46 results about "Integrated software" patented technology

The invention relates to development general data conversion middleware capable of adapting to various CAD tools, and belongs to the technical field of computer aided design (CAD). According to the invention, the middleware adopts a modular design concept, through an API (Application Program Interface) provided by the CAD tool and a universal interface developed in the middleware, rapid integration of the new CAD tool and the PLM system is supported, and the integration efficiency is obviously improved compared with that of a traditional scheme. The middleware comprises a data analysis layer, a general data model layer, a data mapping layer and an output adaptation layer. According to the method, repeated development of integrated software for different CAD tools or different PLM systems is not needed, the efficiency and compatibility of tool integration and system integration are improved, and the development cost and the maintenance cost are reduced.

The invention relates to an embedded chip simulation and debugging method and system. The method comprises the following steps: expanding an instruction decoding module, a register description module and a breakpoint management module which support a C28x instruction set in a GDB debugger, and generating a special debugging front-end program; the method comprises the following steps: expanding a C28x JTAG protocol adaptation module in an OpenOCD debugging agent, and generating a debugging agent program; a C28x instruction set execution simulation unit is realized in the NEMU simulator, and a GDB Server communication module is embedded in the NEMU simulator; seamless switching between a simulation debugging mode and a hardware debugging mode is realized based on a unified configuration file through a software and hardware debugging environment rapid switching control module. The problems that a traditional debugging mode depends on a special hardware simulator, the cost is high and the simulation environment is inaccurate are solved, and through an integrated software and hardware collaborative debugging scheme, the debugging cost is greatly reduced, and the development efficiency and the comprehensiveness of system verification are improved.

The embodiments provided herein disclose a method and system for a quantum-enhanced decryption process for RSA and AES encryptions. The system includes a quantum computing module with one or more processors configured to execute quantum algorithms. A classical computing module is provided for post-processing decrypted data and a data conversion module facilitates data format translation between quantum and classical modules. An interface module is provided for user interaction with an integrated software to optimize the system for performance, security, and resource efficiency. The system is further capable of decrypting RSA and AES encrypted data, along with quantum-vulnerable encryption standards found in both real-time and archived data sources.

A debugging system for software and hardware integration and a debugging method thereof belong to the technical field of Internet of Things, are used for solving the problems of long integration construction period and repeated debugging caused by software and hardware integration linear development, are arranged in parallel between hardware debugging and software online, and comprise an SCADA module and a PLC module, data interaction can be carried out between the two modules; the SCADA module receives the production data from the PLC module and transmits the received production data to a production management and control system to be debugged; the PLC module simulates the operation process of a production operation node through automatic programming and outputs corresponding production data for the SCADA module to collect, and simulation debugging of hardware and software needing to be integrated is achieved through data interaction of the two modules. The method is used for debugging and verifying the matching and coordination operation between the integrated software and hardware, the synchronous development of hardware debugging and hardware and software integrated debugging is realized, and the debugging period of intelligent factory construction is greatly shortened.

The invention relates to a chip verification technology, in particular to a P4 multi-dimensional verification platform and verification method of an integrated software configuration adaptation layer, and the verification platform comprises a test case module which is used for defining a test sequence of P4 function verification; and the virtual sequencer is embedded in the UVM environment and is used for coordinating the plurality of underlying sequence generators. According to the verification platform provided by the invention, the test case, the virtual sequencer, the main agent module, the software configuration adaptation layer and the special verification component of the specified module are integrated, software simulation configuration is automatically analyzed and converted through the software configuration adaptation layer, and module-level and subsystem-level multi-dimensional joint verification is supported; according to the method, functions in each specified module and cross-module data flow collaboration scenes can be fully covered, verification completeness is remarkably improved, software test scenes can be automatically reproduced, debugging complexity is greatly reduced, verification efficiency is improved, system reliability is ensured, and the development period is shortened.

The invention relates to a system for improving the distribution speed of super-large files. The system comprises a content distribution network, a management module and a software development kit module. The content distribution network comprises a multi-layer back-to-source convergence node, a middle cache node and an edge load node, and is used for reducing the pressure of a source station, caching and balancing the load; the management module is located at the cloud and used for receiving the network module and the client; and the software development kit is located at the client and is used for managing and optimizing distribution. The invention further relates to a related method and a computer readable storage medium. According to the technical scheme, the speed can be increased, and stability is guaranteed. According to the integrated software development kit, deployment can be simplified, and multiple scenes can be adapted; the decision-making flexibility and the preheating efficiency can be improved; in addition, the platform capability is achieved, and SaaS packaging is supported; downloading performance is optimized, and system stability is guaranteed.

