28 results about "Software design" patented technology

Provided are system, method, and device for automatically managing vehicle software design materials. According to example embodiments, the system may include: a memory storage storing computer-executable instructions; and at least one processor communicatively coupled to the memory storage, wherein the at least one processor may be configured to execute the instructions to: obtain a plurality of vehicle design materials; extract information from the plurality of vehicle design materials; and generate a vehicle software development plan based on the extracted information, wherein the vehicle software development plan may include a plurality of design levels defining a plan for designing a vehicle software at a plurality of levels.

This invention applies selective laser cladding (SLS) technology to the fabrication of reducer pin tooth housings, designing a lightweight, high-strength pin tooth housing with both material and structural gradients. In terms of materials, a gradient material layer-by-layer printing process is employed, with the outer layer using high-strength alloy steel as the base layer, the middle layer using GCr15 bearing steel powder, and the inner gear surface coated with a thin layer of AlCoCrFeNi high-entropy alloy powder. A certain proportion of transition zone material is incorporated between each layer to enhance the wear resistance and contact fatigue strength of the pin tooth housing. Structurally, a certain structural gradient is used, with a three-layer structure designed using UG 3D modeling software. The top and bottom layers are solid and gapless, while the middle layer uses a negative Poisson's ratio hollow structure, significantly reducing the weight of the pin tooth housing and achieving lightweight design. This dual-gradient design allows the reducer to maintain better overall mechanical performance while achieving a lightweight design.

The application relates to the field of air conduction hearing aids, in particular to a binaural loudness balance method for air conduction hearing aids, comprising a hearing aid system, which is internally provided with a system architecture module, a balance algorithm module, a hardware design module, a software design module and a personalization adjustment module. The method realizes a binaural loudness balance method for air conduction hearing aids through sound signal processing, loudness parameter estimation and personalization adjustment strategies. The method has the characteristics of real-time, accuracy and personalization, and is helpful to improve the hearing quality and comfort of hearing aid users. The method collects hearing data of patients, automatically adjusts the volume of the hearing aid by using an intelligent algorithm, and realizes binaural loudness balance. The method not only improves the balance accuracy, but also greatly improves the use experience of the patients. The user demand and use habit are deeply researched, and more intelligent and personalized loudness balance services are provided.

A 3D printing method of cermet composite product, comprising the following steps: S1, printing a ceramic framework, printing the ceramic framework by using a binder jetting 3D printing method; S2, printing a sand mold, designing a matching sand mold three-dimensional model by using a three-dimensional modeling software, and printing the sand mold by using a binder jetting 3D printing method according to the three-dimensional model; S3, interface treatment of the ceramic framework, pre-coating a metal activator layer on the surface of the ceramic framework; S4, nesting and assembling the ceramic framework and the sand mold, nesting the interface-treated ceramic framework in the sand mold; S5, infiltration pouring, slowly pouring a metal liquid into a cavity formed by the sand mold and the ceramic framework. The 3D method of the cermet composite product utilizes a metal melt-ceramic skeleton interface reaction control technology, forms a gradient transition layer to improve the bonding strength, and thus prepares a cermet composite material with excellent performance.

Embodiments of the present application provide a data transmission device, method, apparatus, electronic device and medium to solve the problem of increasing code redundancy development and affecting the reuse rate of software design in the prior art. In the device, the user service module forwards the data transmission request sent by any target application program in the received application program module to the NETDEVICE driver module; after receiving the data transmission request sent by any target application program, the NETDEVICE driver module acquires the to-be-transmitted data packet based on the data transmission request, converts the to-be-transmitted data packet into a target data packet meeting the identification format requirement of the receiving end, and transmits the target data packet to the receiving end. Through the NETDEVICE driver module, data transmission and format conversion of any application program are realized, without deploying the HAL layer for each application program, thereby improving the code reuse rate, reducing code redundancy, shortening the software development cycle, and increasing the software design reliability.

This invention discloses a gradient W-based alloy, its 3D printing method, and its application, belonging to the field of tungsten-based alloy technology. In the 3D printing method, the porosity of each printing layer can be controlled by designing and matching preset parameters of layered printing through 3D modeling software. By using preset printing gradient standards, a gradient porous W skeleton can be directly obtained through printing. The printing process is precise and controllable, solving the problems of weak process controllability and low precision in existing technologies. The process flow is simple, and the alloy composition and structure are highly designable, enabling the stable preparation of gradient W-based alloys with continuously changing microstructure and properties. This solves the problems of complex procedures, long preparation cycles, and difficulty in mass production in existing preparation processes.

