135 results about "Programming method" patented technology

An offline programming method for a full-six-axis CNC rough machining and polishing device. The method comprises: importing a three-dimensional model of a product into CAM software, interactively setting information of a workpiece coordinate system and a tool coordinate system of the three-dimensional model, selecting a route on which an operation is required, and generating path data; importing the three-dimensional model and the path data into offline programming software, and performing simplification processing on the path data; implementing an overall offset function, a single-point offset function and posture adjustment of the path data in the tool coordinate system; implementing simulation running of a tool and collision detection; on the basis of the path data and tool data, generating an NC program conforming to a program standard; and a six-axis device creating the workpiece coordinate system on the product; and monitoring a running state. Therefore, problems such as the polishing programming efficiency of products of complex structures being low, the follow-up reading, modifying and positioning being time-consuming due to the fact that CAM software exports excessive path data, and there being a certain difference between a model generation path and an actual device running path are solved.

The invention discloses a graphical programming method and system, and belongs to the technical field of software development. The graphical programming method comprises the steps that operators are created on canvas, the operators are displayed in a graphical mode, each operator is provided with a logic interface and a data interface, the logic interface is used for determining execution logic between the operators, and the data interface is used for transmitting data between the operators; on the canvas, configuring a data reference relationship and a logic connection relationship between operators through a visual connection line to form a task process; and executing the operator in the task process, and displaying an execution state and a data stream in a display interface. According to the graphical programming method and system provided by the invention, a user can intuitively create and configure operators through the graphical interface, so that a complicated code writing and debugging process in a traditional programming language is avoided.

The invention discloses a controller programming method and device based on an equipment model, equipment, a medium and a product, the equipment model is used as a unified semantic anchor point, heterogeneous characteristics of physical equipment are converted into computable structured description, hardware adaptation and business logic are decoupled through a driving framework, a large model focuses on generation of a high-value control strategy, and the control strategy is optimized. Semantic drift and logic illusion of a program generation large model are remarkably inhibited by relying on double constraints of equipment document data and a knowledge graph, finally, an executable drive program meeting strict requirements of an industrial site is output through compiling verification of a closed loop, and due to the fact that manual development is not needed, development efficiency is improved, development cost is reduced, and development efficiency is improved. The equipment model provides a cross-protocol and cross-manufacturer standardized interface contract, so that the problem of poor reusability in traditional development is solved, and the reusability is improved.

The invention relates to the technical field of computer software development and databases, in particular to an embedded database programming method which comprises the steps of intention model construction: scanning source codes to identify embedded syntax blocks, constructing an abstract syntax tree, stripping a bottom driver and generating a driver-independent intention model; a logic sequence synthesis step: injecting a dialect parameter and a resource strategy, synthesizing and executing a logic sequence and generating a target code; a fingerprint verification step: intercepting a request during operation, calculating a structure fingerprint, and performing consistency verification on the structure fingerprint and the reference fingerprint; and a binding execution step: executing the request after the verification is passed, and establishing weak reference life cycle binding of the resource object and the host variable. The resource leakage risk is eliminated, and the robustness of the system under long-time operation is enhanced.

The invention discloses a ChatGPT-python programming method, particularly relates to the field of artificial intelligence, and comprises three steps of problem definition, algorithm design and code implementation. According to the method, project situations are described in detail through question definition, and ChatGPT is guided to generate project schematic diagrams; through a design algorithm, a calculation problem is elaborated, and ChatGPT is required to provide an effective solution; by implementing codes, generating a feasible programming solution according to a calculation theory, providing intelligent suggestions in each process, ensuring theoretical accuracy and engineering feasibility of a result through manual examination, and comparing by taking three-dimensional slope stability analysis as a case and combining with a calculation result of commercial software, a calculation result of the three-dimensional slope stability analysis is obtained. It is verified that the Python algorithm obtained through ChatGPT programming has good calculation precision, an innovative auxiliary means is provided for engineering calculation, and the huge application prospect of artificial intelligence in the field of civil engineering is shown.

The invention relates to the technical field of computer programming languages, and particularly discloses a computer language programming method based on business logic. Aiming at the defects of deep coupling of business logic and technology implementation, high cross-domain adaptation cost, hardware operation code redundancy, high asynchronous programming complexity and the like in the prior art, the invention provides the following core schemes: a modularized development framework, a cross-platform adaptive mechanism, an event hierarchical model, a hardware intention analysis engine and a code, namely a document system. According to the method, the development complexity of a multi-field system is remarkably reduced, the business logic expression efficiency and maintainability are improved, the method is suitable for cloud micro-services, embedded equipment and mixed language scenes, and a technical basis is provided for intelligent programming.

