116 results about "Program treatment" patented technology

The present invention relates to a system for generative AI-prompting end-device effects. The system comprises one or more end devices, a generative AI model, a processor, and a memory. The generative AI model receives a user prompt describing a spatial lighting effect. The memory element coupled to the processor stores a program. The processor executes the program to position virtual representations of the one or more end devices and generate a script comprising animation instructions for a digital canvas and lighting control instructions for the one or more end devices based on the user prompt. Further, the processor triggers lighting effects on the one or more end devices based on the lighting control instructions of the generated script. The lighting effects are coordinated to mirror the animation of the digital canvas.

The invention relates to the technical field of computers, in particular to a method for optimizing the processing speed of a user mode program under an NUMA architecture. The method comprises the steps that in response to the optimization requirement of a user for the processing speed of an original file, first mark information representing the optimization requirement is added in the original file, a target file is generated, and the original file is a user mode program file; registering an interpreter corresponding to the target file; when a starting request corresponding to a target file is received and the starting request is scheduled to the non-uniform memory access node, calling an interpreter to process the target file to obtain a file copy; loading the file copy to a cache space of the non-uniform memory access node; according to the scheme, when the target file is executed, local access can be directly performed, so that delay and performance overhead caused by cross-node access are avoided, and the reading speed and the processing efficiency of the file copy are improved; and while the function complexity is reduced, the system stability is improved, and the system is easier to maintain and manage.

The invention discloses a high-reliability satellite service software solidification, verification and loading method and system, and belongs to the technical field of satellite service software, bootloader guide software and on-orbit single particle protection. The problems that satellite service software in an on-orbit program storage area is overturned, the ground does not perceive, and autonomous recovery cannot be achieved after overturning are solved. The method comprises a processing and checking strategy of a satellite service software program, a starting strategy of guiding software and a processing strategy after a program storage area is overturned. The method specifically comprises the following steps of: after a satellite service source program is processed, reading program files of three storage areas in sequence, judging the program of each area through a calculation checksum mode, and if all the programs cannot run, taking out a complete program in a bitwise two-out-of-three mode to run; after the satellite service software is reset, the overturned condition is repaired through verification and moving operation; and when the satellite service program runs, repairing is completed through an overturning detection mechanism. The method is suitable for curing, checking and loading the satellite service software of the high-orbit satellite in a more complex space environment.

The invention relates to a digital platform design method for automatically generating a PLC and terminal box diagram, and belongs to the technical field of electrical automation design, and the method comprises the following steps: S1, obtaining PLC IO and terminal box project design parameters and configuration parameters; s2, creating a standard macro design scheme, and storing the standard macro design scheme in a standard macro scheme database; s3, establishing an element type selection library; s4, constructing a program processing module which is used for performing hardware configuration according to the project design parameters, selecting a control scheme matched with the program processing module from a standard macro scheme database, matching entity type selection models in an element type selection library according to a configurable type selection module, automatically generating a power supply configuration table according to the control scheme and the type selection, and performing power supply configuration according to the power supply configuration table. Generating an in-cabinet layout scheme according to the component type selection information and the standard cabinet body scheme; and S5, constructing a drawing generation module which is used for reading PLC and terminal box design data and automatically generating a PLC and terminal box electrical equipment drawing.

The embodiment of the invention provides a parallel computing program processing method and computing equipment, which are used for reducing the migration complexity of a parallel computing program. Specifically, the computing device obtains an original computing program, and the original computing program is a parallel computing program written based on a second accelerator. Wherein the original calculation program is used for carrying out parallel calculation on the original calculation parameters based on the second accelerator. And the computing device adjusts the original computing program to obtain the target computing program. Wherein the target calculation program is a parallel calculation program written based on the first accelerator. The target calculation program comprises a cutting subprogram, and the cutting subprogram is used for cutting the original calculation parameters to obtain target calculation parameters with the same dimension; the target calculation program is used for performing parallel parameter on the target calculation parameters based on the first accelerator.

A computer-implemented method, system and computer program product for safely processing integrated flows of messages in a multi-tenant container. Each step in the flows of messages to be processed by the applications in the multi-tenant container is monitored. If the monitored step is determined to run custom logic in a general-purpose programming language, then the flow of messages running such custom logic is suspended from being processed by the application in the container if there are other flows of messages being processed by other applications in the container. Furthermore, new flows of messages are prevented from being processed by the applications in the container. After processing the other flows of messages by the other applications in the container, the suspended flow of messages is now processed by the application in the container. In this manner, the risk of interference with other flows of messages in the container is avoided.

