70 results about "Devices procedures" patented technology

The invention discloses a configuration method, system and device, a program product and a storage medium. The method comprises the steps of obtaining a large language model LLM type and demand information; generating configuration parameters based on the LLM type and the demand information; creating a test service based on the configuration parameters; performing a pressure test on the test service by using a test script to obtain a pressure test result; and adjusting the configuration parameters based on the pressure measurement result to obtain the configuration parameters meeting preset performance requirements. The resource allocation problem caused by lack of professional knowledge is effectively solved, and meanwhile, the working efficiency and the service quality are greatly improved, so that even a non-professional operation and maintenance team can easily complete a complicated LLM deployment task only by inputting the LLM type and the requirement.

The present application relates to the technical field of computers, and provides an interruption control method and apparatus, an electronic device, a computer program, and a computer-readable storage medium. The method comprises: acquiring a first execution result of a design under test for a benchmark test program and a second execution result of a software emulator for the benchmark test program; and when an interruption condition is satisfied, interrupting the operation of the design under test, wherein the interruption condition comprises at least one of the following: the first execution result does not match the second execution result; a hardware buffer zone corresponding to the design under test is full; the hardware buffer zone is used for recording operation data of the design under test; a software buffer zone corresponding to the software emulator is empty; and the software buffer zone is used for recording operation data of the software emulator. According to embodiments of the present application, in hardware verification, the execution results of the design under test and the software emulator can be automatically compared and checked, and interruption can be automatically triggered, thereby achieving a better debugging capability.

The invention discloses a dynamic configuration method, electronic equipment, a program product and a storage medium. The dynamic configuration method comprises the following steps: in response to an obtained dynamic configuration instruction, analyzing the dynamic configuration instruction to obtain an analysis result; according to the analysis result, statistical information is obtained, and the statistical information is used for representing current operation data of the TSN converter; determining a dynamic change strategy according to the statistical information; and according to the dynamic change strategy, performing dynamic configuration change on the initial configuration in the TSN converter to obtain the target configuration. According to the invention, the technical problem of how to maintain the stability of the deterministic transmission index without influencing the current operation state during parameter adjustment is solved.

The present application relates to the technical field of computers. Provided are a circuit verification method and apparatus, and a device, a program and a readable storage medium. The method comprises: acquiring a design file, which comprises a design under test and an assertion statement, wherein the assertion statement is used for verifying whether the design under test meets a test condition; converting the assertion statement into an assertion circuit, wherein the assertion circuit is a register-transfer level circuit; generating a target netlist on the basis of the design under test and the assertion circuit; according to the target netlist, configuring the design under test and the assertion circuit into an integrated circuit chip; running the integrated circuit chip, and monitoring an assertion result of the design under test; and when an assertion coverage rate of the design under test meets a preset condition, determining that the design under test passes verification. The embodiments of the present application may reveal an internal state and a potential problem of a design under test by using an assertion circuit, thereby solving the problem of low-level visibility of FPGA simulation lacking design details.

The invention discloses a webpage vulnerability identification method and device, electronic equipment and a program product, and relates to the technical field of artificial intelligence, and the identification method comprises the following steps: obtaining a page structure and interface information of a target page; performing feature extraction on the page structure to obtain a target vector, converting the interface information into a text sequence, and performing feature extraction on the text sequence to generate an interface semantic feature vector; the target vector and the interface semantic feature vector are input into a preset multi-modal model, a vulnerability attack request is generated, and the vulnerability attack request corresponds to response data; and performing semantic recognition on the response data by adopting a preset language model to obtain a vulnerability recognition result of the target page. According to the invention, the technical problem of low vulnerability identification accuracy in related technologies is solved.

The invention discloses an edge device program software development method and system, an edge device and a storage medium, and the method comprises the steps: extracting a model parameter file used for describing a target AI model, and obtaining model metadata of the target AI model; searching a target application program source code of the user according to the configuration file; generating a file directory of the target application program according to a directory generation rule in a preset project template file, and copying the source code of the target application program, the model parameter file, the model metadata and the general file at a preset position in the directory to obtain a target file; and according to the target file and the configuration file, compiling to obtain a target program file executable by the edge device. Therefore, through the disassembly of each business process, the decoupling of the program software to be developed and the specific hardware structure is realized, and meanwhile, the system environment configuration required by a user is simplified, so that the user can apply more energy to software development, and the software development efficiency is improved.