The invention provides an aerospace SOPC system based on a Loongson LA132 soft core processor, and the system comprises an on-chip system hardware unit which takes the Loongson LA132 soft core processor as a core, carries out the RTL design through a hardware description language, and achieves the configuration, connection and integration of the processor, a memory and peripheral equipment; the Makefile software compiling unit is used for generating a program code suitable for the Loongson LA132 soft core processor and supporting customized software development and deployment; the fault-tolerant unit is used for storing a bit configuration file of the FPGA and a program code of the processor in NOR Flash through a triple redundancy storage technology, performing consistency comparison on the program code through one-out-of-three operation when the system is started, loading a correct program code to the instruction RAM module, and performing error check and correction by adopting RS (12, 8, 4) codes when the processor is accessed; and errors caused by single event upset are prevented.

The application discloses a non-woven fabric defect identification and positioning system based on a domain adaptation positive sample learning model, which comprises a hardware structure and integrated software; the hardware structure comprises a non-woven fabric detection channel supported by a support, a lower side detection light source and a lower side detection camera on the lower side of the channel, an upper side detection light source and an upper side detection camera on the upper side of the channel, a non-woven fabric flat mouth at the channel mouth, and a PLC controller; the PLC controller is connected with a display screen and an indicator light; the integrated software comprises a transmission module, a data sampling module, an abnormality detection module and an action execution module. The application has high economy, accuracy and rapid production change capacity, and effectively solves the problem of insufficient training samples of the deep learning model containing abnormal information in the online detection of the non-woven fabric. The defect position can be identified.

Techniques are disclosed for providing secure transaction functionality embedded into host applications executing on transaction client devices, using an integration framework and user interfaces. A transaction server may be configured to receive initial transaction sender and receiver data from an integrated software component executing within a host software application on a transaction client device. After receiving the initial transaction sender and receiver data from the integrated software component, the transaction server may determine transaction sender and transaction recipient locations and may select a particular transaction user interface based on the sender and recipient location data. A particular transaction user interface also may be determined based on specific host applications. After determining the particular transaction user interface, the interface may be transmitted to the transaction client device, for example, via a content delivery network.

A method of attesting, examining and quickly tracing a software bill of materials includes: registering with a coalition chain to gain access thereto; generating, by an e-wallet of a decentralized application module, a software coalition chain address; changing, by the decentralized application module, an initial software bill of materials into an integration software bill of materials including a software artifact information, software coalition chain address, correlated software information and correlated software coalition chain address; creating a hash tree tracing data by a tracing data creating module; assigning the software coalition chain address to the integration software bill of materials and the hash tree tracing data which are then uploaded to an InterPlanetary File System for acquiring a software content identifier; and assigning the software coalition chain address to the software content identifier to write the software coalition chain address and the software content identifier to the coalition chain.

Methods, systems, and devices for integrating multiple identity clouds are described. A software platform may receive a first request from a first user to establish an authorization model for a resource by using a first cloud platform. The authorization model may identify parameters associated with accessing the resource. The software platform may receive a second request from the first user to integrate the resource with a second cloud platform according to the authorization model. The software platform may authorize the first and second requests by using a directory associated with the software platform. The software platform may receive a third request from a second user to access the resource by using the second cloud platform. The software platform may authorize the third request by using the directory. Authorization of the third request may be according to the authorization model and based on second authentication information associated with the second user.

The application discloses a cabin-driving integrated software collaborative delivery and safe operation management and control system and method, and belongs to the technical field of vehicle-mounted software. The method comprises the following steps: collecting and inputting version information of cabin domain and intelligent driving domain software; performing automatic checking on full-dimension compatibility based on a bidirectional compatibility matrix; if the checking fails, triggering a release lock; if the checking passes, entering a gray release queue; filtering terminals according to multiple scenes; performing pushing by the OTA cloud according to a hierarchical proportion; if an exception occurs, suspending the pushing; collecting states in real time and determining fault levels; performing cross-domain linkage self-healing operation according to the fault levels; returning monitoring data, self-healing results and user feedback to a general control management module, generating a delivery report and completing an iterative closed loop. The application can realize collaborative and reliable delivery of cabin domain and intelligent driving domain software, rapid self-healing of operation exceptions, and improvement of cabin-driving integrated software delivery efficiency, vehicle-mounted end operation safety and stability.

