71 results about "System software" patented technology

Embodiments described herein may include apparatus, systems, techniques, and / or processes that are directed to performing testing of a device while a system is operational. A device may include computing circuitry and host connectivity registers. Host connectivity registers contain configuration and memory mapping data programmed by system software upon power up of the device and computing system. The data contained in host connectivity registers should be always maintained while the computing system is operational. Scan test circuitry may be implemented, providing the ability to test the device while the system is operational. Preservation circuitry preserves or maintains the data stored in host connectivity registers allowing in-operation testing of the device, ensuring the device the ability to return to full operation at the end of in-operation testing without requiring system software to reprogram the host connectivity registers. By using scan-sealing methods and / or preserving the data in host connectivity registers during in-operation testing, performance and user experience are not degraded.

In the case that a vehicle is equipped with a shift-by-wire system configured to automatically shift a shift position to a parking position, at a time when a first predetermined condition is satisfied, a software updating system carries out a confirmation process to confirm with a user whether or not to approve the execution of a software updating process with respect to an electronic control unit that is provided in the vehicle, and in the case that the vehicle is not equipped with the shift-by-wire system, carries out the confirmation process at a time when a second predetermined condition that differs from the first predetermined condition is satisfied.

The application discloses a kind of distributed data query method and system, data distributed is stored in multiple computing nodes, the method is suitable for computing node, comprising the following steps: receiving the query request initiated by user;Parsing query request;When judging that the data to be queried in parsed query request is not on this computing node, determine the other computing node according to the data primary key to be queried;Query request is sent to other computing node, to receive the data returned after other computing node executes query request, and present to user.The application has greatly improved performance in data loading or data query, and with the increase of data volume, only need to increase computing node to ensure that data loading or query performance is not affected, without modifying system software, system has good scalability, which is not possessed by traditional centralized system.

1. Name of the product in this design: Graphical User Interface for Controlling Rotary Dehumidifiers for Electronic Devices. 2. Application of this design: This design is intended for use in an electronic device. 3. The key design features of this product are its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: The graphical user interface of the product is the software interface for the control and adjustment system of the rotary dehumidifier unit; the main view of Design 1 is the main interface of the software; the interface change state diagram of Design 1 is the interface displayed after clicking the "Parameter Query" option at the bottom of the main view interface of Design 1. Design 2 is a similar design. The main view of Design 2 is the main interface of the software. The interface change state diagram of Design 2 is the interface displayed after clicking the "Parameter Settings" option at the bottom of the main view interface of Design 2. Design 3 is a similar design. The main view of Design 3 is the main interface of the software. The interface change state diagram of Design 3 is the interface displayed after clicking the "Historical Alarms" option at the bottom of the main view of Design 3. Design 4 is a similar design. The main view of Design 4 is the main interface of the software. The interface change status diagram of Design 4 is the interface displayed after clicking the "Trend Chart" option at the bottom of the main view interface of Design 4. Design 5 is a similar design. The main view of Design 5 is the main interface of the software. The interface change state diagram of Design 5 is the interface displayed after clicking the "Factory Repair" option at the bottom of the main view of Design 5.

This invention discloses a chip defect handling method, apparatus, device, and readable storage medium, relating to the field of chip technology. The method includes the following steps: acquiring physical identifiers of multiple computing cores and assigning logical identifiers to them; determining the physical identifiers of computing cores with manufacturing defects; establishing a mapping relationship between physical identifiers and logical identifiers, mapping the physical identifiers of computing cores with manufacturing defects to preset logical identifiers according to the mapping relationship, and mapping the physical identifiers of computing cores without manufacturing defects to other logical identifiers besides the preset logical identifiers; wherein the preset logical identifiers remain fixed; and disabling the computing cores corresponding to the preset logical identifiers. This invention maps physical identifiers at different physical defect locations to the same preset logical identifier, ensuring that the logical addresses of chips with failed computing cores at different locations are consistent, thus unifying the logical view from the system software perspective and significantly improving chip yield.

The application provides an anti-UAV display control training method and system, which can directly use the software interface of the actual system to directly cover, without copying the software interface and process, with low cost and short development cycle; since the actual system software is adopted, the software interface and operation process are 100% consistent with the actual system, a small design problem does not affect the core function, the design fault tolerance is high, and the operation experience is realistic; if patch repair type software upgrading of the actual system is encountered, the application can automatically adapt to realize the capture operation, and solves the problem of the current anti-UAV display control training system, which realizes the construction means of the UAV display control training system through one-to-one copying, and the practicality is poor.