The invention discloses an industrial equipment online upgrading method and device, a terminal and a storage medium, a cloud server compares a stored update program version with a current program version on industrial equipment to obtain a program version difference, and generates a dynamic incremental package based on the program version difference; the local server receives the dynamic incremental packet and performs edge verification, and if the edge verification is passed, the local server caches the dynamic incremental packet and sends an upgrade notification to the industrial equipment; the device end of the industrial device triggers a receiving preparation mechanism according to the upgrade notification, and after the receiving preparation mechanism is completed, the local server transmits a dynamic incremental packet to the device end; and the device end performs a silence test on the dynamic incremental package, and after the silence test is passed, the device end performs program updating according to the dynamic incremental package. According to the invention, remote upgrading and maintenance of industrial equipment programs can be realized.

Procedures, methods, architectures, apparatuses, systems, devices, and computer program products for a WTRU with DualSteer capability that includes a first user UE and a second UE. The method includes registering each of the first UE and second UE with wireless networks based on first evaluation criteria and on second evaluation criteria, respectively, and transmitting a PDU session establishment request to the wireless networks. The method further includes receiving, from the wireless networks, information indicative of an acceptance of the PDU session establishment request, a steering mode configuration generated based on the first evaluation criteria and the second evaluation criteria, and steering mode assistance information, determining how to steer, switch, split, or duplicate over each PDU session based on: a respective trigger, the respective steering mode assistance information, and respective steering mode configuration, and communicating over the PDU sessions based on the determination.

The invention discloses a performance test method and device for an accelerator system, a program product and a medium, and is applied to the technical field of accelerators, and the method comprises the steps: obtaining basic communication test data, integrated communication test data, calculation test data, application performance test data and energy efficiency test data of energy efficiency of the accelerator system; based on a preset scoring rule, determining a score value corresponding to each piece of test data; and for each preset application scene, obtaining a weight coefficient configured for each score value in the application scene, and obtaining a performance test result of the accelerator system in the application scene based on the weight coefficient and each score value, by applying the scheme of the invention, the performance test of the accelerator system can be realized more comprehensively and accurately, and the performance test efficiency of the accelerator system is improved. And the difference of performance requirements on the accelerator system in different application scenes is considered.

The invention relates to the technical field of resource management of embedded devices, and discloses a resource scheduling control method and system for an embedded device, and the method comprises the steps: carrying out the overall analysis of a program operation task of the embedded device, constructing an execution demand of the program operation task of the embedded device, and carrying out the resource scheduling control of the embedded device; by querying a resource information set allocated to each operating system instance in each embedded device, constructing a resource information set occupied by each operating system instance as a constraint condition and resource allocation stability of the operating system instance of each embedded device as an optimization target; therefore, allocation optimization of the resource information set of each operating system instance and the program running task of each embedded device is executed, and finally, allocation is executed on resources of each operating system instance in each embedded device and the program running task of each embedded device by controlling the virtual machine manager. And intelligent resource scheduling control of the embedded equipment and efficient processing of production data are realized.

To provide a system capable of reducing a workload of associating a tenant in a multi-tenant type cloud service with an electronic device using the tenant, a server, a program for the server, an electronic device, and a program for the device.SOLUTION: A cloud server assigns a customer site 22 as a tenant with an organization number of the customer site 22 (S107-S108) and notifies a customer administrator of that effect. An MFP causes the organization number input by the customer administrator to be notified of and makes an inquiry to the cloud server about a subdirectory name of the customer site 22. The cloud server notifies the MFP of the subdirectory name associated with the notified organization number. The MFP notifies the customer site 22 accessed using the notified subdirectory name, of a serial number of the MFP. The customer site 22 manages the notified serial number.SELECTED DRAWING: Figure 5

The invention discloses an account parameter configuration method and device, electronic equipment and a program product, and relates to the technical field of artificial intelligence, and the configuration method comprises the steps: collecting a plurality of dimension data of a target user in a first preset time period under the condition of obtaining the authorization of the target user, fusing all the dimension data, and obtaining a fusion result; obtaining target feature data; a target decision model is adopted to process the target feature data, a configuration strategy set for the target user account parameters is obtained, and the model structure of the target decision model at least comprises a time sequence model and a preset rule decision model; and filtering all configuration strategies in the configuration strategy set to obtain a target configuration strategy set, and configuring the target user account parameters based on the target configuration strategy set. According to the invention, the technical problem that the parameters of the user account cannot be efficiently configured in the prior art is solved.

