250 results about "Instruction unit" patented technology

The invention relates to the technical field of workshop scheduling, in particular to a multi-online collaborative scheduling method and system for a flexible intelligent processing production line, and the method comprises the steps: building a numerical control parameter model for processing equipment, decomposing a processing program into basic process instruction units, combining the numerical control parameter model and the real-time operation state of the equipment to analyze the adaptation degree of the basic process instruction unit and the equipment, and generating a preliminary task allocation scheme; constructing a distributed control network among the devices, generating a local task sequence of each device based on the preliminary task allocation scheme and the adaptation degree, and obtaining a final task allocation scheme and a task execution plan set based on a contract network protocol algorithm; establishing a multi-constraint collaborative framework, and generating a collaborative production scheduling scheme under the multi-constraint collaborative framework; and establishing a heterogeneous equipment motion cooperative control model, and performing multi-level adjustment through event-driven feedback control. According to the invention, flexible cooperative scheduling of heterogeneous equipment can be realized.

The invention relates to a mechanical arm control system and method, and belongs to the field of mechanical arm control, and the control system comprises a microkernel controller which calculates the joint angle of each joint of a mechanical arm according to the difference value between the current position and the target position of the tail end of the mechanical arm and sends the joint angle to a servo driver; the servo driver is responsible for closed-loop control of a current loop and a speed loop, accurately executes the position instruction sent by the microkernel controller and feeds back the actual state of each joint to the microkernel controller in real time; the multi-degree-of-freedom mechanical arm serves as an executing mechanism, receives the joint movement instruction from the servo driver, and drives an end effector to achieve any specified pose and complex track in a three-dimensional space through cooperative movement of a plurality of joints; and the instruction unit is used for communicating with the microkernel controller and issuing the target position information of the end effector of the multi-degree-of-freedom mechanical arm to the microkernel controller. By adopting the control method of the control system, the control precision and reliability of the mechanical arm can be improved.

The invention provides an intelligent generation method and device for a mold design code, relates to the field of computer systems, and solves the technical problems of high development threshold and low response speed in the secondary development process of a UG system in the prior art. The method comprises the steps of obtaining a mold development demand input by a user; a natural language reasoning model is adopted to analyze a mold development requirement, and the mold development requirement is disassembled into a plurality of task instruction units executed according to a process sequence; the task instruction unit comprises a user intention, an operation target and a constraint condition; based on a rule driving mechanism and a semantic vector matching mechanism, matching a target function of each task instruction unit from a mold development knowledge base; and generating a mold development code based on the task instruction unit and the target function, the mold development code being used for calling the target function based on the process sequence to realize a plurality of operation intentions executed according to the process sequence. The method and device are used in the intelligent generation process of the mold design codes.

On the basis of determination by image inspection that an image defect is generated and a predetermined condition being satisfied, an instruction unit for issuing an image diagnosis instruction is displayed on a screen of an inspection result, and image diagnosis is executed in response to an operation on the instruction unit.

This processing device (10) comprises: an advice generation unit (11) that generates advice for improving security on the basis of vulnerability information of software code when a large language model (LLM) (21) creates the code in response to a code generation instruction, and stores the advice in an advice database (DB) group (30); a code generation instruction unit (12) that receives the code generation instruction for the LLM (21); and a prompt generation unit (13) that searches the advice DB group (30) for advice for improving security, and adds the found advice to a prompt instructing that the code be generated.

An agent deployment request is received for an external computing environment. An agentic module is configured for deployment to the external computing environment based on characteristics of the external computing environment, wherein the agentic module comprises a computational agent operable to process information stored within the external computing environment and a corresponding agentic controller. Responsive to the agent deployment request, a first unit of software instructions is generated that, when executed, instantiates an agentic module instance within the external computing environment. The first unit of software instructions is transmitted to the external computing environment. A performance metric related to processing of the information stored within the external computing environment by a computational agent instance of the agentic module instance is received from an agentic controller instance of the agentic module instance.