This application relates to the field of vehicle intelligent cockpit system software upgrade technology, and discloses a cockpit domain controller OTA design method, apparatus, device, and storage medium. The method includes: configuring the hardware basic requirements of the cockpit domain controller; after the hardware basic requirements meet preset requirements, classifying the design requirements of the cockpit domain controller according to functional type to obtain design requirement items; configuring the development standards for each design requirement item to clarify the development specifications of the cockpit domain controller; and completing the OTA design of the cockpit domain controller based on all development specifications. This application at least solves the problem of poor user experience caused by the low compatibility of existing OTA2.0 architecture adaptation schemes, which is beneficial to improving the compatibility of OTA modules with the OTA2.0 architecture, reducing the development difficulty of OTA modules, and ensuring user experience.

Embodiments of the present disclosure relate to a system, software application, and methods for providing an improved electronic written communication that sounds like the user, as well as being tailor-fit to the writing style of the recipient in order to avoid miscommunication caused by personality, clarity, cultural, or generational writing differences. Systems and methods of the present disclosure may enhance written electronic communication through the integration of personalized profiles for both senders and recipients. By leveraging advanced stylometry and behavioral psychology profiling, the system tailors communications to fit individual needs. Additionally, this solution ensures that system-generated content matches the sender's natural writing style, saving time and maintaining authenticity. The system also provides real-time feedback and adjustments to avoid potential communication frictions. Moreover, embodiments of the present disclosure bridge miscommunication gaps caused by cultural and generational differences by interpreting these nuances and incorporating them into the improved electronic written communication.

To facilitate differential software updates for automotive operating systems (OS). [Solution] The update method includes communicating information associated with a software update to the vehicle system's OS with an external source of the vehicle system, obtaining a portion of the software update from the source, and applying the obtained portion of the software update to a partition of the OS, wherein the partition of the OS comprises at least one of a first partition managing a first type of data and a second partition managing a second type of data, the first type of data comprising at least one of non-adaptive data, data that is not frequently changed, and safety-critical data, and the second type of data comprising at least one of adaptable data, data that is frequently changed, and non-safety-critical data, and the first partition and the second partition are logical partitions implemented by the OS configuration.

This invention aligns with the development trend of multi-scenario and multi-mode civilian radar. Addressing the core needs of multi-task adaptation, electromagnetic interference suppression, and flexible performance upgrades, it designs an intelligent radar signal processing architecture that meets the three standards of "functional scalability, performance upgradeability, modularity, and standardization," with deep decoupling of hardware and software and support for online software upgrades. This architecture adapts to the radar sensing and detection needs in complex electromagnetic environments. The architecture consists of three layers: hardware, system software, and intelligent applications. The hardware layer adopts a 3U VPX cableless platform, achieving flexible interconnection and expansion of multiple modules through star-flash technology. The system software layer extracts the common functionalities of radar imaging, altimetry, monopulse detection, and electronic reconnaissance, breaking them down into 4 categories and 8 standard modules, supporting dynamic module reconfiguration based on a linked list structure. The intelligent application layer includes 8 types of software applications (APPs). The intelligent decision-making APP generates radar operating modes, parameters, and timing strategies, driving other APPs to complete parameter configuration and achieving adaptive adaptation to multiple civilian scenarios.

This invention proposes a 3D modeling system and method based on force detection feedback. The 3D modeling system includes: a calibration guide tube, a 3D calibration system, a force-sensing actuator arm, a controller, a workstation computer, and main control system software. The calibration guide tube is adapted to be fixed to the force-sensing actuator arm, which has a motor power module and a measurement module. The measurement module is used to measure the operating parameters of the motor power module. The main control system software is installed on and connected to the workstation computer and stores a calibration matrix. The calibration matrix records the correspondence between the contact force of the calibration guide tube and the operating parameters. During the 3D modeling process, the workstation computer receives the operating parameters measured by the measurement module and obtains the contact force of the calibration guide tube by querying and comparing with the calibration matrix. This invention can achieve force detection using existing high-density calibration guide tubes, significantly reducing cost and system complexity. The method of inferring the force at the guide tube tip from the operating parameters is accurate and has a fast response speed.

