96 results about "Instruction code" patented technology

A construction process support system that enables diverse users to quickly and intuitively create construction model data according to their intentions using natural language input and grid-based positioning. The system comprises hardware processors, software modules, and databases configured to display user interface pages to terminals and control natural language input messages. When input messages contain grid labels that specify coordinates on pages with character codes regarding construction structures, the system requests a Large Language Model (LLM) to generate instruction codes describing construction model data including the grid labels as position information. The LLM generates the requested instruction codes. The system stores the construction model data as searchable data in the database, forwards input messages to chat areas, and renders each structure as three-dimensional data at grid label positions on page canvases.

The embodiment of the invention discloses a data processing system and a data processing method based on RISC-V. The data processing system comprises an instruction coding space and a reconfigurable execution unit, the instruction coding space comprises an operation code area, a reserved area and an expansion area; the instruction coding space is used for defining a basic operation to be executed by an instruction in the operation code area, defining an extended operation to be executed by the instruction in the reserved area and defining the length of the instruction in the extended area so as to configure different types of instructions; the reconfigurable execution unit is used for constructing a data path matrix of the instruction based on the configuration information of the instruction; transmitting data required when the instruction is executed based on the data path matrix; and executing an operation corresponding to the instruction based on the data of the instruction.

The invention discloses an information fusion and reasoning method and system based on multi-agent collaborative networking search, and relates to the technical field of network information, and the method comprises the steps: a deep research strategy scheduling agent deconstructs an unstructured request through a task formalization mechanism, generates a high-dimensional instruction code, and dynamically optimizes an execution path. And the network intelligence index generation agent extracts and screens the trusted URL by using a rule engine and a semantic evaluator based on the code, and generates a structured link instruction stream. The structured analysis intelligent agent implements multi-level semantic distillation and conversion on an original document to obtain key value pair representations, and the key value pair representations are packaged into machine readable data. And generating a comprehensive intelligence abstract with consistent logic through the information fusion analysis agent. And the natural language generation engine converts the information into a professional report, and returns the professional report to the scheduling module through a feedback interface to realize cognitive closed-loop iterative optimization. The technical problem that in the prior art, it is difficult for geologists to obtain accurate, comprehensive and credible professional conclusions is solved.

A craft comprises at least one hull, at least one wing configured to generate upwards acro lift as air flows past the at least one wing to facilitate wing-borne flight of the craft, at least one retractable hydrofoil configured to generate upwards hydrofoil lift during a first mode of operation as water flows past the at least one hydrofoil to facilitate hydrofoil-borne movement of the craft through the water, and a control system that comprises data storage having instruction code stored thereon that causes the control system to during a takeoff operation when the craft is accelerating through the water and is supported by the at least one hydrofoil, control the at least one hydrofoil to generate downwards hydrofoil lift that maintains the at least one hydrofoil submerged at a predetermined hydrofoil depth threshold below the water surface; and when the craft reaches a takeoff condition, cause the least one retractable hydrofoil to release the craft from the water to facilitate wing-borne flight of the craft.

The invention discloses a measurement data determination method and device, electronic equipment, a storage medium and a product. The method is applied to the technical field of communication, and comprises the following steps: generating a session establishment request message sent to a mobile management function network element based on a service request message, so that the mobile management function network element feeds back service parameters; generating a service indication code according to the service parameter, and generating a service bearing instruction sent to the target client based on the service indication code, so that the target client performs service bearing configuration based on the service bearing instruction; and receiving a feedback message that the service bearer configuration is completed, and sending a measurement configuration message to the target client according to a verification result of the to-be-verified indication code corresponding to the feedback message, so that the target client uploads measurement data. According to the method and the device, the measurement data corresponding to the service types are acquired, the network bandwidth resource consumption is reduced, the network coverage condition corresponding to each service type is conveniently evaluated in a targeted manner subsequently, and the targeted network coverage optimization is carried out.

The invention relates to the technical field of hardware acceleration, and provides a convolutional neural network hardware acceleration method and system, and the method comprises the steps: obtaining a convolutional neural network instruction which comprises an img2col instruction, a systolic array multiplication instruction and a col2img instruction; analyzing an operation instruction code and a function code field of each instruction, determining a target register, a source register and calculation parameters, determining an instruction function and generating a control signal; data to be operated are taken out from the source register and transmitted to the corresponding operation module together with the control signal and the calculation parameter to be calculated, and then the data are written back to the target register; through hardware optimization strategies such as multi-level address superposition, systolic array data multiplexing, double-buffer window construction and a parallel comparison tree, extra power consumption caused by multiple times of data loading and storage and intermediate result calculation is reduced, and data handling overhead, calculation delay and control complexity are greatly reduced.

