47 results about "Function allocation" patented technology

The invention discloses an intelligent networked unmanned ship cluster control method and system, and relates to the technical field of intelligent control and cluster collaboration, and the method comprises the steps: constructing a multi-layer distributed unmanned ship cooperative control network structure, and dividing nodes according to the task attributes of unmanned ships. The method comprises the steps of establishing a connection topological graph in a cluster according to initial function distribution, calibrating nodes through the connection topological graph, collecting the energy state, the load capacity, the communication quality and the task pressure of each unmanned ship, establishing a multi-dimensional state matrix, and calculating a comprehensive decision value of each node according to the multi-dimensional state matrix. And switching node operation through an adjacent topological relation and a comprehensive decision value, synchronizing the updated node state and the connection diagram to an unmanned ship cluster, and carrying out self-adaptive distribution and network structure optimization. According to the method disclosed by the invention, the management orderliness of a cluster structure and the task cooperation efficiency among the nodes are improved by constructing a three-layer cooperative network of the control nodes, the execution nodes and the sensing nodes.

The invention discloses an industrial PLC control system, and belongs to the technical field of PLC control systems, and the system comprises a function distribution module which divides the production process of each type of circuit board into a plurality of logic steps, the logic steps are packaged and converted into independent function module modules, and a multi-device cooperation module carries out the scheduling data interaction with each processing device in real time. The edge calculation module is used for acquiring operation parameters, performing multi-device cooperative adaptive control on each processing device in the circuit board production workshop, predicting a fault risk, judging a risk level and performing fault positioning when a fault occurs according to the operation parameters of the processing devices, and generating a fault self-healing strategy to perform fault repair. Meanwhile, personnel and equipment interaction logs are recorded, fault event reasons are traced, the control logic reconstruction time can be shortened, the production change adaptability and the production reliability are improved, the equipment cooperation precision and the stability of the circuit board production process are improved, the fault processing time is shortened, and the production shutdown loss is reduced.

Washing program generation unit (R) intended for generating washing programs for an automatic washing system (WA) for vehicles, namely for a portal washing system, comprising: - An input interface (41) for reading in a placement data set representing the current placement of machine components in the washing system; - A processor unit (42) for determining function blocks from a set of function blocks (FuB) that can be activated on the basis of the assembly data set read in via the input interface (41); wherein a function block (FuB) is a digital object in which the correspondingly required machine components are assigned for its functionality; - A user interface (43) designed to output the set of activatable function blocks determined by the processor unit and designed to capture a selection of the output activatable function blocks; wherein the processor unit (42) is further designed to automatically generate a washing program based on the selection of output activatable function blocks captured on the user interface (43) for operating the washing system (WA).

Methods, control entities, and computer program products for controlling access to structured data or functions of industrial automation devices, wherein access to data or functions is controlled. Here, data or functions are assigned classifications with specific security levels (0, ..., 3) derived from multiple security levels (0, ..., 3), wherein users or technical entities are assigned user levels derived from a certain number of user levels, wherein, preferably in a matrix manner, access authorizations are specified for multiple or each security level (0, ..., 3) and multiple or each user level, wherein the access authorization specifies the restrictions on access to data or functions belonging to the corresponding security level (0, ..., 3) by the user or technical entity belonging to the corresponding user level, and wherein, according to the specified restrictions, access to data or functions belonging to the corresponding security level (0, ..., 3) is controlled by the user or technical entity belonging to the corresponding user level. Thus, user or machine access and authorization are controlled by the security classification of data or data structures or functions themselves, thereby providing a comprehensive scheme to automatically determine the authorization for known users or technical entities to access and modify specific data or data structures or functions.

The present application relates to the technical field of vehicle body control, in particular to a vehicle body domain controller function migration method based on load sensing, comprising: collecting current load signals managed by the vehicle body domain controller and real-time function safety level information of the vehicle body domain controller; judging whether the current state of the vehicle body domain controller meets the trigger condition according to the current load signals and the corresponding real-time function safety level information; in response to the current state of the vehicle body domain controller meeting the trigger condition for function migration based on the current load signals, determining the computing power requirement threshold of the virtual domain controller currently required to be constructed according to the load type of the current load signals and the real-time function safety level information. The present application can dynamically adjust the function allocation of the controller according to the actual demand by real-time monitoring of the load signals and function safety level information of the vehicle body domain controller, and this flexibility enables the system to optimize resource use and improve overall performance under different load conditions.