The present invention provides a software update system, a software update device, a software update method, and a program. [Solution] The software update system 10 includes a language setting unit 56 for setting the display language of the information to be displayed on the display unit 58, an information acquisition unit 32 for acquiring campaign information, which is information related to the software update process for the ECU 18, from the server device 14 via the network 16, a display control unit 34 for displaying the campaign information on the display unit, and a discard processing unit 42 for discarding campaign information acquired before the display language was changed when the display language is changed by the language setting unit.

1. Name of the product in this design: Graphical User Interface for Remote Control of Loaders for Electronic Equipment. 2. Application of this design: This design is intended for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photo that best illustrates the design points: Component 2 interface change state diagram 2. 5. Purpose of the Graphical User Interface: The product's graphical user interface is the software interface for real-time display and remote control of the underground loader system; Component 1 is the secondary display interface, allowing control of the loader; Component 2 is the main display interface, displaying various status information of the underground loader; the main view of Component 1 is the system login interface. After login, the main screen displays the main view of Component 2, which then automatically jumps to the interface change state diagram 1 of Component 2; the interface change state diagram 1 of Component 1 shows the interface displayed after successful login; after clicking the "Security" option on the right side of the middle of the interface in the interface change state diagram 1 of Component 1, confirm the following... The "Front View" and "Rear View" options lead to the Component 1 interface change state diagram 2; after clicking the "Safety" option on the right side of the middle of the Component 1 interface change state diagram 2, confirm the "Left View" and "Right View" options in sequence to enter the Component 1 interface change state diagram 3; after clicking the "Start Remote Driving" option in the Component 1 interface change state diagram 3, the corresponding main screen enters the Component 2 interface change state diagram 2, which is the obstacle detection state interface; Component 2 interface change state reference diagram 1 is a reference diagram of Component 2 interface change state diagram 1, and Component 2 interface change state reference diagram 2 is a reference diagram of Component 2 interface change state diagram 2.

The present application belongs to the technical field of biological manufacturing data analysis, and discloses a biological manufacturing data analysis system based on artificial intelligence. The present application realizes intelligent biological processes, discusses the intelligent technology route of the entire subject according to the existing biological multiscale theory and the AI research system, starts the preparation work of connecting the AI system software and programming with the equipment manufacturing unit technology, and establishes the system. The double-track strategy of "general large model + parallel experiment data" is adopted: the general model provides basic cognition, and the experiment data forms the decision rule through the state-action-reward mechanism. The multiscale related curves, AI1.0 to 2.0 versions are related, the experiment data is associated with the relevant research in various places through the general large model, and the internal research is formed into a confidential database.

A system, software application, and method for optical device metrology of optical device patterns formed from lithography stitching are provided. In one example, the method includes creating a stitched design file comprising images of a plurality of masks; defining target coordinates for each of the plurality of masks in the stitched design file; defining an alignment mark for the stitched design file; capturing images of an optical device pattern at each of the target coordinates; comparing the captured images of the optical device pattern at each of the target coordinates to virtual images of the stitched design file at each of the target coordinates; and determining whether the optical device pattern at each of the target coordinates meets a threshold value.

The present disclosure involves systems, software, and computer implemented methods for custom processing in data privacy integration protocols. One example method includes receiving custom logic from a customer of a DPI (data privacy integration) service for customizing applications to evaluate requesting ground values received from the DPI service. The DPI service receives a protocol request that includes a requesting ground value. The DPI service generates and sends a work package that includes the requesting ground value. Each responder application that receives the work package evaluates the work package using the custom logic. The responder applications that received the work package send work package responses to the DPI service that include status information of the responder applications processing the work package. The DPI service evaluates the work package responses and sends a response to the protocol request that includes an overall status of DPI processing of the protocol request.

A capacitive sensor and capacitive sensing data integration for monitoring plasma chamber conditions are described. In an example, the plasma chamber monitoring system includes: multiple capacitive sensors; a capacitance-to-digital converter (C / D); and an application processing server coupled to the C / D, the application processing server including system software. The C / D includes: an insulating interface coupled to the multiple capacitive sensors; a power supply coupled to the insulating interface; field-programmable gate array (FPGA) firmware coupled to the insulating interface; and an application-specific integrated circuit (ASIC) coupled to the FPGA firmware.

