65 results about "Code distribution" patented technology

The invention provides a data quality detection and improvement system for a large language model, and relates to the technical field of code quality management. The data analysis and characteristic extraction module is used for extracting structured and semantic characteristics of codes and constructing a code distribution diagram; the multi-dimensional quality detection module comprehensively evaluates the data set quality from three aspects of semantic diversity, structural consistency and error mode; the code optimization and verification module generates an optimization suggestion based on a detection result, and verifies the effectiveness of an optimization scheme through dynamic evaluation and unit testing; the feedback and self-adaptive optimization module is combined with developer feedback and runtime performance test to dynamically adjust a repair strategy, and the complex code repair efficiency is improved through quantum computing auxiliary path search; according to the method, full-process automation from quality detection to optimization verification is achieved, the method is suitable for multi-dependency and multi-module complex code repair tasks, and the quality and efficiency of the code life cycle are improved.

The invention provides an industrial internet data sharing method, system and device and a medium, and belongs to the field of identification analysis. The method comprises the following steps: carrying out identification code distribution on a physical entity in an industrial internet, and recording a corresponding identification code on a block chain through a smart contract; collecting related data of each link of the industrial internet, and binding the related data with the identification code to form a complete chain; when a certain physical entity needs to be inquired or traced, an API interface of the analysis engine is called to retrieve corresponding related data and state information according to the identification code of the physical entity, and deep analysis and mining are carried out on the related data and state information, obtained through analysis, of the physical entity so as to provide production decisions and market prediction. By constructing a unified identification system and designing an efficient analysis engine, cross-platform data intercommunication and full-chain tracing management functions are realized, and the overall efficiency and security of the industrial internet are improved.

The embodiment of the invention discloses a video encoding and decoding method and device, equipment and a medium. The method comprises the following steps: a coding end determines a mode identifier corresponding to a sub-block according to a coding mode of a target transformation block for representing binarization coding distribution of a non-zero transformation coefficient at an internal position of the sub-block, and codes the mode identifier to obtain coding information of the target transformation block, so that the coding end or a decoding end carries out decoding according to the coding information of the target transformation block, and the target transformation block is decoded. And obtaining a coding mode for representing the binarization coding distribution of the non-zero transformation coefficients at the internal positions of the sub-blocks, thereby realizing the determination of the positions of the non-zero transformation coefficients corresponding to the target transformation block. According to the technical scheme, the coding and decoding efficiency of the transform block is improved, and the video coding and decoding reliability is high.

The invention discloses a Web application anti-debugging method based on dynamic code distribution and full-link verification, which comprises the following steps of: segmenting a front-end core code, and carrying out dynamic code distribution; mixing and encrypting the segmented core code; equipment fingerprints are generated regularly to be bound with the Token; dynamic loading and execution are carried out through WASM; the server side constructs an interface calling atlas according to the service logic, and full-link verification is carried out; the terminal obtains a device fingerprint; when the server side receives the request, dynamic Token generation and verification are carried out; the request content is dynamically encrypted and returned to the front end for decryption; and real-time connection between the front end and the server end is carried out, and defense is carried out based on distributed fusing control. By combining a plurality of advanced technical means such as module dependence atlas, interface calling atlas constraint, dynamic Token and equipment fingerprint binding and the like, the difficulty of code reverse engineering is remarkably improved, illegal requests are intercepted, and a set of all-around and multi-level comprehensive defense method is constructed for Web application.

The invention discloses a cross-batch chip identity verification method, device and equipment, a medium and a product, and relates to the technical field of semiconductor integrated circuit testing. The method comprises the following steps: collecting multi-source entropy data in a chip manufacturing environment, and fusing the multi-source entropy data to generate an original random sequence; intercepting the original random sequence based on the identification code length to obtain a basic identification code, and performing anti-prediction encryption processing to obtain an encrypted identification code; writing the encrypted identification code into a non-fuse nonvolatile storage area of the chip, verifying the storage integrity in real time, and activating a self-destruction circuit to cope with a failure scene; and constructing a distributed index associated with a wafer batch number, a chip physical coordinate and a test timestamp, performing double collision detection in a layered manner, and when it is detected that cross-batch identification codes are repeated, freezing identification code distribution of a defective machine and generating a traceability chain. According to the scheme, the security and uniqueness of chip identity verification are improved, and the traceability of problems in the chip production and test process is enhanced.

