24 results about "Software execution" patented technology

Apparatuses, systems, and techniques to perform multi-threaded processing in parallel by one or more software programs on a parallel processing unit (PPU), such as a graphics processing unit (GPU), or any other processing unit capable of supporting multi-threaded software execution. In at least one embodiment, processors, systems, and techniques, during execution of two or more software threads in parallel, identify, using at least one software thread of the two or more software threads, a child node of a parent node in a shared hierarchical data structure stored in memory as a candidate for a state-modifying operation, lock the parent node of the child node to indicate that an operation involving the child node is in progress, and perform, by the at least one software thread, a state-modifying operation on data associated with the child node when the parent node is locked.

The present invention provides an off-line software-in-the-loop simulation development system and an off-line software-in-the-loop simulation method. A general firmware architecture is compiled to generate a chip control program. The general firmware architecture includes an application layer and a hardware abstraction layer. The application layer has a setup header file and a product program. Processing programs required by peripheral modules are added to the hardware abstraction layer at compile time. The chip control program is provided to a controller chip or circuit simulation software to control product-related circuits by controlling peripheral modules.

A method of collecting and reporting inventory of resources deployed in a data center that includes hardware resources, a virtualization management software executed to provision virtual resources from the hardware resources, and a cloud management server executed to provision the virtual resources for tenants of the data center, includes the steps of: executing a first API call to the virtualization management software to collect first inventory of virtual resources deployed in the data center and a second API call to the cloud computing management software to collect second inventory of virtual resources deployed in the data center; storing the first and second inventory; and in response to an inventory request from a central orchestrator, initially sending a subset of the stored first and second inventory to the central orchestrator in accordance with parameters included in the inventory request, and thereafter sending updates to the subset to the central orchestrator periodically.

Provided is a communication system in which a processing load is not concentrated in one wireless base station. This communication system comprises: a plurality of wireless base stations that communicate with terminals; a plurality of processors; and a software processing unit that receives, from one of the plurality of wireless base stations, a processing request pertaining to communication from a terminal with which the wireless base station is communicating and uses software to execute processing pertaining to the processing request. The software processing unit comprises a dispatcher whereby processing is assigned to a handler for executing processing associated with a processing request in accordance with the content of the processing request, a handler generation unit for executing processing pertaining to a processing request and generating a handler for each processing request, and a scheduler for assigning a handler to any of the plurality of processors. The software processing unit causes the processor to which a handler has been assigned to process the handler and thereby executes the processing pertaining to a processing request.

A hardware-anchored orchestration system for autonomous GenAI agents in clinical settings, implementable in ASIC or FPGA fabric to ensure deterministic enforcement independent of software execution layers. The system utilizes a hardware-isolated ethical supervisor—comprising a HSM or TPM—to monitor agentic workflows against human-configured safety thresholds stored in an ethical guardrail manifest in a silicon vault. Hardware-based logic gates detect statistically anomalous token-level entropy as a causal indicator of hallucination, and bias monitors evaluate equity thresholds against manifest-defined fairness indices. If a safety breach is detected, a hardwired interlock circuit asserts a non-maskable interrupt to block the agent's output before it is committed to the clinical record. The architecture supports multi-agent quorum verification and cryptographic provenance anchoring, ensuring autonomous agentic actions remain compliant with clinical regulatory standards via hardware-verified human oversight and zero-knowledge compliance verification.

User behavior-based AI test code generation system and method and a program performing the same disclosed. A non-transitory computer-readable medium storing computer executable instructions for performing a user behavior-based AI test code generation method when executed by a computer, wherein the computer program causes the computer to perform the following steps: recording a UI interaction related to a user behavior on an execution screen of software to be tested; analyzing a UI source of the software; inputting the recorded user behavior and an analysis result of the UI source to generate a test scenario through an LLM; and converting the test scenario into a test code corresponding to an executable test case.

This invention relates to a platform door gate control unit application upgrade system, method, device, and medium. The system includes: a gate control unit (KDCU) for receiving a new program and upgrading the application; an equipment status monitoring and management unit (PMH) connected to the KDCU via a CAN bus and interacting with it during the upgrade process; and a maintenance and diagnostic terminal (PMM) connected to the PMH via network communication and used to initiate KDCU program upgrade commands. After receiving the upgrade command through the PMH, the KDCU's execution pointer jumps from the application area to the boot area, waiting to receive the new application. The application area is the KDCU application execution area, and the boot area is the KDCU upgrade software execution area. In terms of storage location, the application area is placed before the boot area, i.e., the application area starts at a low address, and the boot area starts at a high address. Compared with existing technologies, this invention has advantages such as improved stability and efficiency.