A vehicular development and debugging system includes a computer device, a bus adapter, or a burner. The computer device includes a processor, a readable storage medium, a communication bus and a communication interface; the readable storage medium is configured to store programs of performing the method of configuring a parameter for a graphic program, and the processor is configured to execute programs of performing the method of configuring a parameter for a graphic program so as to generate text codes; the processor, the readable storage medium and the communication interface communicate with the bus adapter via the communication bus; the processor is further configured to compile at least one fragment of execution codes in the text codes; the bus adapter is configured to write the compiled execution codes into a debugging device; or, the burner is configured to write the compiled execution codes into the debugging device.

The invention provides a control device, a trust chain and a control method. The control device comprises a first memory, a second memory, a processing circuit and an input / output interface, the first memory stores a secure boot program. The second memory stores a first specified program. The processing circuit executes the secure boot program for performing a first legality check on the first specified program. When the first specified program passes the first validity check, the processing circuit executes the first specified program to generate a check signal. The input / output interface is used for outputting the test signal to an external device and receiving a reply signal generated by the external device. The processing circuit performs a second legality test on the reply signal. When the reply signal does not pass the second validity check, the processing circuit ignores the requirement of the external device.

It is possible to set an appropriate likelihood threshold in task processing using a trained model. [Solution] A program to be executed on a computer having a processor and a memory, the program causing the processor to execute the following steps: accepting input of data to be the subject of a specified task; a first trained model that outputs a result of the task when the data is input; determining the result of the task using the input data; a second trained model that outputs a likelihood of the result of the task according to the first trained model by inputting the input data and the result of the task; determining the likelihood using the input data and the result of the task; and outputting the result of the task and the likelihood.

The present application discloses a program execution method, which can be applied to the field of intermittent systems with multiple concurrent programs. The method includes: the intermittent system device obtains the first program, and before executing the jump instruction of the first program, the intermittent system device saves the variables modified in the code executed after the last detection point, and this part of the code can be regarded as an AEB, and the saving step is equivalent to executing a detection point; then jump to an AEB of the second program according to the jump instruction. The present application adds a detection point code for saving variables at the first jump instruction, so that the variables modified by each AEB are determined, thereby reducing the variables that need to be saved.

A program processing unit (100) comprises an address mask table generation section (120), a countermeasure application section (130), and an execution section (140). The address mask table generation section (120) generates an address mask table (155) based on setting data (158). The countermeasure application section (130) attaches a call wrapper to a program, identifies a transition process for performing a context switch from the program, and replaces the transition process with a process for performing a jump by specifying a physical address at which the call wrapper is to be deployed. Upon execution of a countermeasure application program, the execution section (140) references the address mask table (155), allocates memory, and assigns a physical address.Instead of acquiring a jump address without modification in the transition process, the execution section (140) makes a modification to use a jump address obtained by unmasking the jump address acquired by referencing the address mask table (155) based on a specific isolation setting.

The present invention discloses a robotic arm task execution method based on low-code configuration, including defining a status module, which includes the position, pose, kinematic attributes, path constraints, peripheral operations, and exception handling of the robotic arm; creating a low-code task configuration file in YAML or JSON format to represent the hierarchical relationship between different levels of entries; constructing a task tree structure including task arrays or lists, subtasks, status modules and their attributes; defining data structures and node types to convert the text-form task configuration into a data structure that can be processed by a program; parsing the task tree structure configuration in YAML format or JSON format and reading it into a data structure that meets the tree topology structure; executing the task tree data structure, traversing each node, and cooperating with the robotic arm drive to implement task execution operations according to the status module and attributes defined by each node. The present invention simplifies the programming process of robotic arm tasks and improves the flexibility and reliability of task execution.

An application processing method is performed by an electronic device. The electronic device includes a first processor and a second processor, the first processor running a first operating system, the second processor running a second operating system. The method includes: entering an application management interface in the first operating system, the application management interface displaying an application processing entry of a first application installed in the second operating system; and in response to a triggering operation performed on the application processing entry of the first application, entering a management item interface of the first application. An application management item of the first application is displayed in the management item interface of the first application.

Embodiments of the present application provide an application processing method and device, equipment and a storage medium. In the embodiments of the present application, a first file package corresponding to an application is obtained from a program development platform, static scanning is performed on the first file package to obtain static attribute information and running state attribute information corresponding to the first file package before the first file package is provided to a program publishing platform, the first file package is pre-verified based on the static attribute information and the running state attribute information, in the case of not meeting the pre-verification requirements, a second file package for modifying the first file package is obtained until a second file package meeting the pre-verification requirements is obtained, and the second file package meeting the pre-verification requirements is provided to the program publishing platform. In the whole process, the first file package can be pre-verified, and the file package not meeting the pre-verification requirements can be modified in time, thereby reducing the uncontrollable problem of application online time, saving time cost and development resources.