The integration software toolkit has four core components: “Control Cube”, “Discovery”, “Qualifier”&“Resolution”. The “Control Cube” core component primary capabilities are to transmit functional instructions and serve as gateways to interact with backend and frontend system functions. The “Discovery” core component correct data stores sensitive data elements. The “Qualifier” core component retains real-time sensitive data compliance policies, which will be used to determine whether an offshore, nearshore or onshore production support engineer can or cannot see sensitive data at the database field-level. The “Resolution” Reactive-AI core component main capability is to perform sensitive data error resolutions with no human involvements if offshore or nearshore support engineers are denied access. The integration software toolkit can be implemented at any industry (i.e., healthcare, finance, banks, retail & airline), which are storing sensitive data for daily operations; and seamlessly configurable to align with their specific use cases and data compliance requirements.

The invention discloses a software integration publishing method, system and equipment. The method comprises the following steps: acquiring a software simulation model and a corresponding change file in real time; building and updating the software simulation model based on the change file to obtain a simulation update model; testing the simulation updating model, confirming a preset detection item, compiling and integrating the simulation updating model, and generating a corresponding integrated software package; the integrated software package is released through the continuous delivery port; a software simulation model and a change file are obtained through a Gitlab software system, the software simulation model is constructed and updated, a simulation update model is tested through a Matlab Simulink software system, software integration is carried out after it is confirmed that the simulation update model conforms to a detection item, an integrated software package is automatically generated and released, the software integration release process is simplified, errors caused by manual operation are reduced, and the software integration release efficiency is improved. The publishing efficiency is remarkably improved, mistakenly entering a development environment is avoided, and the stability and reliability of software integration are improved.

The present technology can integrate online transaction requests across different combinations of online applications to streamline approvals. A software connector is integrated to retrieve necessary information from digital banking applications, such that an approval process remains in a single application interface (e.g., of a merchant website or online application). The software connector polls for a notification from a respective banking application and presents the notification in a lightbox on the merchant website or application.

A software analysis system collects a first set of time series counter values from an original version of software instrumented with software telemetry counters, and collects a second set of time series counter values from a modified version of the software that also is instrumented with the software telemetry counters. The first time series become dimensions input to train a weight matrix of a first self-organizing map, to cause the first self-organizing map to cluster the time series into a group of first clusters describing execution of the original software. The second time series become dimensions input to train a weight matrix of a second self-organizing map, to cause the second self-organizing map to cluster the time series into a group of second clusters describing execution of the modified software. Deviation analysis between the first and second groups of clusters is used to identify execution differences between the software versions.

Method and System for building a software application are disclosed. The method includes receiving one or more features from a user to develop the software application and generating a configuration of a user interface for the software application based on the received one or more features. The method also includes integrating a custom backend for the generated configuration of the user interface and building the software application based on the received one or more features using the integrated custom backend.

A method for performing integrated software development on a software product comprising multiple independent software components, comprising using one or more processors to: receive an instruction to make changes to a first software component among the multiple independent software products; in response to the instruction, automatically update an architecture definition associated with the first software component based on the changes made to the first software component; update the architecture of the software product based on the changes made to the first software component; compile the software product; and release build artifacts associated with the software product.

The application provides a software integration method and tool, which comprises the following steps: obtaining module code files in a bottom software engineering, compiling the module code files in each module to generate module HEX files, compiling the module code files participating in the compilation to generate module LIB files, integrating the module HEX files of all modules to generate a bottom HEX file, and integrating the module LIB files of all modules to generate a bottom LIB file; obtaining application layer code files in an integrated software engineering and compiling the application layer code files to generate an application layer HEX file, and compiling module code files recorded in the user interface file to generate a bottom interface HEX file; and generating an integrated HEX file by using the application layer HEX file, the bottom interface HEX file and the bottom LIB file. The application solves the technical problem of low efficiency and inability to avoid mistakes caused by the method of generating an integrated engineering by using an editing tool in the prior art.