This invention relates to the field of drive system control, and discloses an electric drive fault control method, device, computer equipment, and vehicle. The method includes: responding to a fault trigger signal output by the hardware layer of the electric drive system; monitoring the low-level duration of the fault trigger signal through the software layer of the electric drive system, and determining the fault type of the electric drive system based on the low-level duration; and controlling the electric drive system to perform corresponding actions based on the fault type. This invention solves the problem in the prior art where the fixed fault analysis time makes it impossible to distinguish between intermittent noise and continuous real faults, resulting in frequent false alarms and missed alarms in drive link protection.

This invention relates to an early warning system and method for ground pressure disasters in deep metal mining. The system combines high-sensitivity microseismic sensors, distributed acquisition units, signal processing and recognition technology, three-dimensional wave velocity model construction, data visualization, and a multi-parameter fusion early warning algorithm to achieve real-time, accurate monitoring and intelligent early warning of the entire rock mass fracturing process. The system hardware layer includes a 14Hz Geophones sensor network deployed in different deep sections, a netADC / netSP acquisition and processing module, and a UPS power supply system. The software layer includes modules for seismic source localization, feature extraction, deep learning classification, multi-parameter fusion model construction, and dynamic early warning output, supporting multi-platform operation and remote control. By constructing a three-dimensional wave velocity model, identifying microseismic signals in real time, and extracting multiple parameters such as energy, frequency, cumulative apparent volume, and Schmidt number, the system can achieve an early warning accuracy rate of ≥90%, significantly improving the ability to prevent and control ground pressure disasters in mines under complex geological conditions.

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.

1. Name of this design: Graphical User Interface for Campus Food Selection in Electronic Devices. 2. Intended use of this design: for use in an electronic device. 3. The key design features of this product are its graphical user interface. 4. The image or photo that best illustrates the design points: Interface change state diagram 2. 5. Purpose of the Graphical User Interface: The product's graphical user interface is the interface of the campus food selection system software; the main view is the system's first interface; Interface Change State Figure 1 is the interface displayed after clicking the "Start" option in the main view interface; Interface Change State Figure 2 is displayed after clicking any option in Interface Change State Figure 1; Interface Change State Figure 3 is the interface displayed after clicking the "Open Blind Box" option in Interface Change State Figure 2; Interface Change State Figure 4 is the interface displayed after clicking the "Click to Draw" option in Interface Change State Figure 3; Interface Change State Figure 5 is the interface displayed after clicking the "Save Image" option in Interface Change State Figure 4; Interface Change State Reference Figure 1 is a reference image for Interface Change State Figure 1, Interface Change State Reference Figure 2 is a reference image for Interface Change State Figure 2, Interface Change State Reference Figure 3 is a reference image for Interface Change State Figure 4, and Interface Change State Reference Figure 4 is a reference image for Interface Change State Figure 5.

To efficiently update software in a state where an amount of communication with the outside is reduced without causing service reduction in a network consisting of plural APs.SOLUTION: A mesh controller comprises: a storage unit for storing an update file; and a control unit for controlling the update of software of an agent in a network by using the update file. The control unit comprises: a type determination unit for determining the type of the software of the agent; and an agent update unit for controlling the update of the same type agent installed with software of the same type as an own device. The agent update unit determines whether or not the same type agent requires to be updated, and sends update information to the same type agent requiring the update, and transmits the update file to the same type agent of a reply source when an update start request is returned after the transmission of the update information. The update start request is transmitted when a terminal device is not connected to the same type agent.SELECTED DRAWING: Figure 1

This invention relates to a method for evaluating the reliability of train network control system software, comprising the following steps: Step 1: Calculating a reliability factor based on collected failure data; Step 2: Determining data trends based on the significance level under a normal distribution and the calculated reliability factors of the failure data; Step 3: Evaluating the reliability of the software based on multiple software reliability models; Step 4: Evaluating the predicted quality of each software reliability model based on the relative accuracy of the predicted software reliability. This method for evaluating the reliability of train network control system software, after obtaining failure data and before selecting a specific model, performs trend analysis on the data, and the analysis results can serve as guidance for model selection and the use of effective data; after evaluating the reliability of the software, it evaluates the predicted quality of the model based on the predicted effectiveness, thereby obtaining the optimal reliability evaluation result based on the rationality and relative accuracy of the reliability evaluation.