The invention relates to the field of neural data processing, in particular to a neural data compression, decompression, sending and receiving method and system and electronic equipment. The neural data compression method comprises the following steps: preprocessing neural data, and distributing codes of the neural data to zero; remodeling a code distribution of the neural data using an autoregression model; and performing entropy coding operation on the remodeled neural data to obtain compressed data. By adopting the compression method provided by the invention, the data transmission efficiency is improved: through preprocessing and entropy coding, the storage space and transmission bandwidth requirements of the data can be obviously reduced. The method is particularly important for a neural interface device which generates a large amount of data, and has obvious advantages whether the data are locally stored or transmitted to a host through a network.

The invention provides a multi-dimensional configurable tree data coding and construction system, and relates to the technical field of data coding and management. The system comprises a code configuration management module, a code distribution module, a code search module and a data storage module, and the code configuration management module is responsible for creating and managing code configuration and providing a code rule for the code distribution module; the coding distribution module is responsible for distributing the configured coding rule to a specific management object; the code search module is responsible for calling the data storage module to perform data query according to a query condition input by a user; and the data storage module is responsible for storing and managing coded data and providing a data access interface for the upper layer module. The invention provides a data coding and construction system which is more flexible, efficient and extensible, so that the urgent requirements of complex industrial control systems such as power plants and other fields on data coding management are better met.

A non-transitory computer readable storage medium has instructions executed by a processor to access an accounts payable invoice data set. Tuples of invoice line-items are gathered from the accounts payable invoice data set. A general ledger label is attached to each tuple to form labeled general ledger invoice line-item tuples. A single digit percentage of input information in the general ledger invoice line-item tuples is masked to form first revised general ledger invoice line-item tuples. A single digit percentage of input information in the first revised general ledger invoice line-item tuples is masked with mismatched values to form second revised general ledger invoice line-item tuples. A machine learning model is trained with the second revised general ledger invoice line-item tuples to form a trained general ledger machine learning model. An accounts payable invoice is received. The trained general ledger machine learning model is used to assign general ledger labels to items in the accounts payable invoice.

The invention discloses a calibration method and system based on an imaging system, a terminal and a storage medium, and the method comprises the steps: coding the distribution of calibration points of different sizes on a calibration plate of the imaging system, and obtaining a coded calibration plate; wherein the distribution of the calibration points in any M * M or M * N area in the coded calibration board has uniqueness, M is less than N, and M is greater than or equal to 3; acquiring a local X-ray image of the encoded calibration plate, and decoding the distribution of all calibration points according to the local X-ray image; and calibrating the parameters of the imaging system according to the three-dimensional coordinates of each calibration point in the image obtained by decoding under the calibration plate coordinate system to obtain the calibrated imaging system parameters. According to the method, the anti-shielding capability is improved through coding distribution and an automatic decoding strategy, high precision and stability can still be ensured in a complex scene in an operation, and calibration efficiency and fault tolerance are both considered.

The application relates to a long text extrapolation method and system based on period continuation of a large model, which is suitable for a ROPE position coding-based Transformer architecture model and comprises the following steps: 1) adaptively modifying a ROPE strategy; firstly, the ROPE coding strategy in the source code of the Transformer architecture model needs to be positioned; secondly, the ROPE coding strategy is updated by using an Extra-PE strategy; 2) fine-tuning the Transformer architecture model; and 3) performing reasoning by using the trained Transformer architecture model. The application converges the position coding distribution domain in a high-dimensional subspace to realize the long text extrapolation capability of the large model, and can guarantee that the attention distribution of the model in the training length window is not damaged.

A mechanical abnormality explainable intelligent detection method based on algorithm unfolding confrontation learning is disclosed, in the method, the vibration signal y of the normal operation of the mechanical equipment is collected, and is cut into a training data set according to a fixed signal length; a deep sparse coding model is established, the vibration signal y is deeply coded, and then is mapped to a d-dimensional hidden code z; the deep sparse coding model is solved by using a proximal gradient mapping algorithm, and the optimization solving algorithm is unfolded into a sparse coding network, the reconstruction from the hidden code z to the original signal is a decoding network, and the two together constitute a generator network G; a discriminator network D is constructed to constrain the distribution of the hidden code Z and match the prior distribution p(z); the generator network G and the discriminator network D are trained by using the training data set, the network parameters are updated by using a back propagation technology, and the reconstruction error of the network to the vibration signal and the gap between the coding distribution p(z|y) and the prior distribution p(z) are reduced; the test signal is input into the trained generator network G, and the authenticity of the signal is output by the discriminator network D.