The invention discloses a cooperative operation method of multiple baseboard management controllers and electronic equipment, and relates to the technical field of computer server management, and the method comprises the following steps: on the basis of the load condition of a master controller and the load condition of at least one slave controller, under the condition that a target server is judged to meet a preset cooperative operation condition, performing cooperative operation on the target server; and determining a function to-be-transferred-out controller and a function to-be-transferred-in controller from the master controller and the at least one slave controller, and allocating at least one function of the function to-be-transferred-out controller to the function to-be-transferred-in controller for replacement operation based on a pre-constructed address table. Therefore, the whole system is managed in a centralized mode through the main controller, efficient cooperation among the multiple controllers is achieved according to the load condition dynamic distribution function, and the problems that in the prior art, hardware design is high in complexity and cost, and the system fault risk is high are solved; and the stability and reliability of the system are improved while the cost input is reduced.

An automation system having an automation function environment including at least one automation function, a first performance inspecting function as well as a hardware assigning function and hardware for the at least one automation function and the first performance inspecting function, where a first automation function controls an automation device in a first automation equipment environment via a wireless communication network using hardware in the automation function environment that has been assigned to the first automation function by the hardware assigning function and the first performance inspecting function inspects the performance of the wireless communication network and performs a first performance failure handling activity in the automation function environment if the performance fails a corresponding performance criterion.

A threat analysis method includes acquiring system configuration information indicating hardware components of a system for which threat analysis is performed, function allocation information indicating functions allocated to the hardware components, an asset information indicating assets used in each function, and asset input / output information indicating hardware components of input / output sources and input / output destination of the asset; deriving a physical data flow that indicates a flow of the asset corresponding to each hardware component and a logical data flow that indicates a flow of the asset corresponding to each function in accordance with the acquired information and analyzing a likelihood of an attack on the asset and an impact of the attack on the asset for each of the hardware components and each of the functions in accordance with the physical data flow and the logical data flow; and outputting a result of the analysis.

The present invention relates to a human-machine function allocation method, a driving platform and an aircraft based on scenario factors, including: S1. Divide the scenario dimensions of the flight process, determine the scenario factors and corresponding human-machine function allocation coefficients under different scenario dimensions; S2. Decompose the flight tasks to obtain interaction tasks and the reference time required to complete each interaction task; S3. Identify the current scenario factors, calculate in real time the human-machine function allocation coefficients coupled with the scenario factors, obtain the real-time human-machine interaction evaluation value, compare the real-time human-machine interaction evaluation value with the corresponding human-machine function allocation threshold, and construct a real-time dynamic human-machine function allocation mechanism. The present invention efficiently and safely solves the problem of unreasonable load distribution of operators in complex task scenarios of complex systems, optimizes the degree of human participation in the system, dynamically and real-time evaluates the matching degree of the three elements of human, machine and environment, enables the human-machine system to match and coordinate with each other, so as to achieve the real-time optimum of the human-machine system and ensure operation safety.

The invention relates to conditionally assigning various automatic assistant functions to interactions with peripheral assistant control devices. In response to the user interacting with the tangible peripheral assistant control device, the automated assistant is caused to perform one or more actions. The one or more actions performed may be based on input previously provided by a user when configuring the peripheral assistant control device. One or more actions performed in response to interaction with the peripheral assistant control device may vary based on one or more conditions, in some embodiments, the method may include, for example, which user is currently active, where a peripheral assistant control device is currently located (which may optionally be inferred based on which pairing of the button with a plurality of assistant computing devices), and / or a current state of one or more smart devices and / or other devices (e.g., as determined based on a device topology). The utility of the peripheral assistant control device may be automatically extended beyond the range specially requested by the user during configuration.

The invention belongs to the field of aircraft landing gear simulation design, and particularly relates to an aircraft landing gear folding and unfolding function control logic integrated simulation verification method, which comprises the following steps: carrying out functional architecture decomposition on an aircraft landing gear folding and unfolding function control logic, and respectively carrying out activity process analysis on an aircraft landing gear folding scene and an aircraft landing gear unfolding scene; determining all function modules related to all the activity processes; determining all function systems corresponding to the function module, and performing function distribution; and a control panel is arranged, so that a function control logic process in an image-text expression mode is converted into a visual model dynamic control process for design, and communication and understanding among engineers are facilitated. Defects and omissions in the design process, the cost of later product tests and the number of iterations are reduced, the airplane design and verification efficiency can be greatly improved, and consumption of various resources by designers in the project design process is reduced.