The application relates to the technical field of construction safety monitoring, in particular to a construction scaffold safety monitoring method and system based on COMSOL, which comprises the following steps: S1, data acquisition; S2, data preprocessing; S3, three-dimensional modeling; S4, finite element simulation analysis; the application designs an integrated process based on COMSOL software, avoids the format compatibility risk caused by cross-software when multiple software is used, the system software and hardware tool cost is low and easy to obtain, the technical threshold is low, the whole process can be independently completed through short-term learning, the training and implementation cost is low, the result can be directly generated to form an intuitive report and a visual chart, the risk area can be directly located and safety determination can be completed, the application is suitable for various scenes, and is suitable for popularization and use.

This application provides an automated code repository generation method, electronic device, and program product, relating to the field of software design and development. The method includes: acquiring functional specification information; generating corresponding functional subtrees based on the functional specification information; clustering nodes in the functional subtrees into multiple functional modules based on the cohesion principle, and generating a modular functional diagram; mapping the functional modules in the modular functional diagram to file structures, generating an enhanced file structure diagram; modeling data flows between functional modules and file sequence dependencies within functional modules based on the enhanced file structure diagram to generate a repository planning diagram; and generating code files using a test-driven development process based on the topological order determined by execution dependencies to form a code repository. This method enhances consistency assurance from high-level functional planning to low-level code implementation, improving the modular quality and maintainability of the code repository generation process.

The application provides a program instruction vulnerability evaluation method based on bit-level cloning, comprising the following steps: loading a target program to be evaluated as an input into an evaluation system; the evaluation system analyzes dynamic instruction groups of the program, determines clonable bit positions of each dynamic instruction group, including clonable SDC bit positions and clonable non-SDC bit positions; performing fine-grained bit-level cloning and fault injection on the clonable bit positions and other bit positions respectively to determine SDC vulnerability of each dynamic instruction. The application has the beneficial effects that: through the combination of bit-level cloning and fault injection, repeated operations are reduced, cost is lowered, bit-level accurate analysis is realized, differentiated evaluation of complex programs is supported, and quantitative basis is provided for high-reliability software design.

Methods and systems for automatically generating software designed to employ a foundation model. The system acts as a compiler, taking an architecture definition and one or more intents, tests and associated gold labels, and producing a near-optimal configuration of parameters for generating the software. A multi-objective optimization function may be used to score candidates. The candidate evaluation may include combining one of the candidate configurations of the one or more configurable parameters with one or more intents to generate a candidate software instance; performing inferences based on the candidate software instance using a first foundation model and a set of prompt instances to produce a set of results; and evaluating the set of results using a corresponding set of pre-approved results to score the candidate software instance. New candidates may be generated from two or more tested candidates using a second foundation model different from the first foundation model.

This invention proposes a high-performance collaborative processing method for ultra-high precision pointing measuring instruments. It consists of a master-slave processor. The master processor ensures periodic update rates through external communication, while the slave processor handles complex algorithms and transmits results to the master to improve its real-time algorithm performance. The master software is designed with a multi-task architecture to ensure real-time performance. A "master-slave interaction task" is periodically initiated, triggering a data reception interrupt on the slave and completing master-slave data interaction. Other tasks handle real-time algorithms and communication. The master-slave interaction task has a timeout exit mechanism, and its execution is determined by the timeout status of other tasks at the timed start. To ensure data transmission reliability, the master-slave communication bus uses unidirectional transmission and reception to avoid transmission conflicts caused by duplex mode. Data transmission uses checksums, and data to be sent in multiple periods is packetized and assigned sequence numbers to avoid duplicate reception or data loss. This invention can be widely applied to embedded platforms using a master-slave dual-processor architecture.

The application discloses a kind of structured knowledge extraction method, system, equipment and storage medium of automobile software design document, the method includes: to automobile software design document is carried out format conversion and area division, obtains structured data block set;Through sequence mark model, named entity recognition and type mark are carried out to text type data block, and obtain entity type label list;According to preset automobile software relationship rule, generate multiple groups of entity candidate relationship pairs according to entity type label list;According to text type data block, relationship extraction is carried out to each group of entity candidate relationship pairs by graph neural network, to generate relationship triple set;Entity type label list, relationship triple set, the structured information in text type data block is stored.The present application is sequentially linked by the steps of file analysis, entity recognition, relationship extraction and data storage, effectively solves the problem of intelligent extraction structured knowledge from automobile software multi-modal design document.