The invention discloses a management method and device of a multi-stage starting system, equipment, a program product and a medium, belongs to the field of computers, is used for performing firmware resource reuse on each stage of boot stage of the multi-stage starting system, and solves the problem of large firmware size of the multi-stage starting system. In the Nth-stage boot stage of the multi-stage startup system, if the to-be-executed function belongs to a non-common module, the to-be-executed function is loaded from the firmware corresponding to the current boot stage, and if the to-be-executed function belongs to a common module, the to-be-executed function is loaded from the firmware of the related boot stage with the minimum stage number of the to-be-executed function, so that the to-be-executed function is loaded. In other words, only one common module of the multi-stage boot stage needs to be set in the firmware of the minimum-stage related boot stage, meanwhile, the storage space and the memory space occupied by the firmware are reduced, and the cost is reduced.

The invention discloses a management method of a storage device, an electronic device, a program product and a storage medium, and is applied to the technical field of storage, and the method comprises the following steps: when a trigger condition of a sleep mode is satisfied, entering the sleep mode; when an instruction is received in the sleep mode, the instruction is placed in a cache queue, and the priority of the instruction is identified; when an instruction of which the priority reaches a preset target priority is received, and / or when an instruction statistical value of any priority below the target priority reaches an exit threshold configured for the priority, exiting the sleep mode and entering a working mode; and in the working mode, processing the instruction in the cache queue. By means of the scheme, frequent triggering of wakeup of the storage device can be avoided, power consumption is saved, it is guaranteed that important instructions can be rapidly processed, and the influence of the importance of the instructions is considered under the condition that the power consumption is saved.

The invention discloses a middleware restarting method and device, electronic equipment and a program product, and relates to the field of financial science and technology, and the restarting method comprises the steps that under the condition that first target preset middleware needs to be restarted, attribute parameter values of the first target preset middleware are modified to obtain target attribute parameter values, the first target preset middleware sends the transaction request received from the target gateway to an associated second target preset middleware, and the target attribute parameter value is used for controlling the first target preset middleware to stop receiving the transaction request sent by the target gateway; reading a transaction data queue of the first target preset middleware to obtain a first reading result, and reading data in all sockets to obtain a second reading result; and restarting the first target preset middleware based on the first reading result and the second reading result. According to the method and the device, the technical problem that efficient restarting of the middleware cannot be carried out under the condition that data is not lost in the prior art is solved.

A programmable logic controller or PLC (10) includes a program storage (120) to store a program executable on the PLC (10), an updater (110) to update the program stored in the program storage (120), and a version manager (140) to perform version management of the program stored in the program storage (120). The version manager (140) performs version management of the program stored in the program storage (120) based on a time at which the program is updated by the updater (110) and identification information for individually identifying the program to undergo version management.

The embodiment of the invention provides an equipment upgrading method and device, electronic equipment and a medium. In the embodiment, the file formats of the first equipment program file of the equipment and the obtained upgrade package file are set to be consistent, namely, the first equipment program file and the obtained upgrade package file at least comprise the function logic when the functions are realized, and each function corresponds to one function logic, so that the content contained in the file is scattered into each independent function logic, and the content in the upgrade package file is divided into the independent function logics. Corresponding function logic upgrading is carried out on the first device program of the device based on the first function logic and / or the second function logic determined in the upgrading package file, so that device upgrading is achieved on the function logic level, and the device does not need to be restarted in the upgrading process.

Method for machining a component (26, 28, 30), in particular a component (26, 28, 30) for a turbomachine, comprising at least the following steps: a) Arranging the component (26, 28, 30) on a clamping device (24) by a robot unit (20) and aligning the component (26, 28, 30) relative to the clamping device (24) by the robot unit (20); b) Fixing the component (26, 28, 30) to the clamping device (24) by moving at least one clamping element (32, 34) of the clamping device (24) by a robot unit (20), wherein the clamping element (32, 34) is moved by being subjected to at least one rotational movement (36) by the robot unit (20) and during the at least one rotational movement (36) of the clamping element (32, 34) torque monitoring and / or angular rotation monitoring by the robot unit (20); and c) Machining the component (26, 28, 30) fixed to the clamping device (24) by a machine tool (12) d) Loosening and / or removing the clamping device (24) from the machine tool (12) by the robot unit (20) e) Releasing and / or removing the machined component (26, 28, 30) from the clamping device (24) by the robot unit (20), wherein the clamping element (32, 34) is subjected to a movement (36) by the robot unit (20) limited by a stop element (40) when releasing the machined component.