The present application relates to the technical field of intellectual property, in particular to a kind of intellectual property software development sharing management method and system;Including: S1: through the integration code version control tool and task scheduling mechanism, the function distribution of each developer, development progress and code submission are managed and recorded;S2: automatically judge the technical contribution made by each developer in the development process, and generate intellectual property ownership suggestion accordingly;S3: the behavior record and traceability management of the whole process of software development;S4: through the automatic innovation identification of the technical content submitted by user, and assist to complete the preparation of patent or copyright declaration;S5: the flexible authorization of development achievement, sharing control and use permission configuration, the present application improves collaboration transparency and process control force through the task allocation of collaborative development management module, version control and conflict detection subunit, enhances the systematicness and stability of team development.

The invention discloses a function distribution method and system of a nuclear safety level digital instrument control system and a medium. Relates to the technical field of nuclear safety level instrument control design. The method is improved on the basis of the traditional technology, an FD / SAMA graph is analyzed to construct a same-level system interface graph and an internal system relation graph on the basis of meeting function dispersion and diversity design, and the internal system interface graph and the internal system relation graph are constructed on the basis of a same-class merging rule, a priority rule and a mutual exclusion rule. Performing function distribution on each site of the nuclear security level digital instrument control system by combining a same-level system interface diagram and an internal system relation diagram, performing system operation calculation on each group of function distribution schemes, and screening out an optimal function distribution scheme; the function distribution design is optimized, the coupling between systems is reduced, the response time, the load rate and the margin of each subsystem are ensured to meet the requirements, the design quality is improved, the design efficiency is improved, the later design iteration is reduced, and the design period is shortened.

An electronic device includes an operation unit configured to receive a first operation and a second operation subsequent to the first operation, an assignment unit configured to assign a function to each of the first and second operation in response to a user selecting the function, a processing unit configured to execute processing corresponding to the function assigned to the first operation in response to the operation unit receiving the first operation and execute processing corresponding to the function assigned to the second operation in response to the operation unit receiving the second operation, and a control unit configured to, when the user selects the function to be assigned to one of the first or second operation, perform control to notify the user of either a recommended function or a not recommended function based on the function assigned to the other of the first or second operation.

The invention relates to the technical field of printing equipment control, and discloses an autonomous controllable printer main control chip system, which comprises a main core module used for receiving printing data of external equipment, processing the data, and distributing a real-time control task to an auxiliary core module through task scheduling; the auxiliary core module is used for executing real-time control, including laser modulation, paper driving, carbon powder optimization and high-pressure control, of a printing engine; the inter-core communication module is used for realizing cooperative work between the main core module and the auxiliary core module through transmission of task instructions; the data transmission module completes storage and scheduling of printing data through a shared memory and a high-speed data transmission technology; and the pin configuration module is used for dynamically adjusting the function distribution of the chip pins. The main core module and the auxiliary core module work cooperatively, efficient distribution and real-time feedback of tasks are achieved through the inter-core communication module, and the technical effect of parallel processing of printing task analysis and real-time execution is achieved.

A switch device includes an operation unit through which inputting to a controlled device is performed, a detection unit to detect an operation on the operation unit, and a control unit that, after making a determination of the operation on the operation unit detected by the detection unit, transmits a result of the determination depending on whether a function is assigned to the controlled device.

The present invention discloses a dynamic human-machine function allocation method for a manned submersible based on non-cooperative game, which belongs to the technical field of manned submersibles. The method introduces the non-cooperative game method into the field of human-machine function allocation, transforms the multi-objective optimization model of mental load and situational awareness under the allocation strategy into a non-cooperative game model and forms a mapping relationship, with mental load and situational awareness as the two parties of the non-cooperative game; based on the fuzzy clustering algorithm, the allocable functions are assigned to the game parties, and form an allocation strategy combination with the non-allocable functions, and constructs a utility matrix in combination with the game utility function. The optimal allocation strategy combination is obtained through Nash equilibrium analysis of the utility matrix, and then the allocation strategy is dynamically adjusted according to the change of the alertness of the submariner during the work process; the method has the characteristics of high allocation rationality and can effectively improve the human reliability of the submariner when driving the manned submersible.

The invention provides an interaction control method and system. The method comprises the steps of obtaining interaction information of a current conversation; the interaction information comprises interaction content and interaction times; determining a target process module in the host process module and the at least one sub-process module according to the interaction times; switching and executing interaction function types of the main process module, wherein each sub-process module executes one interaction function type; whether an interaction function corresponding to the interaction information is executed or not is determined through the target process module according to the interaction content of the interaction information, context self-adaption of multiple rounds of conversations is achieved, the continuity feature required by a user in multiple rounds of interaction is met, and the user experience is improved; different types of interaction functions are allocated to the exclusive sub-process module or the host process module to be executed, task overload of a single process module is avoided, and then the task processing efficiency of the vehicle-mounted cabin interaction system and the user interaction experience are remarkably improved.