A method for performing integrated software development of a software product including a plurality of individual software components includes, using one or more processors, receiving an indication that a change was made to a first software component of the plurality of individual software products, in response to the indication, automatically updating an architecture definition associated with the first software component based on the change made to the first software component, updating an architecture of the software product based on the change made to the first software component, compiling the software product, and publishing build artifacts associated with the software product.

The invention relates to dredging, driving and measuring integrated intelligent control system and method for a trailing suction hopper dredger. The system is composed of a decision-making layer, a control layer, a data sensing layer and an execution layer. The decision-making layer is composed of a server and a plurality of data terminals; dredging, driving and testing intelligent control integrated software is installed in the server and used for underwater terrain and underwater three-dimensional soil layer reconstruction and three-dimensional visualization, dredging construction full-operation cycle path planning, dredging operation parameter monitoring and recording and optimal construction parameters based on an artificial intelligence large model and classified according to different soil properties, and the optimal construction parameters are automatically obtained and output to a control layer. Unmanned intelligent dredging operation of the trailing suction dredger in the whole operation period is realized; the data sensing layer is composed of a visual sensor, an auditory sensor, an equipment monitoring sensor and the like and an underwater terrain self-testing system, and is used for monitoring ship overwater and underwater environments, ship equipment and dredging operation related parameters; and the control layer is used for receiving the instruction sent by the decision-making layer and controlling the dredging operation equipment of the execution layer to perform automatic dredging operation. The dredging operation efficiency and accuracy are effectively improved, and the labor cost and the operation risk are reduced.

The invention provides a cue word versioning management system and method, a medium, a terminal and a program product, and the system comprises a cue word creating module which creates a cue word and allocates an initial version number for the created cue word; the interactive test module is used for carrying out interactive test on the cue word based on an LLM Playground platform and carrying out iterative optimization on the cue word after test; the version updating module updates the version number of the prompt word for each iteration optimization according to the change category, and labels the prompt word of the specific version number; the evaluation module evaluates the optimized cue word according to a preset evaluation index so as to obtain the cue word meeting the evaluation index; and the publishing and calling module publishes the cue words meeting the evaluation indexes, and calls the corresponding cue words according to the version number or the label based on the integrated software development kit. According to the method, full-process management automation of prompt word generation, optimization, evaluation, release and monitoring can be realized, and the prompt word management efficiency is greatly improved.

The invention discloses a wiring diagram automatic generation method based on a database and a CAD software platform, and the method comprises the steps: S1, collecting data related to wiring, and storing the data in the database; s2, designing a UI (User Interface) for a user to input related information and complete the connection between the cable and the terminal strip; s3, integrating the CAD software and a UI interface by using an API interface of the CAD software, wherein the CAD software is connected to a database through a webapi data interface of a design standard; and S4, organizing based on a CAD software platform, and automatically drawing a terminal diagram. According to the invention, part of unnecessary labor time is saved for the electrical specialty.

The invention relates to the technical field of security, and discloses an application program reporting method based on a cloud desktop, a user terminal and a reporting system.The method comprises the steps that an environment mirror image is deployed to the cloud desktop, an upgrade package of an integrated software program is obtained, and a plurality of common application programs of the upgrade package are installed on the cloud desktop; and detecting whether prompt information of the security application program appears in the installation process, if the prompt information does not appear, obtaining the next environment mirror image of the mirror image list, and returning to the step of deploying one environment mirror image in the mirror image list to the cloud desktop until all environment mirror images in the mirror image list are traversed and the prompt information is confirmed to appear. If yes, reporting information is generated, the next environment mirror image of the mirror image list is obtained, and the step of deploying one environment mirror image in the mirror image list to the cloud desktop is returned until all environment mirror images in the mirror image list are traversed. According to the application program reporting method and device, the reporting efficiency of the application program can be improved, and then the installation efficiency of the application program is improved.

The invention provides an end capability detection method and device, equipment and a storage medium, and relates to the technical field of computers, in particular to the fields of computer communication, mobile end development, computer vision and the like. According to the specific implementation scheme, a software development kit (SDK) is integrated in a cross-end rendering environment; wherein the SDK is used for supporting end capability detection of native codes, and the cross-end rendering environment is an environment in which non-native codes are operated to drive a screen to perform pixel rendering; initiating an end capability operation request to a terminal through the SDK in the cross-end rendering environment; and performing end capability detection according to an end capability operation result returned by the terminal.