Method for operating a mechanical device that is a car door or tailgate or other cover of an opening in a car or in a machine or object or building, • which has an optical gesture recognition device that can detect the position and / or orientation of a gesture input object and / or a hand and / or a finger and / or another body part of a gesture speaker or the structure of a gesture input object and / or a hand and / or a finger and / or another body part of a gesture speaker, and • which, after recognizing at least one predetermined gesture performed by means of a gesture input object and / or a hand and / or a finger and / or another body part of a gesture speaker and / or several other body parts of a gesture speaker, reacts to this recognition by at least one mechanical process, comprising the steps a. Determination of at least a distance between a gesture input object and / or a hand and / or a finger and / or another body part of a gesture speaker by the gesture recognition device of the device that performs the mechanical process; b. simultaneous determination of at least one additional parameter of this gesture input object and / or this hand and / or this finger and / or the other body part of a gesture speaker by the gesture recognition device; c. Transmitting a recognizable gesture sequence consisting of at least one first gesture and one second gesture to the gesture recognition device via a personalized and / or customizable transmitter or electronic key; d. Gesture recognition of the gesture sequence with formation of a gesture sequence hypothesis by the gesture recognition device; e. Acceptance or rejection of the gesture sequence hypothesis by the gesture recognition device; f. Opening the mechanical device after acceptance of the gesture sequence hypothesis by the gesture recognition device.

1. Name of the Design Product: Digitalized Graphical User Interface for Electronic Device Procedures. 2. Use of the Design Product: An electronic device. 3. Design Key Points of the Design Product: The interface content of the graphical user interface on the screen of the design product. 4. Picture or Photo Most Indicating the Design Key Points: The front view. 5. Use of the Graphical User Interface: To digitalize a standard procedure into a flowchart. 6. Area of the Graphical User Interface in the Product: In the product screen. 7. Human-Computer Interaction Method of the Graphical User Interface: The user operates through an input device, such as a mouse, keyboard, touch screen device, etc., based on the feedback of an output device, such as a monitor, to achieve human-computer interaction. 8. Description of the Changing States of the Graphical User Interface: The front view is converted into the changing state diagram 1 by clicking the "Edit Procedure" button on the right; the changing state diagram 1 is converted into the changing state diagram 2 by clicking the "Next Step" button in the upper right; the changing state diagram 2 is converted into the changing state diagram 3 by clicking the "Logic Diagram Editing" button in the middle; the "Next Step" button in the upper right of the changing state diagram 3 is converted into the changing state diagram 4; the changing state diagram 4 is converted into the changing state diagram 5 by clicking the "Yes" button in the middle.

Method, device and system for transferring a terminal attachment from a first access device to a second access device. The invention relates to a method for transferring a terminal attachment (Term) from a first access device (STA) to a second access device (STB), the terminal (Term) having previously established a data session (Sess) via the first access device (STA), and said session data being routed between the terminal and the first access device (STA) using time and frequency resources (R1), the method being implemented in the second access device (STB) and comprising receiving from the first access device (STA) at least one transmission characteristic (Caract) of a first data file associated with a neural network (RN_STA), attaching the terminal to the second access device,an update of a second data file from at least one received feature, said second file associated with a neural network (RN_STB), comprising a plurality of session data transmission features specific to the session (Sess) and the second access device (STB), and routing of all subsequent session (Sess) data through the second access device (STB) alone, in accordance with the updated second data file, following the detachment (404) of the terminal with the first access device. Abstract figure: Figure 2,

The invention discloses a direct-current split type charging pile program upgrading method which comprises the following steps: S1, all devices are layered, sorted and sequentially in communication connection, and a control panel of the first layer of device is in communication connection with a server; s2, if the program package is used for upgrading the device program of the first layer, a control panel of the device of the first layer skips to a bootloader program to receive the program package issued by the server for upgrading; if the program of the device not on the first layer is upgraded, the control board of the device on the first layer transmits the program package to the control board on the layer needing to be upgraded layer by layer according to the layering sequence in the step S1, and the control board on the layer needing to be upgraded jumps to the bootloader program to receive the program package issued by the control board on the previous layer and upgrades the program package. According to the scheme, online upgrading of the equipment program of the specified level can be realized only through communication between the equipment control panel of one level and the server, the cloud platform and the like and depending on data transmission between the levels, networking of other levels is not needed, and the cost is effectively reduced.

The invention provides a PLC program control method and device based on an eBPF, a PLC system and a storage medium, the method comprises the steps that eBPF byte codes of a target program from an IDE and used for downloading and configuration files corresponding to the eBPF byte codes are obtained, the eBPF byte codes are obtained by compiling the target program through the IDE, and the configuration files correspond to the eBPF byte codes; the target program comprises at least one of a PLC program, a PLC program library and a bus protocol plug-in; compiling the eBPF byte code into a target machine code according to a target framework operated by Runtime; and according to a target Hook point which is declared in the configuration file and corresponds to the target machine code, mounting the target machine code to the corresponding target Hook point. According to the method and the device, a plurality of technical problems caused by too many PLC equipment programs in the prior art are solved.

