computing node can read the column-cached data from the shared memory space when using it, without needing to transfer the column-cached data between computing nodes. This saves network bandwidth resources, and because the column-cached data does not need frequent modification during data analysis, it also reduces the number of times the shared memory space is accessed. Simultaneously, the computing node can access the shared memory space through memory semantics, resulting in faster speeds, reduced latency, and improved data processing efficiency.