The invention discloses a man-machine interaction instruction generation method for target aircraft remote cooperative control, and relates to the technical field of man-machine interaction instruction generation. According to the method, a track prediction mechanism based on historical state data and a feedforward control strategy are fused, a response window of a control instruction can be judged in advance by constructing a short-time future state prediction sequence of a target drone, and the time sensitivity and the execution matching degree of the control instruction are greatly improved; structured instruction unit generation and multi-stage sub instruction chain analysis are adopted, so that the composite action is modularly expressed and finely disassembled, and the control precision and logic consistency of complex operation are effectively improved. Besides, by means of space attitude residual error screening, envelope boundary modeling and time tolerance design, a stable control area and a buffer area can be established in multiple directions, and the fault-tolerant capability and controllability in the high-dynamic flight state are improved.

To provide an information processing system capable of reducing a welfare undertaker's burden of creation of a document.SOLUTION: An information processing system comprises: a record reception section for receiving an interview record recording interview contents between a user who utilizes welfare services and a welfare undertaker who supports the user from a terminal device used by the welfare undertaker; a selection reception section for receiving selection of user information identifying the user when the record reception section receives the interview record; a record acquisition section for acquiring a past interview record recorded in the past relative to the interview record on the basis of user information that the selection reception section receives the selection; a generation instruction section for instructing a text generation AI to generate a text inputted to a document file having predetermined input items on the basis of the interview record and the past interview record; a text acquisition section for acquiring the text generated by the text generation AI; and an output section for outputting a document file in which the text acquired by the text acquisition section is inputted to the input items.SELECTED DRAWING: Figure 1

The invention relates to the technical field of power electronic application, in particular to a control method of a star-chain network STATCOM (static synchronous compensator). Comprising positive sequence voltage unit phasor calculation, voltage feed-forward unit phasor calculation, bridge arm current reference instruction unit phasor calculation, reactive voltage control, bridge arm reactive non-limiting current reference instruction calculation, bridge arm reactive current reference instruction amplitude limiting logic, zero sequence voltage injection control and modulation wave instruction calculation. The bridge arm current reference instruction comprises a negative sequence component, and negative sequence compensation of the power grid voltage is realized; bridge arm current reference instruction amplitude limiting logic is designed, so that the safety of the device is effectively guaranteed; in the zero-sequence voltage injection control link, the phase with the functional quantity deviation adopts a current reference instruction phasor signal, and the dynamic adjustment efficiency is optimized; the equalization control effect of the inter-phase direct current voltage is enhanced, and the problem that overcurrent is easy to occur in transient faults of a network-forming STATCOM and the problem that a current instruction contains a direct current component are solved.

The embodiment of the invention provides a method for carrying out calculation based on a data flow graph (DFG) and related equipment. The method comprises the steps that a first operator obtains a plurality of data values from a second operator, the data flow diagram comprises the first operator and the second operator, and the data values are stored in a plurality of instruction units corresponding to the second operator in the DFG respectively; the first operator calculates an output result of the first operator according to the plurality of data values in the second operator, and the plurality of data values in the second operator are input of the first operator. By the proposed techniques, cycling or recursion may be performed in the DFG.

To provide information processing equipment and other devices that reduce the workload of security operations. [Solution] An information processing device according to one embodiment of the present invention includes an image acquisition unit that acquires an image of a security target captured by an imaging device, an instruction unit that inputs a prompt to a generation AI model that includes an instruction to output in text the result of comparing a reference image, which is set in advance as a reference image among the images of the security target, the latest image which is the most recent image in the time series, and past images which are images acquired in the past than the latest image, and a notification unit that generates a notification based on the output of the generation AI model.

The system according to this embodiment aims to streamline the preparation for opening a business and propose an optimal flow from opening to the start of operations. [Solution] The system according to the embodiment comprises a reception unit, a proposal unit, and an instruction unit. The reception unit receives information from the user regarding the type of business, business model, planned opening area, and preparation funds. The proposal unit analyzes the information received by the reception unit and proposes the optimal flow from opening to commencement of operations. The instruction unit provides instructions for specific actions based on the flow proposed by the proposal unit.