The invention relates to the technical field of intellectual property, in particular to an intellectual property software development sharing management method and system. Comprising the following steps: S1, managing and recording function distribution, development progress and code submission of each developer by integrating a code version control tool and a task scheduling mechanism; s2, automatically judging technical contributions made by the developers in the development process, and generating intellectual property affiliation suggestions according to the technical contributions; s3, behavior recording and traceability management of the whole software development process; s4, performing automatic innovation identification on the technical content submitted by the user, and assisting in completing application preparation of patents or copyrights; s5, flexible authorization, sharing control and use permission configuration of development achievements, through task allocation, version control and conflict detection subunits of the collaborative development management module, collaborative transparency and process control force are improved, and systematicness and stability of team development are enhanced.

To improve usability when using an operation part capable of receiving a touch operation to an operation surface and a second depression operation following a first depression operation.SOLUTION: An assigning unit configured to assign a function to each of the first pressing operation and the second pressing operation in accordance with a setting by a user, wherein, in a case where a process corresponding to a predetermined function by a processing unit is executed by the first pressing operation or the second pressing operation, even if the touch operation is performed in a state where the first pressing operation is being performed or a state where the second pressing operation is being performed, A control unit configured to perform control so as not to execute processing corresponding to a function assigned to the touch operation.SELECTED DRAWING: Figure 4

A method and a system for controlling different functionalities of a vehicle comprising a computing system in the form of a central computing unit, CCU, for simultaneously running multiple computer programs, e.g., applications relating to different functionalities of the vehicle. The method comprises an initialization process and a controlling process. The initialization process comprises: receiving, for each of a plurality of controllable components or controllable functional groups of components of the vehicle, capability information representing one or more capabilities of the respective component or functional group that are configured to be controlled by the CCU; and assigning to each functionality in a set of different functionalities of the vehicle, which are controllable by the CCU, a set of one or more of the components or functional groups based on the capability information and on reference information, wherein the reference information defines for each functionality in the set of functionalities a corresponding required set of one or more capabilities for performing this functionality. The controlling process comprises selectively maintaining, activating, deactivating, or configuring a functionality of the vehicle based on a comparison of the capabilities represented in the capability information and the required set of capabilities for that functionality as represented by the reference information.

Embodiments include systems and methods for processing sensor data and generating operational instructions for ego (e.g., autonomous vehicle, robot) hardware. The ego includes any number of machine learning architectures, often neural network architectures, for processing the sensor data, perceiving the ego's surrounding environment, and making decisions regarding the ego's behavior. The ego's neural network architecture ingests the sensor data and uses the sensor data to perform any number of operations related to a particular domain or task, such as object recognition or path planning. A graph partitioner is trained to assign functions in the neural network's software and sensor data to specific hardware processing units. Some compilers are used to generate instructions based on the assigned type of processing unit.

The invention discloses a task adaptive allocation method for an unmanned aerial vehicle group man-machine system. The task adaptive allocation method comprises the following steps: S1, constructing an adaptive man-machine system task allocation module framework; s2, establishing a human model for an operator based on a cognitive load theory and the like, and establishing an unmanned aerial vehicle model for an unmanned aerial vehicle group based on theories such as flight dynamics and the like; s3, forming a man-machine function preliminary distribution strategy of a tetragonal agent based on a top Agent perception and decision-making module of a self-adaptive man-machine system; the states of the unmanned aerial vehicle group and the operators are monitored in real time; and S4, based on an evaluation result and a control right switching rule, performing secondary task allocation on a man-machine function through an adaptive man-machine system task allocation module, and adjusting specific tasks of each Agent. According to the method, the dynamic problem of man-machine function distribution of an unmanned aerial vehicle group man-machine system under complex multiple constraints is solved, the reasonability and safety of man-machine function distribution under multiple influence factors are ensured, and the efficiency of executing complex tasks by an unmanned aerial vehicle group is improved.

The invention mainly relates to the technical field of electronic system engineering, in particular to a hierarchical scheduling control method for a multi-sensor system. A hierarchical and structured design idea is adopted, and scheduling control of a multi-sensor system is divided into three levels, namely a task layer scheduling module, a function layer scheduling module and an equipment layer scheduling module. The task layer scheduling module can mainly divide superior tasks into a plurality of functional categories; the function layer scheduling module is used for performing scheduling hierarchies of different function distribution under a specific task layer; the device layer scheduling module is composed of devices combined with a multi-sensor system and is a scheduling level for allocating different devices under a specific function layer. The hierarchical scheduling control architecture has the advantages of being distinct in control process hierarchy and clear in control relation, flexible, unified and efficient scheduling control over devices with different functions and different systems can be achieved, the resource utilization efficiency is improved, information loops are reduced, the reaction time is shortened, and guarantee is provided for rapid and efficient execution of various tasks.