The data link system based on reconfigurable metasurface RCS reduction comprises a reconfigurable metasurface antenna and a data link transceiver connected with the reconfigurable metasurface antenna. According to the reconfigurable metasurface antenna, code distribution of each antenna unit of an antenna array plane is controlled through a simulated annealing algorithm; data link system communication uses a time division system, and in a non-communication time period or a radar silence time period, a simulated annealing algorithm controls a coding phase of the metasurface to realize reduction of a scattering sectional area of the antenna, so that the reconfigurable metasurface antenna is switched to a stealth mode. According to the invention, the function integration of communication and radar stealth (RCS reduction) is realized, and the survivability of a data link platform is expanded.

The application discloses a device for reading CG two-dimensional codes. The device comprises a workbench for placing a machine body to be identified, a mounting frame fixedly installed on the workbench and being a vertical lifting structure, a reading device fixedly installed on the mounting frame, and a light source device adjustably installed on the workbench and internally provided with a ring-shaped light source. The ring-shaped light source comprises a lamp bead distribution area and a non-light source area, and the area ratio of the lamp bead distribution area to the non-light source area is 2:1. The adjusting direction of the mounting frame is the vertical direction, and the adjusting direction of the light source device is the three-dimensional direction. The light source device is provided with a fine adjustment structure for adjusting the lamp beads of the ring-shaped light source to be opposite to the two-dimensional code distribution area. When in the detection state, the light source device, the reading device and the two-dimensional code distribution area are located on the same light path, so that the identification accuracy and the imaging quality of the two-dimensional code are improved.

The present system and method is directed to a solution for dynamically assigning a machine readable code for directing traffic to information online. In an embodiment, the system scans a machine readable code, recognizes an account code associated with the machine readable code, verifies an authorized user associated with the account code, receives instructions to activate the machine readable code, receives instructions to assign the machine readable code to a system user specified landing page, and activates a link from the machine readable code to the user specified landing page upon request from the system user.

Techniques are described for encoding symbols using a new algorithm that provides a flexible Huffman tree approximation and can be used for low-latency encoding. For example, the new algorithm can perform encoding using one or more of the following stages: Shannon-based binning, code space optimization, tree completion, and code allocation.

The invention belongs to the technical field of communication, and particularly relates to a semantic communication method combining variable length coding and constellation probabilistic shaping, which comprises the following steps of: firstly, constructing a semantic encoder based on a mask auto-encoder framework, and designing a mask rate control function through channel state information and information source characteristics so as to dynamically adjust an information source mask rate; a self-adaptive variable-length coding mechanism is realized; according to the obtained mask rate, sampling a non-masked information source unit by adopting a maximum entropy criterion so as to reserve the information amount of the information source to the maximum extent; the constellation point optimal probability is shaped and approximated to discrete two-dimensional Gaussian distribution, and an end-to-end optimization target is deduced based on variational inference; semantic feature coding distribution is constrained through layer normalization operation to approximate Gaussian prior, so that an objective function is effectively simplified; and finally, designing a quantization modulator of semantic feature-constellation point identical distribution mapping based on finite scalar quantization, and adopting a gradient straight-through estimator to solve the non-differentiable problem of the quantization process, and finally realizing end-to-end joint optimization of the system.

The application discloses a kind of dynamic channel-based numerical control system M code control method and related equipment, it is related to numerical control machine tool and industrial automation control technical field.Numerical control equipment first extracts M code set from current program segment, then according to preset channel distribution strategy, multiple M codes in M code set are distributed to different preset logical channels.M code is delivered according to channel distribution table, avoid the complex decoding logic problem caused by writing order uncertainty in traditional multiway control, PLC program only needs to process specific range of M code for fixed channel, reduce the complexity and memory occupation of ladder diagram program.Effectively solve the technical problems that the PLC program complexity is high in the prior art due to the coupling of M code channel allocation and writing order depth, while improving parallel processing efficiency, ensure the reliability of program execution, and then realize the scalability and maintainability of numerical control system by improving the parallel processing capacity of numerical control system.