This base station control device comprises an acquisition unit, a determination unit, a first estimation unit, a second estimation unit, and an instruction unit. The acquisition unit acquires movement information of a user terminal and a reference signal intermittently received from the user terminal. The determination unit determines, on the basis of the movement speed of the user terminal estimated from the movement information, whether to perform reference signal estimation for a period in which no reference signal is received from the user terminal through a first procedure using AI or through a second procedure not using AI. When the determination unit determines to perform the reference signal estimation through the first procedure, the first estimation unit estimates the reference signal through the first procedure. When the determination unit determines to perform the reference signal estimation through the second procedure, the second estimation unit estimates the reference signal through the second procedure. The instruction unit instructs a base station to perform, by using the reference signal estimated by the first estimation unit or the second estimation unit, channel estimation for the period in which no reference signal is received from the user terminal.

This invention belongs to the field of computer technology and relates to an angle calculation system based on CORDIC instructions. The system includes an IFU (Instruction Fetch Unit) and an EXU (Execution Unit). During the instruction fetch phase, the IFU reads CORDIC instructions from the instruction memory according to the address of the PC. The EXU includes a decoding module, an arithmetic logic unit, a load-memory unit, and a write-back unit. This invention extends the CORDIC angle calculation instruction set based on the RISC-V architecture and designs a complete pipelined hardware structure, supporting trigonometric function operations. It has a complete CORDIC operation path hardware circuit structure, reusing the same operation path for different operation processes, improving hardware resource utilization. It overcomes the limitation of convergence of the calculation result range when performing angle calculation based on the CORDIC algorithm by pre-storing special angle results to reduce calculation time and optimize the circuit operating frequency.

An information processing apparatus includes a perforation processing setting unit configured to set whether to perform perforation processing of forming a perforation-shaped cut in a physical medium, a line setting unit configured to set whether to print a line at a position corresponding to a position of the perforation-shaped cut on the physical medium, and an instruction unit configured to instruct a printing apparatus to perform the perforation processing and to print the line based on the setting by the perforation processing setting unit and the setting by the line setting unit.

This processing device (10) comprises: a code generation instruction unit (11) that causes a large language model (LLM) to generate code; an evaluation unit (12) that evaluates the security vulnerabilities of the code generated by the LLM; and a prompt generation unit (13) that, on the basis of the evaluation result from the evaluation unit (12), adds advice for improving security to a prompt instructing the generation of the code.

A traffic management device, a traffic management method, a traffic management program, a mobile body system, and a control system, which can manage the movement of a mobile body so as to further improve the movement efficiency. A traffic management device (9) is provided with a region management unit (10), a reception unit (12), a selection unit (13), and an instruction unit (14). The area management unit manages area information including information of adjacent nodes (6) and information of a combination of passage routes through which simultaneous passage is possible for each of the transfer areas (5). The passage route is determined by a group of nodes that start and complete passage. The scheduling request comprises information of an entry node which starts passing and an exit node which completes passing. The selection unit selects a permitted route for permitting passage on the basis of the transfer request received from the mobile body (2) by the reception unit and the area information managed by the area management unit. The command unit outputs a passage instruction to the moving body passing on the selected permitted route.

An object of a system according to an embodiment is to accurately recognize a posture during training and provide guidance in real time.SOLUTION: A system includes a posture recognition unit, a difference calculation unit, an instruction unit, a superimposition unit, a motivation improvement unit, a moving image generation unit, and a nutrition value analysis unit. The posture recognition unit recognizes a posture during training using an image recognition technique on a moving image captured by a camera of a smartphone. The difference calculation unit calculates a difference between the posture recognized by the posture recognition unit and the video of the trainer. The instructor instructs the posture in a natural language in real time on the basis of the difference calculated by the difference calculator. The superimposition unit superimposes the posture of the user on the moving image of the trainer. The motivation improving unit provides a cheering message in a natural language. The moving image generation unit automatically generates an optimal training moving image. The nutrition value analysis unit analyzes the photograph of the meal to analyze the nutrition value.SELECTED DRAWING: Figure 1