The invention discloses a cross-ISA mapping method for a unified atomic electricity calculation semantic layer, and relates to the field of electricity calculation fusion index measurement, and the method comprises the steps: 1, obtaining an instruction sequence of a to-be-evaluated or to-be-analyzed application on a target ISA; 2, according to a predefined UACES abstract instruction set, translating each instruction of the target ISA into one or more UACES atomic instructions according to an instruction set conversion translation rule; 3, performing bit width normalization metering on the obtained UACES atomic instruction according to a bit width scaling rule to obtain arithmetic, logic, memory access and control flow indexes based on 64 bits; and step 4, aggregating and analyzing normalized UACES instruction statistical results for scenes between different ISA, and providing a unified representation and measurement basis for semantic alignment and statistics in cross-ISA performance evaluation and reference comparison and instruction coding optimization.

This invention discloses an intelligent resource allocation method for energy-aware partitions, belonging to the field of computer architecture and operating system task scheduling technology. The method divides computing resources into multiple independent energy-aware partitions based on the processor cores. It then monitors the energy status parameters of each partition in real time. By parsing the instruction code stream of the tasks to be assigned, the proportion of arithmetic and logical instructions is extracted as instruction mixing features, and the address span of memory access instructions is analyzed to obtain cache access density features. Based on the energy status of the partitions and the computation and memory access characteristics of the tasks, a suitability score for the task relative to each partition is generated, comprehensively reflecting the energy matching degree and hardware resource matching degree. Based on the suitability score and the remaining task acceptance capacity of the partitions, a two-dimensional assignment strategy is used to dynamically map tasks to the core execution in the optimal energy-aware partition. This invention achieves fine-grained matching of computing resources and energy status, optimizing system energy utilization efficiency.

A system and method for firmware updates on Execute-in-Place (XIP) devices with multiple memory partitions is disclosed. Firmware files include instructions coded to one of the partitions, while another partition runs the active firmware. An address remapping technique redirects the fetching addresses in the instructions to the partition storing the active firmware, so the instructions may be executed properly when the firmware files are installed in either partition. As a consequence, the firmware update file only requires one version, instead of multiple versions for multiple partitions, and this simplifies the firmware update process, such as compatibility verification and version control, saves memory space on the server, and reduces bandwidth usage.

The application discloses a flight control oriented OTA upgrading method, system, device, computer readable storage medium and program product, belongs to the field of computer science and technology, and aims to solve the problems of insufficient safety of an existing upgrading process, unreliable data transmission and weak batch management capability for a heterogeneous architecture. The method establishes a first connection, sends a start request frame containing a specific identification code and an inverse code, sets an upgrading flag and resets the flight control, and disconnects the connection. After resetting, a second connection is established, firmware is transmitted and written, an end request frame with the same frame structure is sent, the flight control is finally reset and starts new firmware, and the connection is disconnected. The frame structure containing the identification code and the inverse code, the instruction code and the check code enhances the communication reliability and the anti-interference capability. The stage resetting and the flag mechanism ensure that the upgrading process is controllable and recoverable, avoids firmware damage or startup failure, and improves the safety and stability of the flight control system remote upgrading.

A computing system comprises one or more processors and one or more storage devices that comprise instruction code. The instruction code is executable by the processors to cause the computing system to receive battery characteristic information associated with a battery of a vehicle, receive vehicle usage information associated with the vehicle, and receive vehicle environmental information. The vehicle usage information relates one or more of a speed and acceleration experienced by the vehicle with one or more vehicle operating periods. The vehicle environmental information relates one or more environmental conditions to which the vehicle was exposed with one or more periods. The computing system subsequently determines, via trained machine-learning logic and based on the battery characteristic information, the vehicle usage information, and the vehicle environmental information a battery health associated with the battery that is indicative of a current charge capacity of the battery relative to an original / rated charge capacity of the battery. The computing system communicates an indication of the battery health prediction.

The invention discloses a communication method and device, a storage medium and a program product, and belongs to the technical field of communication. The method comprises the following steps: performing time synchronization with a plurality of slaves; n first commands are generated, the n first commands are in one-to-one correspondence with n slaves in the multiple slaves, and each of the n first commands comprises a first timestamp and a first instruction code; and sending a corresponding first command to each slave in the n slaves in sequence to indicate the n slaves to execute an operation corresponding to the first instruction code at the time corresponding to the first timestamp. Through the first timestamp in the first command, each slave in the n slaves can start to execute the operation corresponding to the first instruction code at the same time at the time indicated by the first timestamp. Therefore, high real-time performance and strong synchronism of operation execution of the n slaves can be improved.