The present application belongs to the field of automatic control technology, and particularly relates to a system and method for double-path software burning and writing of a DCS platform board card. The present application comprises a system module architecture design and a system double-path communication operation process design, relies on a control terminal computer, realizes separation and cooperation of control commands and data / software download communication, and increases the reliability of the software burning process through the design of separation of control and data. The one-way communication mode of network data reduces unnecessary link interaction under the premise of security reinforcement, speeds up the transmission efficiency, the control terminal integrated software burning system based on cross-platform development reduces the development problems caused by system differences, the one-key operation design reduces the risk of software burning manual intervention, improves the burning success rate, and reduces the burning difficulty.

The invention discloses an integrated software test experiment teaching platform and an implementation method. The platform comprises an account management module, a basic teaching module, an experiment operation module, an experiment report module, an interaction module, a defect management module, a micro-service architecture layer and a data support layer. Wherein the experiment operation module comprises an experiment question bank, an operation record and a tool integration sub-module, and can be used for presetting multiple experiment questions, capturing operation logs in real time and integrating an automatic test tool; a duplicate checking engine and an intelligent scoring unit are arranged in the experiment report module, and automatic duplicate checking and scoring of a report are achieved; the micro-service architecture layer adopts a SpringCloud framework, so that high concurrency and expansibility are guaranteed; and the data support layer realizes efficient data management through a relational database, a cache component and an object storage component. According to the platform, a whole-process closed loop of theoretical learning, experimental operation, report management and interactive feedback is realized.

The embodiment of the application discloses a software authorization method, system and storage medium, the method comprises the following steps: a software authorization party generates an authorization file according to received device information and corresponding authorization information; the software authorization party returns the authorization file and a software version to a device manufacturer; the device manufacturer integrates the software version and places the authorization file according to requirements; after the device runs, a software loading authentication module is loaded and authorization verification is performed, if the verification is passed, the device normally runs, otherwise, the device stops running. In the application, the authorization file can be preset, and a user does not need to manually input an activation code, so the application is more suitable for devices without a key input or interface; offline authorization simplifies an authorization server link, and reduces development and maintenance costs of the server; device models, manufacturers, software versions and the like can be authorized in batches, and a chip ID, a network card address and the like of a single device can be individually authorized; multiple signature verification and multiple encryption algorithms are used in authorization and authentication, so the application is not easy to be cracked.

The present application relates to the technical field of robots. Provided are an expandable universal robot with integrated software and hardware, and a control method therefor. The robot comprises: an industrial personal computer, a mobile chassis, a mechanical arm, a variety of sensors, and input / output devices, wherein the industrial personal computer is electrically connected to the mobile chassis, the mechanical arm, the plurality of sensors, and the input / output devices; and the industrial personal computer is provided with an operating system and a robot application development platform, with the robot application development platform being configured to develop corresponding robot application programs for task devices, and the operating system comprising a chassis control service module, a mechanical arm control service module, a system service module, and an input device communication service module.

The application discloses an unmanned excavator, which comprises a vehicle-mounted hardware subsystem, a remote cockpit subsystem and an integrated software subsystem. The vehicle-mounted hardware subsystem is arranged on the body of the unmanned excavator and is used for collecting environment sensing data and body attitude data of a working environment in which the unmanned excavator is located in real time, driving an actuator of the unmanned excavator to complete a working action according to a received control instruction, and the like. The remote cockpit subsystem is used for providing a remote monitoring and instruction input interface, sending a manually controlled instruction inputted from outside to the vehicle-mounted hardware subsystem, receiving and displaying environment and state information returned by the vehicle-mounted hardware subsystem, and the like. The integrated software subsystem is used for processing the environment sensing data and the body attitude data, generating a working control instruction containing a working decision and a motion track, sending the working control instruction to the vehicle-mounted hardware subsystem, providing a man-machine interaction interface, and the like. The integrated software subsystem is configured with three working modes, including a remote control mode, a semi-automatic loading and unloading mode and a full-automatic excavating and loading mode.