The invention provides a robot programming method and device, a storage medium, a demonstrator and a program product. The method comprises the steps of receiving a task description statement; analyzing the received task description statement through a pre-trained natural language processing model, and extracting an action keyword, an action parameter and a sequence identification word; constructing a semantic analysis tree according to the extracted action keywords, action parameters and sequence identification words, and determining an action sequence and a logic dependency relationship; converting the task description statement into a robot instruction according to the extracted action keyword and action parameter and the determined action sequence and logic dependency relationship; and generating a robot program code which can be executed by the target robot according to the converted robot instruction. According to the scheme provided by the invention, the robot programming threshold can be reduced, a user does not need to master a professional programming language, the programming efficiency is improved, and manual one-by-one instruction input is avoided.

The invention particularly provides an AI programming method and system based on multilayer memory fusion. The method comprises the following steps: inputting a natural language programming instruction of a user into an intention recognition module to obtain a task type and a target; based on the task type and the target, dynamically retrieving related context information from the multi-layer memory system to obtain a dynamic context; based on the instruction and the dynamic context, inputting the instruction and the dynamic context into a code generation and optimization module to generate a preliminary project code; global standard parameters are obtained; performing automatic verification through a conflict detection module, and selectively obtaining a final project code and a self-repairing report according to a verification result; performing comprehensive quality evaluation on the final project code to obtain a quality evaluation result; and the preliminary project code, the verification result, the final project code, the self-repairing report and the quality evaluation result are visually fed back to the user through the user interaction module. Project codes are automatically generated, detected and self-repaired.

The invention discloses a programming method and system for industrial robot operation teaching based on a knowledge graph, and relates to the technical field of industrial automation and intelligent control. The method comprises the following steps: analyzing an industrial robot PDF technical document, extracting an instruction and an instruction parameter, and constructing a tree structure based on an identified title hierarchy; constructing a hierarchical knowledge graph based on the tree structure; generating an abstract syntax tree based on the instruction, the instruction parameter and the knowledge graph; filling node attributes of the abstract syntax tree into a preset control template, generating a reference RAPID code, importing the reference RAPID code into a robot controller, loading teaching environment parameters, and executing; and comparing execution results of the student self-compiled code and the reference code for students to observe difference comparison learning. The invention aims to break through a PDF technical document understanding threshold and accurately position errors in self-compiled codes of students through knowledge graph construction and reference code generation, so that the learning efficiency of the students is improved, and the teaching burden of teachers is relieved.

The invention discloses a three-coordinate measuring machine automatic programming method based on a CAD model and a system optimization system thereof, and belongs to the technical field of intelligent manufacturing and precision detection. According to the method, an off-line programming technology is utilized, and an automatic, efficient and accurate measurement program generation solution is provided through geometric feature recognition, measurement point distribution and path automatic generation. Different from the prior art, under the condition that manual intervention is not needed, the program code meeting the specific measurement standard is automatically generated according to the CAD model of the workpiece and the user requirement, seamless data interaction with the measuring machine can be achieved, the programming efficiency is remarkably improved, and human errors are reduced. In addition, the system has strong adaptability and high operation convenience, and is suitable for automatic measurement programming of various complex parts. The method is innovative, and an automatic solution which is optimized and has a wider application prospect is provided on the basis of the prior art.

The application relates to a unified programming method based on multi-element computing power, and belongs to the technical field of unified programming. The method comprises the following steps: obtaining source computing power data, target computing power data and source computing power code, and performing preprocessing to obtain a source computing power data set and a target computing power data set; the source computing power data set, the target computing power data set and the source computing power code are processed by a computing power feature encoder model to obtain a source computing power feature vector, a target computing power feature vector and a source computing power code feature representation; then the source computing power feature vector, the target computing power feature vector and the source computing power code feature representation are input into a unified programming model to obtain a preliminary target computing power code feature representation; the target computing power feature vector, the target computing power code feature representation and the preliminary target computing power code feature representation are processed by a computing power guiding model to generate an adjusted feature representation, and efficient code meeting target platform characteristics is generated through a pre-defined target platform code template library. The application can improve the multi-platform adaptation capability of code.

The invention discloses an agreement-based programming method capable of reducing the front-end code writing amount. The agreement-based programming method comprises the following steps of 1, establishing a configuration file; 2, performing initialization rendering and resource loading work on a front-end page through a page rendering and loading analyzer; 3, scanning the whole page through an agreed annotation label analyzer, identifying an annotation label, and analyzing the annotation label according to a preset agreed rule; step 4, unified scheduling and management are carried out on the process of function implementation through an agreed programming engine; 5, configuring an analyzer through agreed programming, and providing accurate operation parameters and instructions for each module of the system; according to the method, the functions of automatically calling the interface, intercepting the request, identifying the operation type, carrying out callback, rendering the page and identifying and filling the corresponding template are realized through the pre-agreed rule, so that the compiling quantity of front-end codes is reduced, the coding efficiency is improved, the joint debugging cost is reduced, and the maintainability and the expandability of the codes are enhanced.