The present application easily assigns functions to a shortcut button in a case where a hierarchical depth of an on-setting screen or an off-setting screen of a function is displayed. A shortcut button is displayed on a basic screen of a display device. Candidates of a plurality of functions assigned to the shortcut button are displayed on a function selection screen of the display device so that a user selects a function assigned to the shortcut button. In a case where there are a plurality of functions whose implementation frequencies of an on-setting operation or an off-setting operation of a function are equal, a hierarchical depth from the basic screen of an on-setting screen or an off-setting screen of a function at which the on / off-setting operation of the function is not performed through the shortcut button is used as a priority display judgment criterion of the function on the function selection screen, and a function of which the on-setting screen or the off-setting screen is displayed in a deeper hierarchical level among hierarchies in which the on-setting screen or the off-setting screen of the plurality of functions whose implementation frequencies are equal is displayed in a deeper hierarchical level, is displayed as a candidate of the function on the function selection screen, and is preferentially displayed.

A method for reallocating control functions based on minimizing utilization, the method comprising the following steps: generating a lookup table (25) based on functions and operating mode, each entry in the lookup table (25) containing a number of executions required for a respective function in a respective operating mode; allocating functions to execute to the controllers (12, 14, 16) based on the number of executions required for a function in a respective mode of operation, wherein each controller (12, 14, 16) is designated as one of a primary state, a backup state, or a non-execution state for each function; determining a utilization rate for each controller (12, 14, 16) in each operating mode; determining a minimum utilization of each controller (12, 14, 16) over each operating mode; comparing the utilization rates of the different operating modes for each of the controllers (12, 14, 16); identifying the appropriate utilization rates between controllers (12, 14, 16) of different operating modes; and coordinating multi-mode remapping of function execution is coordinated in the controller (12, 14, 16) by switching a set of pre-assigned functions between different controllers (12, 14, 16) within a respective operating mode to reduce the utilization rate of at least one controller (12, 14, 16).

This allocation system allocates an application program to hardware and middleware. The allocation system comprises a calculator including an arithmetic device that executes predetermined arithmetic processing and a storage device connected to the arithmetic device. The arithmetic device includes: an input unit that accepts designation of an index; an allocation processing unit that allocates a combination of a chip virtual model and a middleware virtual model recorded in a database, as well as an operation mode of each virtual model, on the basis of an application specification to be input and the index accepted by the input unit; and an output unit through which the arithmetic device outputs an allocation result obtained by the allocation processing unit.

To provide a platform to quickly design the system for realizing one purpose collaborating multiple chips with different functions.SOLUTION: The present system is the allocation system to allocate application programs to a hardware and to a middleware. The allocation system consists of an arithmetic unit to execute the prescribed arithmetic processing and the computer with a storage device connected to the arithmetic unit. The arithmetic unit has an input part to accept an index specification, an allocation processing part, and an output part to output the allocated result by the allocation processing part, where the allocation processing part allocates the combination of the chip virtual model recorded in the database and of the middleware virtual model, and allocates the operation modes of each virtual model based on the input application specification and the accepted index by the input part.SELECTED DRAWING: Figure 1

The present invention discloses a design method and system for a pluggable and expandable in-vehicle cockpit controller system architecture. The cockpit controller system is designed into a main partition for basic functions and an expansion partition for expansion functions. The main partition for basic functions and the expansion partition for expansion functions are connected to each subsystem in a pluggable and expandable manner; the subsystems include display, image, sound, antenna subsystems related to the cockpit controller and their associated systems. Through the pluggable and expandable method, the present invention realizes a set of hardware, and through different plugging combinations and flexible software configurations, maximizes the configuration width and cost combination; the data can be maximally interconnected between partitions, meeting the requirements of function allocation and interaction, supporting hardware reservation and flexible configuration expansion or reduction, adapting to different configuration requirements; and realizing the safety and controllability of each component.

In response to a user interacting with a tangible peripheral assistant control device (e.g., depressing a button of the device), causing an automated assistant to perform one or more actions. The action(s) performed can be based on input previously provided by the user in configuring the peripheral assistant control device. The action(s) performed in response to interaction with the peripheral assistant control device can vary based on one or more conditions, such as which user is currently active, where the peripheral assistant control device is currently located (which can optionally be inferred based on which of multiple assistant computing devices the button is paired with), and / or the current state of one or more smart devices and / or other devices (e.g., as determined based on a device topology). A utility of the peripheral assistant control device can be automatically extended beyond what was specifically requested by a user during configuration.