38 results about "Batch Identifier" patented technology

A method of authenticating the identity of an item bearing or associated with a printed security marker, the method comprising:

• • a. printing the security marker with a pattern that encodes at least one of a unique product identifier, a batch identifier, and positional information about a portion of the marker;
  • b. scanning and storing an image of the security marker as printed, said image being taken at sufficiently high resolution to capture artefacts of the printing process;
    • and authentication steps comprising:
  • c. imaging a portion of the marker at sufficiently high resolution to capture the artefacts, and
  • d. querying a data store by providing the image of the portion of the marker or a compressed or parameterised version of the image and data derived from the pattern.

An automated batch identifier registration and embedding system for media signals, such as image, video and audio files. A batch identifier registration system enables a user to submit a request for a batch of unique identifiers to be embedded in media signals. The user submits a request for a batch of IDs. The batch registration system verifies the accuracy of the request, sends a confirmation, allocates IDs, creates corresponding entries in a registration database, and creates embedder files used in a batch embedding process. The user may then submit a request for embedder files. To perform automated batch embedding, a watermark embedder takes the embedder files and corresponding list of media signal files as input and automatically embeds identifiers supplied in the embedder files into corresponding media signal files.

Methods, system, and computer program products for managing batch operations are provided. A method includes defining a window of time in which a batch will run by entering a batch identifier into a batch table, the batch identifier specifying a primary key of the batch table and is configured as a foreign key to a batch schedule table. The time is entered into the batch schedule table. The method further includes entering extract-transform-load (ETL) information into the batch table. The ETL information includes a workflow identifier, a parameter file identifier, and a location in which the workflow resides. The method includes retrieving the workflow from memory via the workflow identifier and location, retrieving the parameter file, and processing the batch, according to the process, workflow, and parameter file.

The invention discloses a serial scheduling method and device for multiple tasks. The method comprises the steps that a serial scheduling request for multiple tasks is received, wherein the serial scheduling request comprises a batch identifier of current serial scheduling; configuration information of the current serial scheduling is determined according to the batch identifier of the current serial scheduling, wherein the configuration information comprises execution numbers of the tasks and an identifier of a system which the tasks belong to; and the tasks in the configuration information are scheduled according to the execution numbers and the identifier of the system which the tasks belong to. Through the method, the current problem that serial scheduling processing is needed for multiple tasks is solved, the task execution order and the number of the tasks can be flexibly changed just by changing task information in the configuration information, it can be guaranteed that the tasks are serially scheduled and executed, and the method can better adapt to task alteration.

The embodiment of the invention provides a data transmission method and apparatus, a data storage method and apparatus, a server and a storage medium. The transmission method comprises the following steps: acquiring data to be transmitted, if sending conditions of the data to be transmitted are satisfied, determining the acquired data to be transmitted as batch data, and setting a unique batch identifier for the batch data; and sending a data transmission request. The storage method comprises the following steps: receiving a data transmission request; judging whether a stored identifier of a batch identifier exists locally; when the stored identifier of the batch identifier exists, determining that the batch data have been, wherein the data transmission request is a repeated transmission request; and when the stored identifier of the batch identifier does not exist, determining that the batch data are not stored; and storing the batch data, and adding the stored identifier for the batch identifier. By adoption of the data transmission method and the data storage method provided by the embodiment of the invention, the data transmission accuracy during large data size transmission can be improved.

The invention discloses a pig slaughtering link retrospective method based on a time window. The method comprises the steps of allocating batch identifiers for a new batch of pigs in a slaughterhouse, reading out ear tag information on pigs in each batch, and making an identifier for the first pig in each batch of pigs; storing relevant quarantine information into a slaughterhouse information system in the slaughtering process; sending unprocessed pork after pig slaughtering to a storage area for acid discharge and to be sold; when the unprocessed pork is put on the market, recording a sale start time and a sale close time of the unprocessed pork of each batch, obtaining a sale time window of the unprocessed port of each batch, meanwhile recording the loading time and vehicle information of each carrier vehicle, and storing the above information into the slaughterhouse information system; and delivering the unprocessed pork to different purchasers through the carrier vehicles, and recording and feeding back purchaser information to the slaughterhouse. The pig slaughtering link retrospective method based on the time window can be used for the slaughterhouse to track down the flow direction of the unprocessed pork of each batch, and for the purchasers to trace back to the source of slaughtering information and breeding information on the purchased unprocessed pork.

The invention provides a right and interest information management method, which is used for right and interest management software, and the right and interest management software comprises an interface in butt joint with at least one external resource database; the method comprises the following steps: receiving a right and interest acquisition request of a target user sent by a client, wherein the right and interest acquisition request carries a right and interest batch identifier; obtaining right and interest batch information according to the right and interest batch identifier, and verifying the right and interest batch information; obtaining right and interest information corresponding to the right and interest identification according to the right and interest identification corresponding to the right and interest batch identification, and verifying the right and interest information; if the right and interest batch information and the right and interest information are verifiedsuccessfully, obtaining a resource list corresponding to the right and interest identifier; acquiring resource information corresponding to the resource list by using the interface butted with the atleast one external resource database; and updating a user right table corresponding to the target user according to the resource information.