Embodiments of the present disclosure disclose a memory, a programming method and a programming verification method for the memory, and a memory system. The programming verification method includes: obtaining an i-th verification result of an i-th programming verification operation; wherein, the programming state range verified by the i-th programming verification operation is from an n-th state to an (n + k)-th state, i and n are positive integers, k is a natural number, and the (n + k)-th state is less than or equal to the highest programming state of the memory; determining a programming state range to be verified by an (i + 1)-th programming verification operation according to the verification sub-result of the n-th state and the verification sub-result of the (n + k)-th state in the i-th verification result; and performing the (i + 1)-th programming verification operation according to the determined programming state range to be verified by the (i + 1)-th programming verification operation.

The present disclosure provides a non-volatile memory and a programming method thereof. The programming method of the non-volatile memory comprises the following steps. A coarse programming procedure is performed to program all memory cells located in an erase state to 2 N‑1 or 2 N programmed states. N is a positive integer. A fine programming procedure is performed to push all memory cells to 2 N‑1 or 2 N verification levels.

The invention discloses a data programming method and device for a flash memory, and the method comprises the steps: determining the number of invalid logic pages in a physical page according to the original data and the current data of the physical page before the fine programming of any physical page of the flash memory; wherein the original data is data corresponding to the physical page when coarse programming of the physical page is completed, and the current data is data corresponding to the physical page before fine programming of the physical page; when the number of the invalid logic pages is larger than 1 and smaller than the total number of the logic pages, determining a special invalid programming state, a general invalid programming state, a special valid programming state and a general valid programming state in multiple programming states according to the invalid logic pages; when fine programming operation is carried out on the physical page, the verification voltage of the special invalid programming state is converted into the verification voltage of the corresponding special valid programming state, and the verification period of the general invalid programming state is removed.

The present invention discloses a C++ vector programming method based on a domestic heterogeneous platform, and the programming method comprises the following steps: S1, obtaining support for vector data types and vector programming interfaces by introducing header file simd.h; S2, the compiler performs front-end processing on the C++ vector program to generate intermediate representation code; S3, the compiler mid-end optimizes the intermediate representation code generated in S25 to generate a new intermediate representation; S4, the compiler mid-end generates instructions for the optimized intermediate code in step S3 to form vector assembly code; S5, generates machine code; S6, the linker mixes and links all the master core and slave core machine codes generated above into an executable code; S7, runs the executable code on a heterogeneous multi-core platform. The present invention provides a new programming method for the application development of the domestic heterogeneous multi-core architecture, which is conducive to maximizing the advantages of the architecture and improving application performance.

The present invention provides a drawing-free box mode programming method based on a bending machine system, comprising the following steps: S1: initializing a base plate and defining a direction; S2: drawing a bending path and assigning work step parameters; S3: acquiring bending data in real time and generating a two-dimensional unfolded view; S4: generating a complete two-dimensional unfolded view of a box-type part; the present invention, through the drawing-free box mode programming method, can directly generate a bending path according to user input parameters, avoiding the complexity of manually guessing and adjusting the bending sequence, thereby simplifying the programming process; cooperating with a fault management module to monitor the state of the bending machine in real time, reducing errors and operational difficulties caused by human factors; the present invention, through the setting of adaptive boundaries, can generate reasonable completion or trimming contours, adapt to various complex bending shape requirements, and does not require the operator to manually trim the edges; avoiding the time waste and errors caused by improper operation or lack of experience in the traditional bending process, thereby improving production efficiency.

The invention relates to the technical field of numerical control machining, and provides an intelligent programming method and device for a nut seat part, equipment, a medium and a product.The intelligent programming method comprises the steps that a preset programming template matched with the nut seat part to be machined is called, a machining layer is defined in the preset programming template, and the machining layer is associated with preset machining path parameters; importing a three-dimensional model of a to-be-processed nut seat part, receiving a color marking instruction generated according to a mapping rule of a preset feature type and a color attribute, and endowing each to-be-processed feature surface with the color attribute; determining a to-be-processed feature surface according to the color attribute, and constructing an auxiliary geometric object according to geometric topology information of the to-be-processed feature surface; classifying the to-be-processed feature surface and the auxiliary geometric object into a corresponding processing layer; according to preset machining path parameters associated with the machining layer, tool path calculation is conducted on the to-be-machined feature face and the auxiliary geometric object, and a machining path is generated. According to the invention, automatic programming is realized, the programming time is shortened, and the dimensional precision deviation of the workpiece is effectively controlled.