To save time and effort of a user in migrating migration data of an information processing apparatus of a migration source to especially a plurality of information processing apparatuses of migration destinations.SOLUTION: An information processing system includes a first information processing apparatus, a server apparatus, and a second information processing apparatus. An export processing unit of the first information processing apparatus sends, to the server apparatus, an export instruction, a first device number identifying the first information processing apparatus itself, and migration data to be migrated which is recorded in its own apparatus. An export management unit of the server apparatus receives, from the first information apparatus, the export instruction and the first device number and migration data and stores the first device number and migration data in a storage medium in association with each other. An import instruction unit of the second information processing apparatus sends an import instruction including the first device number to the server apparatus. An import management unit of the server apparatus receives the import instruction from the second information processing apparatus and sends, to the second information processing apparatus, the migration data associated with the first device number included in the import instruction.SELECTED DRAWING: Figure 6

To provide an information processing device, information processing method, and recording medium, which allow for appropriately acquiring biometric information according to motion of a user.SOLUTION: An information processing device is provided, comprising a motion instruction unit configured to instruct a user to perform a motion, an information acquisition unit configured to acquire biometric information of the user from the user instructed to perform the motion, and a display control unit configured to control display for the user according to the state of the user performing the motion.SELECTED DRAWING: Figure 1

An apparatus includes an acquisition unit that acquires defect information regarding a defect of a moving object moving on a production line by remote control; a part identification unit that, in response to the acquisition of the defect information, identifies a corresponding part from a plurality of parts flowing on a part line, the corresponding part being mounted on a moving object, the moving object having the defect being defective, the part line being merged with the production line in an assembly area in which the part included in the plurality of parts is mounted on the moving object; and an instruction unit that consists of a feed instruction for removing the defective moving object from the production line and an instruction for skipping the assembly of the corresponding part.

The purpose of the present disclosure is to improve responsiveness by feedforward control. A control system (1) controls a motor (M1) by semi-closed control. A calculation unit (71) generates a total manipulated variable (S5) by adding a plurality of manipulated variables, including a feedforward manipulated variable (S1) and a feedback manipulated variable (S3). A control command unit (7) outputs a control command for controlling the motor (M1) on the basis of the total manipulated variable (S5). When a switching condition is satisfied, a correction unit (6) increases the absolute value of the total manipulated variable (S5). The switching condition includes that the sign of the feedforward manipulated variable (S1) and the sign of the feedback manipulated variable (S3) are different.

The application discloses an auxiliary system suitable for remote operation, comprising a display end and an operation end, and the auxiliary system is arranged on the display end or the operation end; the auxiliary system comprises a motion input unit, a general instruction unit, a self-learning instruction unit and a processor; the motion input unit comprises an instruction input module, a storage module and an instruction calling module; the general instruction unit comprises a real-time target positioning module, a trajectory planning module, a pose estimation module, an adjustment module, a command execution module, a data generation module and a model training data generation module; the self-learning instruction unit comprises a data acquisition module, a data processing module, a body intelligence model training module, a control strategy generation module, an operation execution module, a result feedback and analysis module. Compared with a traditional remote operation system without the auxiliary system, the system not only greatly improves operation efficiency and makes overall operation more refined, but also effectively reduces uncertainty caused by human operation.