1. The name of the design product: computer (mogune) with three-dimensional virtual scene intelligent switching system software graphical user interface. 2. The use of the design product: for running programs. 3. The design points of the design product: the interface content of the graphical user interface in the screen. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: for real-time scene replacement. The front view is the initial interface of the software. In the front view, load into change state diagram 1. In change state diagram 1, click on the left side environment atmosphere to enter change state diagram 2. In change state diagram 2, click on the left side environment to select the second scene to enter change state diagram 3. In change state diagram 3, click on the left side environment to select the third scene to enter change state diagram 4.

The present disclosure generally relates to systems, software, and computer-implemented methods for action determination for a multiple-category model. One example method includes establishing secure communication channels with a plurality of systems where data for a user is stored. User data for one or more categories is received via the secure communication channels from the plurality of systems. For each category, a set of rules is applied to the user data for the category to generate a resiliency score for the category for the user. A set of recommended actions is generated for the user based on a comparison of the resiliency score for a category to a threshold score for the category. A dynamic user interface is provided that uses the resiliency scores and the sets of recommended actions to display an interactive resiliency visual with which the user can interact. Machine learning may be applied to generate resiliency scores.

A software update system includes a start-stop switch capable of switching the power mode of a vehicle, and an update processing unit configured to execute a software update process when the power mode is IG-OFF, wherein a transmission processing unit stops a transmission process and the update processing unit executes the software update process if the transmission process has not succeeded at the time when the power mode is switched from IG-ON to IG-OFF.

The invention relates to an embedded system software engineering technology, in particular to a structural body access method in an embedded system and a virtual machine for structural body access. The structural body access method in the embedded system comprises the following steps: a virtual machine allocates slot positions for a to-be-accessed structural body in a structural body heap, generates non-zero integer handles in one-to-one correspondence with the slot positions and returns the non-zero integer handles to a script; the virtual machine receives a structure member access instruction of the script and parameters required by the structure member access instruction, the parameters comprise a coding field and the handle, and the coding field comprises a structure type identifier and a field identifier; and performing security verification on the coding field and the handle through a virtual machine, executing the structural member access instruction after the verification is completely passed, and feeding back an access result to the script.

This invention relates to the field of information technology for safe production, specifically to the application of emergency information resource content sharing. It mainly consists of two parts: first, hardware composed of a firewall, router, network cable interface, network cable, etc.; second, software composed of three major system software components: resource sharing, dual-stream push, and command and dispatch. To use it, access the system login interface by clicking the first option in the lower left corner and installing the emergency information resource sharing content application platform software. After logging into the terminal, select content sharing, and use the remote control to select sending dual streams to push computer content, realizing system functions such as resource sharing and command and dispatch. This resource sharing allows for convenient projection of other monitoring screens and control over them, with smooth connection and dual-stream input / output. Users can easily upload, store, and share various types of information resources, such as documents, pictures, videos, and on-site footage. Similar to Baidu Cloud Drive software, users can upload their data to the cloud and then share the generated links or permission settings with other users through the emergency resource sharing software, simplifying the sharing process, reducing unnecessary steps, and allowing sharing operations to be completed in a short time.

The application provides a download progress monitoring method bypassing pipeline buffering and application thereof, and belongs to the technical field of embedded system software upgrading. The application solves the problem that the parent process cannot acquire the download progress of the child process in real time due to the full buffering mechanism of the pipeline, and causes UI lag. The technical scheme points are as follows: a first process starts a second process to execute downloading and specifies a local storage path, so that a data stream bypasses a standard output pipeline and is directly written into a file system; the first process acquires the real-time size of the corresponding file through polling a file system interface as the downloaded amount, and the process is independent of the communication pipeline between the two processes; and the real-time progress is calculated and output in combination with the expected total size acquired in advance. The application realizes millisecond-level real-time monitoring and smooth display of the progress, significantly improves the user experience during system updating, and is mainly used in the OTA upgrading scene of embedded devices.

The present application relates to the field of software exception detection, and discloses a system software exception tracing method, equipment, a storage medium and a program product. The system software exception tracing method provided by the present application comprises: acquiring each layer of error information at the time of system software exception, wherein each layer of error information comprises a plurality of fields of different types; based on whether an error code exists in the system software, calling a corresponding error query action, reading each field in each layer of error information, and acquiring tracing information at the time of system software exception; and based on the tracing information, determining the position of the system software exception. The method provided by the present application can directly find the position and object of the failure of each logical level from each layer of error information, and realizes accurate positioning of software failure.