This application provides a method, system, and medium for calling a software parameterized Web service based on reverse polling and local computation. The method includes: starting a local modeling node and registering it with the central service layer; obtaining the CAD software type and version information supported by the format; receiving parameterized modeling task requests; storing them in a task queue; and initializing the task status to be in the queue; extracting tasks to be processed at preset time intervals; parsing the modeling parameters of the tasks to be processed; calling the corresponding CAD software to perform parameterized modeling; generating model files and engineering drawing files; and uploading them to the file storage area specified by the central service layer; and updating the task status to result upload and completion. This application significantly reduces deployment and operating costs, avoids data security risks, eliminates the need to deploy CAD software on a cloud server, processes core modeling data on a local computer without uploading it to the cloud, and completely solves the data security risks of existing cloud deployment solutions.

The application discloses a file cleaning method and device of terminal equipment and electronic equipment. The method comprises the following steps: determining a target operation performed on a target software in the terminal equipment; determining a plurality of candidate files corresponding to the target operation; determining a stable influence index corresponding to the plurality of candidate files based on terminal data of the terminal equipment; determining a software association index corresponding to the plurality of candidate files based on software data; determining a cleaning index corresponding to the plurality of candidate files according to the software association index and the stable influence index corresponding to the plurality of candidate files; and determining a target file to be cleaned from the plurality of candidate files according to the cleaning index corresponding to the plurality of candidate files, and cleaning the target file. The application solves the technical problem of inaccurate file cleaning when cleaning the files related to the target software of the terminal equipment in the related art.

The invention relates to a computer-implemented method for processing data relating to changes in cloud services (1), comprising: retrieving data relating to a change in a cloud service (1); reducing the data relating to the change; comparing the reduced data with stored data relating to already detected changes; comparing whether the change relates to an active service if both conditions are met; processing the reduced data in a risk assessment process, comprising: identifying risk categories; a risk analysis for textually specifying risk factors to the risk categories; a risk assessment; proposing measures, wherein these sub-steps are carried out by a user supported by software and in advance by a large language model, wherein the result of the process processed by the large language model is provided to the user in addition to the data relating to the new change.

One or more embodiments of the present specification disclose a method and apparatus for accessing data processing, an electronic device and a storage medium. The method comprises: receiving an access request of target software, and determining a preset address range corresponding to the access request from a preset memory address allocated by a stagnation file; performing an inspection operation on a memory address corresponding to the access request using the preset address range; in a case where the inspection result of the inspection operation is that the memory address corresponding to the access request does not belong to the preset address range, processing the access request; in a case where the inspection result of the inspection operation is that the memory address corresponding to the access request belongs to the preset address range, performing an access stagnation operation on the target software, the access stagnation operation being used to make the target software in a suspended access state.

Provided is an automatic analysis device capable of restricting the activation of other software from software for executing an analysis operation. This automatic analysis device for analyzing a sample comprises: a storage unit that stores first software which is software for executing an analysis operation, second software which is software for executing a maintenance operation, and an authority table in which a user ID and an authority level are associated with each other; and a control unit that restricts activation of the second software from the first software on the basis of a collation result obtained by collating the authority table with the user ID of a user who has logged in to the first software.

A system, and method for controlling a computing system, comprising: reading a stored energy-performance characteristic of a plurality of different phases of execution of software, an execution of each phase being associated with a consumption of a variable amount of energy in dependence on at least a processing system performance state, the performance state being defined by a selectable performance-energy consumption optimization for at least two processing system components; scheduling a plurality of phases of execution of the software, in dependence on the stored energy-performance characteristics, for each of the respective phases of execution of the software and at least one system-level energy criterion; and executing the phases of execution of the software in accordance with the scheduling.

The application discloses a kind of gesture-based computer-aided engineering software intelligent agent application human-computer interaction method, and the structured command stream including translation, rotation, scaling, point selection and other operation types and parameters is output by pre-trained deep neural network. The operation precision is significantly improved by smoothing and correcting the recognition parameters through the secondary fine correction link. The CAE intelligent agent receives the corrected command stream, calls the software API to execute the operation, and feeds back the next step suggestion to the user after obtaining the execution state. The application solves the problem that natural language is difficult to accurately describe high-dimensional space constraints, and breaks the closed loop from instruction understanding to actual operation execution of the intelligent agent. At the same time, the visual interaction without external device is adopted, which completely eliminates the dependence of mouse and keyboard on the flat workbench, adapts to outdoor, clean workshop and high-altitude work and other limited working conditions, eliminates the operation failure and precision deficiency problem caused by the environmental constraints of traditional external devices, and realizes full-process, high-precision CAE simulation contactless control.