The invention discloses an applet processing method and device, equipment, a storage medium and a program product. The method comprises the steps of obtaining a first icon of an applet published to an applet operation management platform, analyzing the first icon to read entry information of a steganographic target sub-function, establishing an association relationship between the entry information of the target sub-function and an applet identifier, and then generating a second icon corresponding to the target sub-function, and adding the second icon corresponding to the target sub-function as an independent applet into an applet list, and displaying the first icon of the applet and the second icon corresponding to the target sub-function through an applet user operation interface. Based on the scheme provided by the invention, an existing network platform interface does not need to be transformed, and some sub-functions of the applet can be independently displayed in the applet list, so that the user operation is simplified, and the display of the applet icon on the platform and the terminal is not influenced.

A method, system, and computer program product are configured to: initiate a transaction in response to receiving a readiness probe request from a requesting system; set a probe flag for the transaction to a first state; send the transaction to a user application for processing; based on the probe flag being set to the first state, keep updates to recoverable resources in-flight while the user application is processing the transaction; based on the probe flag being set to the first state, roll back the updates to the recoverable resources in response to the user application ending processing the transaction; and send a readiness probe response to the requesting system based on how the user application ended processing the transaction.

Systems and methods provide an extensible, multi-stage, realtime application program processing load adaptive, manycore data processing architecture shared dynamically among instances of parallelized and pipelined application software programs, according to processing load variations of said programs and their tasks and instances, as well as contractual policies. The invented techniques provide, at the same time, both application software development productivity, through presenting for software a simple, virtual static view of the actually dynamically allocated and assigned processing hardware resources, together with high program runtime performance, through scalable pipelined and parallelized program execution with minimized overhead, as well as high resource efficiency, through adaptively optimized processing resource allocation.

The disclosed embodiment discloses a method, device, chip, equipment and medium for running an interrupt program between cores, the method comprising: in response to the current running state of the first processing core being an interrupt nesting state, determining the running state of the interrupt program on the first processing core; in response to the high-priority first interrupt program on the first processing core being running, the low-priority second interrupt program being suspended, and the running time of the first interrupt program being greater than or equal to a preset time threshold, determining a second processing core whose current running state is an idle state among multiple processing cores; controlling the second processing core and the first processing core to poll and run the second interrupt program for a preset time until it ends. The disclosed technical solution improves the processing efficiency of the interrupt program by polling and running the low-priority interrupt program between cores, thereby improving the program processing efficiency of the CPU.

Provided in the embodiments of the present disclosure are a program processing method, a computing device, a storage medium and a program product. The method comprises: using a collection program to collect a static code and a dynamic code when a target program is running; and decompiling the static code and the dynamic code, so as to obtain a target source code, wherein the collection program is non-intrusively injected into the target program, and the target source code is used for performing semantic analysis to obtain code features. The technical solution provided in the embodiments of the present disclosure improves the accuracy of code features.

The invention relates to an instruction processing method and device in ATE, a Pattern program processing method and device and a test system. Comprising the following steps: in an ith period, performing address fetching processing on a next period prediction instruction determined in an (i-1) th period to obtain an address fetched instruction; according to the instruction jump prediction table, determining a next period prediction instruction and a next period prediction instruction corresponding to the current instruction; wherein the current instruction is a target instruction determined in the (i-1) th period; decoding the addressed instruction of the (i-1) th period to obtain a decoded instruction of the ith period; performing execution processing on one of the decoded instructions in the (i-1) th period according to the target instruction determined in the (i-1) th period; and determining a target instruction of the (i + 1) th period. By adopting the method, the Pattern instruction is processed through a multi-stage assembly line operation mode, the generation of a'cutoff 'period can be avoided, and the automatic test efficiency of the chip is improved.

A method for detecting attacks on a computer system. The method includes ascertaining an input grammar, according to which a program running on the computer system processes inputs, by observing how the program processes a set of inputs; receiving one or more further inputs to the program; checking whether the ascertained input grammar can generate the one or more further inputs; and triggering a security measure depending on whether the ascertained input grammar can generate the one or more further inputs.

According to various embodiments, a method for detecting attacks on a computer system (101, 102, 200) is described, comprising determining an input grammar (302, 307) according to which a program (202) running on the computer system (101, 102, 200) processes inputs, by observing how the program (202) processes a set of inputs (303, 307), receiving one or more further inputs (307) to the program (202), checking whether the determined input grammar (302, 307) can generate the one or more further inputs (307), and triggering a security measure depending on whether the determined input grammar (302, 307) can generate the one or more further inputs (307).