Methods, systems, and apparatus, including computer programs encoded on computer storage media, for generating an exit scenario output that characterizes an exit scenario for a business enterprise. In one aspect, a method comprises receiving, at an execution engine, data that represents ownership of assets by multiple participants and source code that defines distribution rules of distributing the assets over one or more steps among the multiple participants using a programming language; receiving, at the execution engine, an exit scenario input; automatically parsing, by the execution engine, the distribution rules defined in the source code into a parse tree; and interpreting, by the execution engine, the parse tree to produce an exit scenario output.

1. Name of the Design Product: Graphical User Interface for Visual Display of Project Statistical Data of Electronic Devices. 2. Use of the Design Product: An electronic device. 3. Design Key Points of the Design Product: Lies in the graphical user interface. 4. Picture or Photo that Best Illustrates the Design Key Points: Front View. 5. Conventional Design, the rear view, left view, right view, top view, and bottom view are omitted. 6. Use of the Graphical User Interface: For statistical analysis of data such as matter distribution, matter overview, code distribution of projects, tracking the R & D process, project process, and review after completion, etc. 7. Human - Machine Interaction Method of the Graphical User Interface: The front view is the main interface of the product, showing the overall system situation; in the front view, when the mouse hovers over the card below "R & D Overview", the interface change status diagram 1 is obtained; click on the full - screen icon in the middle on the right side of the interface change status diagram 1 to obtain the interface change status diagram 2. The "X" in the interface view represents changeable or replaceable text, numbers, or symbols.

To provide a two-dimensional code video output apparatus capable of distributing different two-dimensional codes to different terminals in the same time slot.SOLUTION: A two-dimensional code video output apparatus includes: an encrypted character string generation unit 401 which generates a unique character string and generates an encrypted character string by encrypting a character string including the unique character string; a two-dimensional code conversion unit 402 which generates a URI including the encrypted character string and converts the URI into a two-dimensional code; and a two-dimensional code video output unit 403 which outputs the generated two-dimensional code, as a video signal. The two-dimensional code video output unit repeats video output of the two-dimensional code at a processing rate of multiple times per second.SELECTED DRAWING: Figure 1

In some embodiments, the present disclosure provides an exemplary method that may include steps of receiving a request for a plurality of data items from a computing device; determining at least one pattern for at least one metric associated with the computing device; generating at least one digital code based on the at least one pattern meeting a predetermined metric threshold, the at least one digital code comprising access to a plurality of resources; assigning the at least one digital code to the computing device to form at least one assigned digital code; and allowing access to the plurality of resources to facilitate performing a domain name availability determination for the plurality of data items.

Methods, systems, and apparatus, including computer programs encoded on computer storage media, for generating an exit scenario output that characterizes an exit scenario for a business enterprise. In one aspect, a method comprises receiving, at an execution engine, data that represents ownership of assets by multiple participants and source code that defines distribution rules of distributing the assets over one or more steps among the multiple participants using a programming language; receiving, at the execution engine, an exit scenario input; automatically parsing, by the execution engine, the distribution rules defined in the source code into a parse tree; and interpreting, by the execution engine, the parse tree to produce an exit scenario output.

A system (200) and a method (100) for managing faults in a charging station. The method (100) includes receiving, by a processor (204), charging fault logs and counter value data associated with the charging station, and determining, by the processor (204), at least one fault that occurred in the charging station based on the charging fault logs and the counter value data. The method also includes determining, by the processor (204), an error code associated with the at least one fault using a first machine learning (ML) model. The error code specifies an error category from a plurality of error categories.The procedure also includes assigning, by the processor (204), the fault code to a corrective action stored in a diagnostic database (210) and automatically applying, by the processor (204), the assigned corrective action in order to rectify at least one fault in the charging station.

The application provides a self-service physical examination machine and an internal network data transmission feedback method, system and medium. The method comprises the following steps: generating a physical examination report, generating an encrypted identification code according to user information and performing encrypted transmission, sending a transmission state query request to the internal network, determining a transmission result according to a state code information, sending a retransmission request until the transmission is successful if the transmission fails, recording the number of requests and generating an over-transmission log, generating a log for recording and backup if the transmission is successful, generating a transmission failure information item and sending an alarm information if the final transmission fails, performing high-frequency error coding distribution statistics according to the transmission failure information item, recording to an abnormal coding queue table, updating an abnormal transmission alarm mechanism, thereby reducing the dependence on manual intervention, quickly positioning the problem source, saving operation and maintenance labor cost, improving the efficiency, and providing support for the optimization and improvement of the system.