The invention belongs to the technical field of industrial automation, and discloses a file cabinet control method and device. The method comprises the steps that the touch screen receives a touch operation instruction of a user; through a self-defined data interaction protocol, the touch screen determines an operation instruction frame according to the touch operation instruction and issues the operation instruction frame to the PLC; after receiving the operation instruction frame, the PLC analyzes the operation instruction frame based on the data interaction protocol to obtain a first instruction code and a first data field corresponding to the operation instruction frame; and the PLC controls an execution unit in the file cabinet body to execute the touch operation instruction according to the first instruction code and the first data field. By the adoption of the method and device, C language programming can be built in the touch screen, service logic processing is achieved, the operation burden of the PLC is reduced, and the PLC is made to concentrate on accurately executing instructions of the touch screen and conduct real-time feedback of data.

The present disclosure relates to a system and method for providing a flowchart-based user interface to a user and generating instruction codes of a microcontroller unit based on an operation process of the microcontroller unit designed by the user. The system for generating the instruction codes of the microcontroller unit according to an embodiment of the present disclosure includes: a memory configured to store at least one instruction; a component storage; a code conversion logic storage; and a processor, wherein the at least one instruction includes instructions for: generating a first flowchart instance based on at least one flowchart component; further receiving a target component and at least one of a property, and a value of the first flowchart instance to generate an operation process; and converting the operation process into an instruction code including an instruction, a register address, and data based on the code conversion logic.

The application discloses a flow and position variable motor control IP core and a motor control system, and the IP core comprises: an instruction analysis module which analyzes data injection instructions to obtain a flow type, and triggers a large flow disassembly module or a small flow parameter reading module; the large flow disassembly module sends a plurality of disassembled small flow instruction codes to the instruction analysis module; the small flow parameter reading module reads motor action parameters from a flow parameter table and a position parameter table; the small flow disassembly module disassembles the motor action parameters into motor action instructions, and generates corresponding small flow completion or fault flags by a motor to position or fault flag; a motor drive gating module outputs motor instruction step numbers and target positions to corresponding motor drive modules according to the motor type of a current step, and obtains a to position or fault signal; and the motor drive module generates a drive signal to a motor drive chip, obtains position information of a motor position acquisition chip, and judges whether the motor is to position or fault.

A system and method for determining a geographical location of one or more computing devices may include coupling a first computing device with one or more second computing devices, obtaining two or more position data elements representing geographical locations of the computing devices, and calculating a refined position data element of the first computing device based on the received position data elements. The system may include a non-transitory memory device, where modules of instruction code are stored, and at least one processor associated with the memory device, configured to execute the modules of instruction code. The method may include associating the at least one processor with a vehicle module of a vehicle and sending the refined position data element to the vehicle module, where the vehicle module may be configured to, for example, control a steering system of the vehicle.

There is a need for more intuitive ways of teaching robots to perform tasks. Provided by the present disclosure is a method for generating robot-instruction code based on multimodal teaching data. The method comprises: obtaining initial multimodal teaching data for teaching a robot to perform a task; passing the initial multimodal teaching data to a multimodal large language model, wherein the multimodal large language model is trained to generate robot-instruction code based on the multimodal teaching data; and generating the robot-instruction code using the multimodal large language model. The method thus enables a higher level of interaction between the user and the robot.

Systems and methods for optimized multi-modality processing with artificial intelligence models. Relevant page images can be extracted from a multi-modality index with a dynamic multi-modality processing (DMMP) system. Semantic and contextual relationship can be captured between a user query and multi-modality content of the relevant page images. The multi-modality content of the relevant page images can be converted to an instruction code based on the semantic and contextual relationship captured with a context learning module of the DMMP system. An issue identified by the DMMP system based on the instruction code that includes the user query can be corrected by generating a corrective action with the DMMP system by utilizing the instruction code.

The invention relates to an MTP burning method based on serial communication. The method comprises the steps that a peripheral programmer outputs a serial clock pin SCLK to serve as a work clock, and an 8-bit data byte is sent to a target chip through a bidirectional serial data pin SDIO; the target chip receives the 8-bit data bytes and analyzes the 8-bit data bytes into instruction codes in a preset serial instruction set and operands of the instruction codes in the preset serial instruction set in the target chip; and according to the instruction code and the operand thereof, performing an erasing operation, a writing operation or a reading operation on the MTP memory. According to the method, the timing sequence meeting MTP erasing and programming is generated through control of bottom software of the peripheral programmer, and the problems that in traditional MTP programming, the programming speed is low, power consumption is high, and the chip area is large are solved.