This disclosure provides a method and an apparatus for programming. The method includes: identifying a first target profile from a set of profiles according to information related to a target user. The set of profiles is obtained according to information related to users, and each profile in the set of profiles corresponds to a category of the information related to the users. The method further includes determining one or more candidate models from a model database according to the first target profile. The models in the model database are trained models obtained through subsets of a training dataset. The models are used for programming tasks. The subsets are obtained by dividing the training dataset based on the set of profiles. The method further includes obtaining a target action from one or more candidate actions generated by applying the one or more candidate models to context.

The application discloses a multi-value programming method of a memristor for improving device retention characteristics. The method divides the target conductance of the programming of the memristor in a low conductance range or a high conductance range based on a certain conductance threshold, and adopts a programming scheme with different initial conductance states, programming pulse directions and denoising pulse directions for different ranges. The multi-value programming method of the application is based on the physical process of the growth and rupture of a conductive filament in the resistance change process of the memristor, so that the state of the memristor after the programming is as stable as possible, and the memristor device has better multi-value retention characteristics. Compared with the existing multi-value programming scheme of the memristor, the application can improve the retention characteristics of the data storage after the multi-value programming of the device without greatly increasing the programming time and power consumption of the device, so that the device can be better used in the data storage field or the in-memory computing field, thereby improving the reliability and system performance of the storage and calculation of the memristor.

The present disclosure discloses a programming method of a three-dimensional memory, a three-dimensional memory and a memory system. The programming method comprises: performing programming operation on a plurality of memory cell layers to be programmed in the three-dimensional memory according to a preset programming sequence; wherein when a first programming operation is performed on a first memory cell contained in a first memory cell layer among the plurality of memory cell layers to be programmed, a distribution of threshold voltage of the first memory cell is offset by a set amount from a target distribution; wherein the set amount is used to compensate for the offset of the target distribution of the first memory cell contained in the first memory cell layer caused by interlayer interference by a second programming operation on a second memory cell contained in a second memory cell layer among the plurality of memory cell layers.

The invention provides an automatic programming method and device, electronic equipment and a storage medium. The method comprises the steps of obtaining a design demand of a project through an editor, sending a project-containing design request to a predictor, executing prediction through the predictor according to the design demand, returning a plurality of project design intentions to the editor, determining a target design intention from the plurality of project design intentions through the editor, and sending a project programming request to the predictor, executing programming design by the predictor based on the target design intention, and returning programming data to the editor, so that the editor generates an application program of the project. Therefore, through cooperation of the predictor and the editor, intelligent processing from project design requirements to project program generation is achieved, programming efficiency is improved, and design requirements of different application scenes can be accurately met.

The invention provides a memory programming method, a memory control device and a memory, and belongs to the technical field of data storage. The method comprises the following steps: determining a state parameter of a target unit block in the memory; determining a programming adjustment parameter according to the state parameter of the target unit block; in response to the programming instruction, programming at least one page in the target unit block to obtain a current programmed page when programming is finished; and determining a page to be adjusted according to the current programming completion page, and programming the page to be adjusted according to the programming adjustment parameter. According to the method and the device, the voltage threshold value of the current programming completion page at the end of programming can be kept consistent with the voltage threshold values of other pages, so that the probability of errors caused by charge loss during data storage or cross-temperature operation is reduced, the accuracy of data storage of the memory is improved, the use of other memories is not influenced, and the use experience of the memory is improved. And the programming reliability of the memory is improved.

The invention relates to a full-automatic code programming method and system based on a large model. The full-automatic code programming method comprises the steps that 1, multi-modal requirements are collected, analyzed and expressed in a standardized mode; 2, automatically arranging a development environment; step 3, code candidate generation and quality inspection; 4, compiling / constructing and automatically executing; 5, performing structured evaluation and success judgment; 6, closed-loop error correction and self-optimization control are carried out; and 7, safety and compliance control. The method supports fusion analysis of texts, voices, images and videos, and automatically extracts program specifications and acceptance criteria. According to the method, automatic generation, compiling, execution, evaluation and error correction are achieved, and manual log interpretation and prompt word rewriting are not needed.