Methods, systems, and apparatus, including computer programs encoded on computer storage media, for generating an exit scenario output that characterizes an exit scenario for a business enterprise. In one aspect, a method comprises receiving, at an execution engine, data that represents ownership of assets by multiple participants and source code that defines distribution rules of distributing the assets over one or more steps among the multiple participants using a programming language; receiving, at the execution engine, an exit scenario input; automatically parsing, by the execution engine, the distribution rules defined in the source code into a parse tree; and interpreting, by the execution engine, the parse tree to produce an exit scenario output.

The invention provides a data transmission feedback method and system for a self-service physical examination machine and an intranet and a medium. The method comprises the steps of generating a physical examination report, generating an encryption identification code according to user information and performing encryption transmission, sending a transmission state query request to an intranet, judging a transmission result according to state code information, if transmission fails, sending a retransmission request until transmission succeeds, recording the number of times of requests and generating an overpass log. If the transmission succeeds, a log is generated for recording and backup, if the final transmission fails, a transmission failure information bar is generated and alarm information is sent, high-frequency error code distribution statistics is carried out according to the transmission failure information bar, an abnormal code queue list is recorded, and an abnormal transmission alarm mechanism is updated. Through an intelligent retransmission mechanism, a log information cloud backup mechanism and an abnormity alarm mechanism, the dependence on manual intervention is reduced, a problem source is quickly positioned, the operation and maintenance labor cost is saved, the working efficiency is improved, and support is provided for optimization and improvement of the system.

The application provides a demediatization management method and system of electronic signature, belongs to the technical field of electronic signature, and comprises the following steps: obtaining an electronic signature database in a cloud processor; obtaining first classification features, second classification features and third classification features; classifying signatures in the electronic signature database to obtain signature classification results; generating an electronic signature distribution chain; performing signature extraction code mapping to obtain a signature extraction code distribution chain; obtaining an electronic signature encoding result; and establishing a mapping address for electronic signature mapping call management. The application solves the technical problem that the existing technology cannot classify and extract electronic signatures, thereby resulting in poor electronic signature call management effect. Through the acquisition of the electronic signature distribution chain for the call management of the electronic signature, the technical effect of improving the efficiency of the electronic signature call management and the convenience of obtaining the electronic signature is achieved.

The invention belongs to the technical field of communication data processing, and discloses a maritime emergency rescue multi-link cooperative communication guarantee system and method. Comprising the following steps: acquiring multi-link environment state data; a collaborative detection algorithm is constructed based on a multi-input one-dimensional convolutional neural network, a three-dimensional energy matrix is constructed according to the spectrum snapshot data, the collaborative detection algorithm is executed on the three-dimensional energy matrix, and a survival signal enhancement control instruction is generated; a survival service identifier is introduced into each receiving node, a special survival signal data stream is mapped to a highest priority queue, and a scheduling result is generated by adopting a scheduling algorithm; generating a dynamic emission suppression strategy, and forming a local silence window; after the survival signal data stream is successfully accessed for the first time, selecting a redundancy forwarding path, distributing forward error correction coding redundancy and a retransmission strategy, and executing fragmentation and cross-path coding distribution when the data volume exceeds a quantity threshold value; and multi-link cooperative communication guarantee for maritime emergency rescue is realized.

The invention discloses a new and old application cluster flow cutting method and device based on transaction return code distribution. The method comprises the following steps: when a current gateway receives a transaction request of an external transaction, determining that the external transaction is accepted by a new application cluster or an old application cluster; after the transaction request is routed to the new application cluster or the old application cluster, response data which is generated through service logic processing and contains a return code are received; collecting return codes of the new and old application clusters in a preset time window in real time, and constructing a dimensionalization data set containing frequency distribution of each return code; and carrying out stream cutting on the new and old application clusters according to the dimensionalized data set. According to the scheme, the problems of high delay, large subjective deviation, low-frequency transaction omission and the like caused by manual intervention can be avoided through full-automatic flow cutting.