This invention discloses a method, system, and terminal for referencing cross-file canvas containers in a prototyping tool, relating to the field of software design technology. The key technical points are: This invention replaces traditional URL string references with structured reference identifiers composed of file identifiers and canvas identifiers in the design state, allowing the host canvas to establish reference relationships without merging target design files, eliminating the risk of version conflicts and the heavy workload associated with merging multiple files; simultaneously, by introducing an interactive event interception module in the runtime state to detect and distribute the interactive context within the container, navigation actions triggered within the container are restricted to the container itself, preventing them from interfering with the routing state of the host canvas. This solves the problem of uncontrolled demonstrations caused by navigation conflicts in multi-screen presentations in existing technologies, achieving stable parallel display of multiple container interfaces.

The application discloses a high-performance gene editing system based on Cas12b guidance and belongs to the technical field of genetic engineering. The Cas protein Cas12b of Bacillus hisashii is integrated into a pHT-AIO-sacA skeleton, crRNA targeting different genes is selected through software design, the crRNA is placed downstream of a strong constitutive promoter Pveg from Bacillus subtilis, and an expression vector pHT-Cas12b-AIO is constructed. The gene editing system constructed by the application can effectively improve gene editing efficiency and is suitable for gene insertion or knockout of Bacillus subtilis.

The application discloses a kind of based on multimodal communication's simulation cabin interaction method, device and electronic equipment, it is related to intelligent simulation cabin multimodal interaction technical field, including constructing intelligent seat cabin environment, using non-invasive layout, complete the decoupling between software function components in multimodal communication.The application reduces the cognitive load and operation failure rate of driver in high-pressure scene;Finally, the system has adaptive closed-loop control ability based on biological feedback, can dynamically simplify UI interface according to the fatigue or stress state of driver and actively provide multi-sensory warning assistance, while modular software design ensures the high expansibility and low delay (<100ms) of system, significantly improves the safety, fidelity and intelligent level of simulation cabin training.

The present application relates to the technical field of monitoring equipment, in particular to a radar and video integrated machine and a global monitoring method thereof. The radar and video integrated machine is designed by fixing the radars on the side of the base, which can maintain the stability of radar detection, greatly reduce the complexity of radar detection azimuth in software design and data processing, and effectively make up for the blind spots and shielding problems of the prior art, and to some extent, improve the processing capacity of the radar and video integrated machine when monitoring multiple targets. The photoelectric turntable is arranged on a different horizontal plane from the multiple radars, and the photoelectric turntable rotates independently to collect video stream data in the environment area, which not only ensures the independence and stability of the radar and the photoelectric turntable, but also directly drives the photoelectric turntable to track and shoot according to the identification and detection feedback of the radar, thereby expanding the application range of the radar and video integrated machine.

This invention provides a method, apparatus, electronic device, storage medium, and product for automatically generating pad files, applicable to the field of software design. The solution first extracts pad parameters from a target file, then matches the target pad parameters to be calculated based on the pad type. Subsequently, it automatically calculates the design value of the target pad parameters using the calculation relationship between known pad parameters and target pad parameters. Finally, it generates an operation instruction sequence based on the pad name, pad type, known pad parameters, and the target pad parameters, and converts it into an executable target script file. The pad library file is generated by calling and executing the target script file. This process transforms repetitive parameter input, subjective experience judgment, and error-prone calculations in traditional manual design into data-driven automated computation. Batch execution via scripts eliminates parameter omissions or calculation errors caused by manual operation, ultimately improving design efficiency and accuracy.

This invention relates to a method for verifying a structured startup module for spaceborne software, belonging to the field of space technology. The invention verifies the structured startup module of spaceborne software, checking whether the software's operating state is consistent with the design under conditions such as initial power-on, reset, system disconnection, and power-off, whether it can transition to the normal operating process, and whether it can guarantee the normal operation of the spacecraft. This invention verifies, on the one hand, the rationality of the software design and whether it can achieve the expected results; on the other hand, it verifies the correctness of the software logic, verifying the operating logic of the computer upon initial power-on, as well as the correctness of fault logic and process jumps, ensuring the stable operation of the spacecraft in orbit.