The application discloses a method and system for checking a network physical topology, a processing device, a program product and a storage medium. The method comprises the following steps: obtaining device information of each device in a target system; sending the device information of each device to a database, wherein system identification and position information corresponding to each device are pre-recorded in the database; analyzing each device according to the device information, the system identification and the position information of each device in the database to obtain an analysis result; if there is no abnormal network port information in the analysis result, outputting a network physical topology diagram of the target system; and if there is abnormal network port information in the analysis result, outputting abnormal information.

Method for displaying an icon, wherein the method is applied to an electronic device with multiple operating modes, wherein the electronic device comprises a first housing and a second housing, wherein the second housing is variably positionable relative to the first housing, and a respective operating mode is associated with a relative position between the first housing and the second housing, the procedure includes: Detecting and determining a current operating mode of the electronic device by detecting a change in the shape of the electronic device using sensors to detect the relative position between the first housing and the second housing, wherein the sensors are arranged in the electronic device; Determine, in accordance with the present form of operation, a first application applicable to the present form of operation; and Setting a display rule for an icon assigned to the first application.

A computer program comprising instructions which, when executed by a computer, cause the computer to perform operations that include: enabling local attestation of a network within a trust cluster, wherein enabling local attestation includes attesting nodes associated with the network within the trust cluster; communicating with a selected node outside the trust cluster; and attesting the selected node, wherein the selected and attested node is added to the trust cluster.

The embodiment of the invention provides an equipment behavior analysis method and device, processing equipment, a program product and a medium, and is applied to the technical field of network security. The method comprises the following steps: acquiring behavior data and a historical trust score of target equipment; according to the behavior data, determining a feature score of at least one feature of the target device, the feature score being used for reflecting a behavior abnormality degree of the target device at the first moment; according to the historical trust score, determining a mutual information value corresponding to each feature, the mutual information value being a value of mutual information between the feature and the historical trust score; adjusting the weight of each feature according to the mutual information value corresponding to each feature; and according to the feature score of the at least one feature and the weight of each feature, determining a trust score of the target device, the trust score being used for quantitatively evaluating the credibility and security level of the target device in the network. By the adoption of the method, the problem that an existing 5G private network security authentication mechanism is insufficient in security protection in a dynamically changing network environment is solved.

Disclosed are a service management method, apparatus, device, program product and storage medium, which relate to the field of cloud technology. When a first node determines that the image of a first component has been updated, since components other than the first component among multiple components do not rely on the first component to be updated, the first node only obtains the updated image of the first component to update the first service. In this way, the images of components in the first service that have a dependency relationship with the first component do not need to be updated, and the first node only obtains the updated image of the first component as an update package, which reduces the size of the update package when the service is updated, thereby improving the service update efficiency when the first service is updated based on a smaller update package.

The invention discloses an equipment program interface customization method and system, and relates to the technical field of program interface customization, and the method comprises the steps: carrying out the user behavior analysis through a user preference prediction model according to the user behavior data, and obtaining a user preference mode; performing interface self-adaptive adjustment based on the user preference mode in combination with the user behavior data to obtain program interface adjustment parameters; and performing cross-platform synchronization processing by utilizing the program interface adjustment parameter to obtain a customization result of the equipment program interface. According to the method and the device, the problems that the program interface is difficult to meet the personalized demand of the user, the compatibility and the intelligence are insufficient and the like in a multi-device and cross-platform application scene are solved, richer, more flexible and more personalized use experience can be provided for the user, high personalized and dynamic adjustment of the interface is realized, and the user experience and the interaction efficiency are improved.

The present invention relates to a method for coordinated linkage of upstream and downstream devices in the pharmaceutical industry. The method includes: a server integrated with a Direct system is communicatively connected to PLC devices of upstream and downstream devices in the pharmaceutical industry. The method includes: the Direct system receives an operation instruction from a user, constructs a main program operation process of the PLC devices by means of a configurable configuration tool, and constructs a subprogram for each main program by means of the configurable configuration tool and parameter attribute information according to the actual requirements of process configuration and the parameter information of the device to which the PLC device corresponding to the current main program belongs; when receiving a start instruction triggered by the user, each device to which the PLC devices belonging to the main program operation process belong executes each process. The above method realizes flexible configuration, ensuring coordinated linkage of upstream and downstream devices of the production line without affecting production, without the need to stop production, and without the need to modify the device program.