An embodiment of the present application discloses a program processing method, apparatus, computer device, and storage medium. The program processing method includes: obtaining a target version program, deploying the target version program to a first server sub-cluster in a server cluster, where the first server sub-cluster is a subset of the server cluster; obtaining first service data reported by the first server sub-cluster, where the first service data includes operation behavior chain data of a user on a page corresponding to the target version program; determining a first page health status of the target version program according to the first service data; determining a program deployment strategy for the server cluster according to the first page health status, and performing program deployment on the server cluster according to the program deployment strategy. By using the present application, the efficiency of version release can be improved, and the accuracy of the version release strategy can be improved.

Program editing device (10) for editing a motion program of a robot, wherein the device (10) comprises: a program processing unit (11) configured to receive a common processing operation on a first type of icons corresponding to commands relating to the control of the robot, and a second type of icons corresponding to commands relating to imaging with a visual sensor and the processing of captured images, and a program generation unit (14) configured to generate the motion program according to the edited first type of icons and the second type of icons; the program processing unit (11) comprises: an editing screen display unit (12) configured to display a program creation area for generating a control program of the robot by arranging the first type of icons, and a process input receiving unit (13) configured to receive a process input for arranging the first type of icons and the second type of icons in a process sequence in the program creation area, wherein the program generation unit (14) generates the motion program according to the first type of icons and the second type of icons that are arranged in the program creation area in the operation sequence.

A program processing device (100) is provided with an address mask table generation unit (120), a countermeasure application unit (130), and an execution unit (140). An address mask table generation unit (120) generates an address mask table (155) on the basis of setting data (158). A countermeasure application unit (130) assigns a call wrapper to a program, specifies a migration process for performing context switching from the program, and replaces the migration process with a process for specifying a physical address at which the call wrapper is expanded and skipping. The execution unit (140) refers to the address mask table (155) during execution of the program to which the countermeasures have been applied, and performs logical address allocation while securing the memory. The execution unit (140) uses a jump address obtained by demasking the jump address obtained by referring to the address mask table (155) in accordance with the set separation setting instead of directly obtaining the jump address during the migration process.

The invention relates to a full-process medical program parameter optimization method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: a modeling process: determining a time sequence prediction model; the time sequence prediction model is determined based on a plurality of historical program processing events and historical detection results in a continuous potential factor hidden state; an intervention process: performing anti-fact modification on the program event parameters of the initial medical program parameter set to obtain an anti-fact medical program parameter set; an inference process: performing anti-fact inference sampling on the program event parameters of the anti-fact medical program parameter set based on a time sequence prediction model to obtain anti-fact benefits; the anti-fact income is used for representing a program effect; and a feedback process: optimizing the program event parameters of the initial medical program parameter set according to the anti-fact income to obtain an optimized medical program parameter set. By adopting the method, the accuracy of effect prediction can be guaranteed, and a parameter set with a better effect can be obtained.

This simulation device updates a governing equation and performs a simulation. The simulation device comprises a processor and a memory that stores a program to be executed by the processor. The processor acquires an event flag that stores events included in a target to be analyzed by the governing equation. The processor generates data in which coefficients of respective terms of the governing equation are stored, for each event stored in the event flag. The processor updates the coefficients of respective terms of the governing equation to coefficients of the corresponding event in the data, on the basis of the event that is a target of the simulation based on the governing equation.

The application discloses a YTS engine-based transplanted application RAM resource optimization method and device and equipment, and relates to the technical field of intelligent television running transplanted applications. The main idea comprises the following steps: after starting the application, resource information in a scene data file is read, and initial scheduling weight values of each resource are configured according to resource historical use data; when threads are in real-time processing of each scene resource, the scheduling weight values of corresponding resources in the scene are dynamically changed according to program progress and user use operations on the current scene; and real-time comparison is carried out between the updated scheduling weight values and a preset release threshold, so that it is decided whether the corresponding resources are released in the running memory. Through reasonable scheduling of scene resources, the application greatly reduces instruction operation such as creation and release of scene resources, improves program processing efficiency while intelligently optimizing memory management, and significantly improves the experience of users using the transplanted program on the television end.

1. The name of the product under this design: computer host. 2. Purpose of this design product: used for running programs, processing data, office work, study, etc. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design points: Stereoscopic diagram 1.

The embodiment of the invention relates to a method for controlling program processing logic, and the method comprises the steps: determining whether a preset file directory contains an identification file or not, so as to generate a determination result; based on the determination results, variable values of global variables in a running memory are determined, the running memory is used for loading the target program, and different determination results correspond to different variable values of the global variables; determining the processing logic of the target program based on the variable value of the global variable; and in response to starting of the target program, running the target program according to the processing logic. Therefore, the matching degree between program operation and object requirements can be improved, the iteration efficiency of the program can be improved, the complexity of control program processing logic is reduced, and the operation risk of the program is reduced.