This invention discloses a data processing method, apparatus, device, and readable storage medium. The data processing method includes acquiring business data from a target business scenario and determining variables used for data transmission during business data processing. Each variable has an information identifier and a value to be determined; the information identifier characterizes the method for determining the variable value. The method inputs the variables and their information identifiers into a data processing model, which includes at least one sub-model. Each determination method has a corresponding sub-model, and different sub-models are required to determine variable values ​​based on different determination methods. The method then determines a target sub-model required to determine variable values ​​according to the determination method represented by the information identifier. Finally, the method runs the target sub-model to determine the variable values. This approach can reduce the complexity of software design.

To provide a system and method for managing documentation for vehicle software design. [Solution] A system, method, and apparatus for automatically managing vehicle software design data is provided. In one embodiment, the system may include a memory storage for storing computer-executable instructions and at least one processor communicatively connected to the memory storage, the at least one processor being configured to execute instructions for retrieving multiple vehicle design data, extracting information from the multiple vehicle design data, and generating a vehicle software development plan based on the extracted information, the vehicle software development plan may include multiple design levels that define a plan for designing vehicle software at multiple levels.

The invention discloses a software design intention inference and document generation method, device and system, and belongs to the technical field of automatic document generation. According to the method, a code warehouse is analyzed to extract submitted historical data, semantic association continuous submission is aggregated into a logic change unit through a heuristic clustering algorithm, multi-modal input fusing code change, submission information and metadata is constructed for the logic change unit, a large language model is used for deducing a design intention, and structured knowledge is output. And a project document is automatically generated after a framework knowledge graph and a function evolution timeline are constructed through global aggregation. The method does not depend on code annotation, can reversely deduce the design intention from the evolution history, and is suitable for software projects with document missing.

This invention provides a method for implementing dual USB interfaces in a printer, combining hardware and software to switch modes. The method includes the following steps: S1. Hardware setup: Two USB interfaces are used: one device interface and one host interface. The two modes are automatically switched through the device interface's plug-in / plug-out hardware events; that is, when the device is plugged in, it switches to device mode, and when it is unplugged, it switches to host mode. S2. Corresponding software configuration: Based on the state of the device plug-in / plug-out events, the device is forcibly configured into device-only and host-only modes, corresponding to the device interface and host interface, respectively. This method, combining hardware and software design, fulfills the printer customer's customized USB switching requirements.

The embodiment of the application discloses a kind of software design document generation method and system, wherein, the method includes: obtaining vector database, structured template library and document generation request;According to the target structured template in structured template library in document generation request selection;Wherein, target structured template includes chapter constraint condition;According to the chapter constraint condition of target structured template, generate query vector, according to query vector from vector database in matching target vectorization data, and recall target text data corresponding to target vectorization data;According to the chapter constraint condition of target structured template, document generation request and target text data, generate target design document. Improve the generation efficiency and standardization degree of design document.

This invention discloses a vehicle-to-everything (V2X) computing service system for mobile healthcare, comprising a task acquisition module, a data transmission module, a task offloading decision module, a computing processing module, an environmental perception module, and a system management module. It extracts attributes of computing tasks generated by medical vehicles traveling on roads. Based on environmental parameters and resource information, and while satisfying the conflicting interests of participating parties, it focuses on the real-time and versatility requirements of medical V2X, providing efficient, high-quality, and diverse task offloading strategies and processing solutions for medical vehicle data processing and analysis. This provides a high-performance, highly available V2X computing service system for solving computing problems in mobile healthcare services. This invention adopts a multi-module design, combining hardware deployment of computing resources with software design to optimize these issues. A user-friendly and easily expandable system platform is provided to both medical and patient users through a visual interface.

This invention proposes a cloud-based PaaS architecture design, providing an intelligent SOA solution for various industries with a centralized control mechanism. The system, through two core services—scheduling and data services—and meticulous design arrangements and constraints on data exchange, isolates and decouples application-side code from the cloud system at various data and control levels. This provides a platform for constructing a widely applicable, highly flexible, scalable, and easily maintainable SOA system. Leveraging the scalability and global accessibility of cloud resources, application services can be moved outside of enterprise firewalls, potentially enabling a commercially viable SOA service system for various industries. As the system evolves, it fosters a virtuous cycle of interaction among numerous upstream and downstream service companies, significantly reducing users' hardware and software costs and development time, improving service quality, and unlocking the immense potential of the SOA system, thus driving a transformation in software design and service architecture.