Disclosed herein are systems and methods for providing a machine learning (ML)- assisted presentation hosting platform. An example method includes receiving presentation materials associated with a presentation, analyzing the presentation materials by a first ML model to predict a presentation scenario, collecting information about a plurality of devices and / or software available to a plurality of participants of the presentation, analyzing the presentation scenario and the collected information by a second ML model to predict a mapping of one or more activities to the one or more devices and / or software of the participants, based on the configuration, resources, capabilities and / or load of the devices and / or software, and executing the presentation, including causing the one or more devices and / or software of the participants to perform the mapped activities based on the mapping.

A management ECU 30 in an ECU control system 100 executes a function improvement process for installing software from outside a vehicle via OTA in order to improve a function executed by software, executes a function improvement process for installing software from outside the vehicle via OTA in order to add a function in response to a user request, and executes the function improvement process with priority over a function addition process in accordance with the degree of importance of the function improvement process when the processing time of the function addition process and the processing time of the function improvement process overlap.

This invention relates to a method for controlling the number of simulations in rockfall simulation, belonging to the field of numerical simulation technology for geological disaster prevention and geotechnical engineering. To address the technical problem in existing rockfall simulation software where the number of simulations is mismatched with output reliability, leading to computational redundancy or insufficient samples causing inaccurate design parameters, this invention obtains the design reference period T and the allowable exceedance probability Pf of the area to be protected. Based on the design reference period T and the allowable exceedance probability Pf, the number of simulations n is calculated using a Poisson distribution model, satisfying n = T / (−ln(1−Pf)). The number of simulations n is set as the upper limit for the number of executions of the rockfall simulation software. The rockfall simulation software is started to perform Monte Carlo simulation, and the number of completed simulations is counted in real time. When n is reached, the simulation automatically terminates, and the envelope values ​​of stress parameters from the first n simulation results are output. This invention achieves automatic matching between computational load and output accuracy, and is mainly applied to the simulation analysis and design parameter determination of landslide and rockfall protection projects.

The application provides a constellation cross-granularity state switching simulation method and system based on event driving, solves the technical problems that the macro mathematical model of the existing constellation simulation is difficult to reflect the execution details of the satellite-borne software, and the micro instruction level simulation is difficult to support large-scale constellation real-time deduction. It includes constructing a multi-granularity digital satellite simulation entity, including a macro behavior model and a micro information flow model; in the cruise stage of the multi-granularity digital satellite simulation entity, the macro behavior model of the satellite node is allocated a process, a trigger event condition is preset, and the events in the cruise stage are listened to and judged; when it is judged that a certain satellite node meets the trigger event condition, the state is switched to the micro information flow model and is hot started; the satellite nodes that do not meet the trigger event condition continue to be allocated a process by the macro behavior model; when the trigger event ends, the state is switched to the macro behavior model to continue cruising, and the process is recycled. The application can be widely applied to the technical field of satellite constellation simulation.

A vehicle software execution method and device, a vehicle, and a storage medium are provided. The vehicle software execution method includes obtaining a script file corresponding to vehicle software, the script file includes a number of nodes of different types; splitting the script file into a logic script file and an interaction script file according to a node type of each node in the script file; and transmitting the logic script file to a logic engine and transmitting the interaction script file to an interaction engine respectively, enabling the logic engine to execute the logic script file, and enabling the interaction engine to executes the interaction script file, during a script file execution process, the interaction engine and the logic engine call each other according to content of the script file, which can improve the system operation efficiency, system robustness, and business coverage of the script file, support a large number of complex software businesses, avoid the problem of interactive conflicts that are easy to occur when the interaction script files of different vehicle software are executed, and have good flexibility and adaptability for vehicle software development and change iteration.

The application provides a kind of server energy consumption test method, device, electronic equipment and storage medium, belong to computer technical field, wherein, server energy consumption test method includes: automatically creating virtual machine on each server to be measured, and installing energy consumption test related software on virtual machine, energy consumption test related software includes: intelligent platform management interface IPMI tool, energy consumption test software and automatic answering software;Through IPMI tool, the power consumption of different levels is set to each server to be measured;At each power consumption level, control the virtual machine on each server to be measured to execute automated energy consumption test based on energy consumption test software and automatic answering software, obtain the energy consumption test data of each server to be measured.The application is simple in operation, high in automation, can greatly improve test efficiency and reduce test cost.

This invention discloses a pure hardware radio frequency pulse sequence generation and transmission system for magnetic resonance imaging (MRI), belonging to the field of medical device technology. The core functions of this system are implemented entirely by hardware circuitry, without relying on any software execution unit. It includes a one-time programmable memory containing pulse sequence parameters and a pure hardware timing state machine that generates radio frequency control signals based on the pulse sequence parameters. All safety thresholds are permanently stored in the one-time programmable memory at the factory and cannot be modified during operation. This invention effectively solves the security vulnerabilities and response delays inherent in software control in existing MRI systems, improving the system's security and reliability.