The invention provides a choke plug type part programming method, which comprises the following steps of: importing a two-dimensional drawing file in a preset format, and analyzing the two-dimensional drawing file; according to an analysis result, identifying a plurality of views in the two-dimensional drawing file, and performing coordinate alignment on the plurality of views; through a feature recognition algorithm, recognizing geometric features of the choke plug part in the plurality of views after coordinate alignment; and based on the identified geometric features, generating a numerical control machining path corresponding to the geometric features. According to the method, the traditional tedious steps of drawing interpretation, feature recognition, path planning and the like depending on artificial experience are converted into programmed and automatic processing flows, so that the programming efficiency and the consistency of processing results are remarkably improved, misjudgment and mistakes easily occurring in manual operation are avoided, and the dependence on the experience of operators is reduced.

The application discloses a firmware programming method and an electronic device, and is applied to the technical field of storage, and comprises the following steps: generating general firmware data to be completed for parameter injection, and generating a programming parameter file corresponding to the model of a storage device for different models of the storage device; acquiring the model of a storage device to be programmed and obtaining the corresponding programming parameter file based on the model; obtaining the compiled target firmware by analyzing the programming parameter file and performing parameter injection on the general firmware data; and performing firmware programming on the storage device to be programmed by using the target firmware, and dynamically updating the actual programming voltage based on the reference programming voltage and the temperature offset during the programming process. By using the scheme of the application, the firmware compiling cost can be effectively reduced. The influence of temperature change on the programming process is reduced, and the reliability of programming is ensured.

The invention discloses a programming method and a related device, a first operation building block is provided, the first operation building block comprises a first operation slot position and a first callback function slot position, the first operation slot position is used for receiving operation information of first operation, and the first callback function slot position is used for receiving function information of a first callback function. In response to the fact that the first operation building block is added to the to-be-executed event, the first programming code can be generated according to the operation information of the first operation, the function information of the first callback function and the first code template corresponding to the first operation building block, and then the event programming code corresponding to the to-be-executed event is generated according to the first programming code. The first programming code comprises a first operation code corresponding to the first operation and a callback code corresponding to the first callback function. The first operation building block is an asynchronous operation building block, the first callback code is executed after the first operation code is executed, other operations can be executed in parallel with the first operation, program blocking is reduced, and operation execution efficiency is improved.

This invention discloses a programming method and apparatus for an Internet of Things (IoT) module, relating to the field of IoT technology. It includes the following functions: The MCU inside the IoT module is pre-installed with firmware, which acts as an operating system, allowing users to write user programs according to the needs of peripheral circuits; the PIN functions of the IoT module are independently defined, with one PIN function list corresponding to each IoT module model. Some PINs are configured with multiple optional functions, and the PIN pins are divided into GPIO pins and dedicated pins; different MCU chip models can be used within the same IoT module model, and the pre-installed firmware masks the differences between different MCUs for the user program; this invention reduces development difficulty and improves development efficiency by shielding MCU details, implementing no-code ladder diagram programming, configuring multiple PIN functions, and providing specialized firmware functions. It also protects the intellectual property rights of the firmware while preserving the compact size, low cost, and versatility of the IoT module, and is expected to promote the development of the IoT industry.

The invention discloses an equipment modeling, object-model-based equipment-oriented programming, equipment control and equipment state reporting method, and the equipment-oriented programming method comprises the steps: building an object model object through an object model, and endowing the object model object with personalized attributes; the object model objects are connected and an object model object network is constructed in a line connection mode to form a configuration file FileA, so that cooperative control on physical equipment is realized; generating a port configuration file FileB through a port configuration function, wherein the port configuration file FileB is used for describing a mapping relation between an actual wiring condition of physical equipment and the object model object network in S102; an equipment information configuration file FileC is generated through an equipment information input function and is used for informing the PLC of equipment information controlled by the equipment information configuration file FileC; through a configuration issuing function, a configuration file FileA, a port configuration file FileB and an equipment information configuration file FileC are uploaded to a file server, and an instruction is adopted to inform a PLC to carry out configuration updating.

The invention discloses a programming method, device and equipment based on a producer-consumer model. The method comprises the following steps: packaging a production instruction of a producer for producing each data sub-block into a production function; wherein an original data block of interaction between the producer-consumer model is divided into a plurality of data sub-blocks in advance; packaging a consumption instruction of consuming each data sub-block by a consumer into a consumption function; and calling the production function and the consumption function through a scheduling function based on a preset flow line initial batch number and a batch processing sub-block number, and realizing flow line parallelism of production and consumption of the data sub-blocks. According to the technical scheme, through packaging of functions of data production and data consumption and calling of functions of parallel production and consumption, programming errors caused by human errors of programmers can be effectively reduced, the programming overhead of the programmers can be effectively reduced, and the programming efficiency is improved.