The invention relates to the field of financial technology, and discloses a test data management method which comprises the following steps of when detecting that a batch task of a current batch of a business system is executed completely, capturing the test data of the current batch from a database of the business system, and obtaining a batch identifier of the current batch; associating the test data with the batch identifier to generate a data slice of the current batch; and associating the data slice with a preset test case and then storing the data slice. The invention also discloses a test data management device, an apparatus and a computer readable storage medium. According to the invention, the technical problem that the existing version iteration test or regression test needs to generate numbers again, so that the time cost and the labor cost consumption are higher, is solved.

The embodiment of the invention discloses an image steganography method and system based on random textures, and the method comprises the steps: inputting a random hidden variable and a face image into a GAN network, and obtaining face data with consistent contents and different random textures, wherein the GAN network is trained based on a large-scale face data set, and Gaussian noise b is introduced into AdaIn operation by the GAN network so as to control pixel-level textures; recording noise data B as a batch identifier ID of the generated face data in the process that the GAN generates the face data each time; carrying out the texture classification by training a classification network D, wherein a classification label is a batch identification ID, so that source tracing is realized for different batches of generated contents; wherein the training data is generated by adding set noise to a plurality of random implicit vectors. Source tracing can be quickly and accurately realized for different distribution batches of generated contents.

The invention discloses a data access method and device for sample playback; a record information table, a batch information table, and a data content table are configured; for any data to be stored,the following storage operation is performed: allocating a record identifier to the data to be stored according to the record information table; allocating a batch identifier to the data to be storedaccording to the batch information table; splicing the allocated record identifier, the batch identifier and the content of the data to be stored according to a storage structure of the data content table, and writing a splicing result into the data content table; and updating the record information table and the batch information table.

The invention relates to a token validity test method and device, equipment and a storage medium, and relates to the field of data processing. The problem of data security caused by token leakage in the prior art is solved. The method comprises the following steps: acquiring a token to be processed; determining a batch identifier corresponding to the token to be processed; querying configuration information associated with the batch identifier; the configuration information is used for representing the effective access authority of the token to be processed; and determining whether the token to be processed is valid or not according to the configuration information associated with the batch identifier. On the basis, the electronic equipment can set the leaked token as the invalid token by adjusting the validity configuration of the token, so that other equipment is prevented from applying for accessing the electronic equipment by using the tokens, and the safety of the electronic equipment is further improved.

The embodiment of the invention provides an HBase data cleaning method and device, which can be used in the technical field of big data, and the method comprises the following steps: if an HBase cluster is currently in a file merging period, searching a target data table of which the current data storage duration exceeds an overtime threshold in the HBase cluster, and obtaining a current target batch identifier of the target data table; and clearing the data with the target batch identification from the target data table, and adding the target batch identification into the data operated by the user in the target data table in advance. According to the method and the device, the operation pressure of the main node in the HBase cluster can be effectively reduced, the reliability and the efficiency of the HBase data cleaning process can be improved, and the overall performance and the operation stability of the HBase cluster are improved.

The invention provides a wafer production parameter acquisition method and device, equipment and a storage medium, and the method comprises the steps: querying a wafer identifier of a target wafer in a mapping table according to a position identifier and a batch identifier of a wafer in a machine, finding a corresponding production parameter according to the wafer identifier, and obtaining a schedule, and obtaining parameter identifiers of the parameters in the schedule according to the production parameters, obtaining parameter values of the target wafer corresponding to the parameter identifiers from the machine, obtaining the schedule according to the obtained parameter values and the production parameters, and generating a target production parameter table. In this way, the production parameter acquisition schedule matched with the target wafer in the current machine can be quickly determined, and the accuracy and speed of acquiring the production parameters corresponding to the wafers can be improved.

The invention provides a wafer script setting method and device, equipment and a storage medium. If the demand unit determines that the execution necessary condition of the script to be executed meets the business demand according to the parameter information, the platform unit obtains a batch identifier of the script to be executed and corresponding production information, and determines that a wafer corresponding to the script to be executed executes the script to be executed for the first time in the demand unit; and the platform unit checks whether the first production information corresponding to the first wafer meets the execution necessary condition or not, and if yes, the platform unit sets parameter information and assignment information for the first wafer and synchronizes the first wafer with the set information to the material execution unit, so that the material execution unit executes corresponding operation. According to the technical scheme, the script to be executed can be set in real time without modifying the script process, the script to be executed which does not meet the execution necessary condition is avoided from the source, the risk that wafers are scrapped in batches is avoided, the setting process is irrelevant to the batch number, and the overall production efficiency is not affected.