An object of a system according to an embodiment is to enable a user to easily create a automatic trading program based on his / her own transaction logic.SOLUTION: A system according to an embodiment includes a transaction logic input unit, a programming instruction unit, and a compilation unit. The transaction logic input unit inputs a transaction logic of a user. The programming instruction unit generates a program based on the transaction logic input by the transaction logic input unit. The compiling unit compiles and installs the program generated by the programming instructing unit.SELECTED DRAWING: Figure 1

Disclosed are a processing unit, a computing device, and a method for processing a computational graph of a deep learning model. The processing unit includes: an instruction fetch unit for retrieving computer instructions from a memory outside the processing unit; an instruction decoding unit for decoding the retrieved computer instructions; an instruction execution unit for executing the decoded computer instructions to achieve: extracting the attributes of operators from a computational graph of a deep learning model used in a first deep learning framework; converting the computational graph into an intermediate expression that complies with an acceleration unit, wherein the attributes of the operators in the intermediate expression are different from the attributes of the operators in the computational graph; performing model processing on the intermediate expression; and converting the processed intermediate expression back into the computational graph of the first deep learning framework, wherein, for operators whose operator identifiers have not changed, the attributes of the operator in the intermediate expression are replaced with the extracted attributes of the operator. Compared with the prior art, the embodiment of the present disclosure requires fewer mapping functions to be maintained.

The present disclosure proposes a processing unit, related devices and methods. The processing unit includes: an instruction fetch unit; an instruction decoding unit; an instruction execution unit, which is used to: determine the operator to be quantized based on the static graph of the deep learning model; if the operator to be quantized is a non-composite operator, insert a quantization node in front of the non-composite operator; if the operator to be quantized is a composite operator, determine the atomic operation to be quantized inside the composite operator, and insert a quantization probe in front of the determined atomic operation to be quantized; quantize the deep learning model according to the static graph in which the quantization node is inserted or the quantization probe is inserted in the composite operator. The embodiment of the present disclosure reduces the complexity of the static graph of the deep learning model during quantization, which is beneficial to subsequent optimization and compilation, and avoids the problem that the atomic operations directly decomposed into the composite operator in the static graph are not supported by the framework.

This invention discloses a fully intelligent control system and method for combined cycle power units based on large-scale model analysis. The system includes a first, second, third, and fourth fully intelligent control sequential control command feedback unit, as well as a first, second, third, and fourth fully intelligent control sequential control command unit. This system and method can rapidly generate optimal control parameters, simultaneously considering system efficiency, equipment lifespan, energy consumption, and emissions targets during start-up, operation, and shutdown control, thereby improving the system's response speed to load changes.

To save time and effort of a user in migrating migration data of an information processing apparatus of a migration source to especially a plurality of information processing apparatuses of migration destinations.SOLUTION: An information processing system includes one or a plurality of first information processing apparatuses, a server apparatus, and a second information processing apparatus. A migration data collection management unit of the server apparatus sends a data collection instruction to the first information processing apparatuses, receives first device numbers and migration data from the one or plurality of first information processing devices, lists one or plurality of first device numbers, and stores the first device numbers and migration data in a storage medium in association with each other. An import management unit of the server apparatus receives an import instruction from the second information processing apparatus and sends a list of the one or plurality of first device numbers to the second information processing apparatus. An import instruction unit of the second information processing apparatus notifies a first device number selected from the list to the server device. The import management unit of the server apparatus transmits the migration data associated with the notified first device number to the second information processing apparatus.SELECTED DRAWING: Figure 6

In the present invention, an information management unit acquires, regarding a vehicle and one or more devices other than the vehicle related to a user of the vehicle as related devices, user information which is related to the user of the vehicle and is possessed by the plurality of related devices, and situation information indicating the situation of the related devices or the user. An event detection unit (S110 to S120) detects occurrence of an event related to the vehicle or the user. When the event detection unit detects the occurrence of an event, a control instruction unit (S130 to S160) uses a large-scale language model to generate a control instruction for achieving a service suitable for the user information and the situation information at the time of the occurrence of the event, and transmits the control instruction to at least one of the related devices.

A system includes: a first acquisition unit that acquires position information of equipment that is movable, and precision information indicating a precision of the position information; a specification unit that specifies, based on the position information and the precision information, an area where the precision of the position information is lower than a predetermined value, among a plurality of areas where pieces of the equipment exist; and an instruction unit that instructs a moving object which has a function of acquiring the position information of the equipment, to move to the area specified by the specification unit, in order to cause the moving object to measure a position of the equipment.