The application provides a thermal control management system in a normal state of satellite orbiting and an emergency state, comprising a thermal control subsystem thermal control table, a thermal control measure and original code corresponding relation table, an instruction number package format and a thermal control instruction number package. During satellite orbiting operation, the thermal control scheme is modified according to the actual operation stage and the thermal environment, the thermal control subsystem thermal control table is provided by the thermal control subsystem according to a certain format, the corresponding instruction code data field content is found according to the defined thermal control measure and original code corresponding relation table, and the thermal control instruction number package is automatically generated according to the thermal control number instruction package format. Through the method, the efficiency of the in-orbit regulation and control of the thermal control scheme can be effectively improved.

For performance of a map data-related function, a processing system is operative to access electronic map data stored in a plurality of files. Each of the plurality of files is associated with a tile of a tiling. Different tiles relate to different geographic regions. At least some of the files may include references, which are used to obtain object data for at least one map object. A tile directory may provide version information useful for retrieval of the object data.

The invention relates to the technical field of toy cars, in particular to a non-contact electrode array programming disk and a toy rail car control method based on the programming disk. The programming disk comprises a bottom plate, a cover plate, an array plate and an electric control module, matrix type induction electrodes are distributed on the surface of a PCB below the array plate, a user places programming blocks, bottom electrodes of the programming blocks change capacitance states of the corresponding induction electrodes through capacitance coupling, and the electric control module scans an electrode array to generate instruction codes according to changes of the capacitance states. And after receiving the information, the toy rail car detects the information label through the information identification module and matches the information label with the instruction code in the rail driving process, so that the vehicle is controlled to execute corresponding driving, steering and acousto-optic actions. Through non-contact electrode array recognition, entity modular programming and track label linkage control, a graphical programming mode without electronic equipment is achieved, and intuition, playability and operation freedom degree of child programming enlightenment are remarkably improved.

The invention discloses a design drawing generation method and device, equipment, a medium and a product. The method comprises the steps that if an electrical design drawing generation request sent by a target user is detected, request voice is determined, and a request text corresponding to the request voice and design information in the request text are determined based on a preset voice recognition engine; generating a design script according to the design information and a preset operation instruction code, and verifying the design information in the design script based on a preset industry rule engine in combination with a preset electrical design standard rule; and if the verification is passed, executing the design script through a preset drawing plug-in interface to complete drawing of the electrical design drawing, and responding to the electrical design drawing generation request. According to the technical scheme, information extraction and verification can be automatically carried out according to the voice request of the user, the corresponding design drawing is finally drawn, the accuracy and efficiency of drawing generation are improved, and the intelligent degree of a drawing generation scheme is improved.

The invention relates to the technical field of building energy and building automatic control, in particular to a building curtain wall photovoltaic integrated energy efficiency improving system assisted by artificial intelligence. The data acquisition interface module is used for receiving time sequence data organized according to partitions; the topology mapping management module is used for maintaining a partition-electrical-optical-ventilation topology mapping table; the combined control engine outputs a combined control instruction; the model management module is used for loading and updating a time sequence prediction model and a control strategy; the time scheduling module is used for maintaining the consistency of a control period and a timestamp; and the instruction coding module is used for coding the combined control instruction into a control message output outwards. Through the formed system, unified alignment and unique addressing of multi-source data, joint optimization decision oriented to power generation-comfort-energy storage and versioned and auditing instruction coding and gating issuing are achieved in the same control period, and therefore the problems of cross-subsystem time sequence and collaborative fracture are systematically eliminated.

Embodiments of the present application provide a kind of invalid instruction generation method, device, electronic equipment and storage medium, involve computer technical field, in the method, first instruction coding format is selected from the instruction coding format set corresponding to the preset instruction set architecture;First random code with the fixed bit section total length of first instruction coding format is equal in length;In the case where the first random code is inconsistent with each preset fixed code corresponding to the first instruction coding format, the invalid instruction corresponding to the preset instruction set architecture is generated based on the first random code.The invalid instruction corresponding to the preset instruction architecture can be directly generated in a random manner, which does not comply with the instruction coding format, which helps to improve the efficiency of generating the invalid instruction of the preset instruction set architecture.

To provide a method for accessing electronic map data for facilitating retrieval of an object in a specific area in a short access time, which enables map data to be updated on the basis of data received from various map data sources or executes another action for making a system for handling a map layer interact with a map consumer.SOLUTION: To perform map data-related functions, the processing system (20) accesses electronic map data stored in a plurality of files (24). Each of the plurality of files (24) is associated with a tile of the tiling. Different tiles are associated with different geographic regions. At least some of the files include references that are used to retrieve object data for at least one map object. The Tile Directory (26) provides version information useful for retrieval of object data.SELECTED DRAWING: Figure 1

The application provides a PC+I / O interface numerical control system G instruction and switch value instruction coordination method and device. The PC is used to complete G code / switch value instruction decoding and G code movement track rough interpolation. The switch value instruction is M code including M, S and T instruction codes. The I / O interface card is used to complete fine interpolation and control M code execution. The PC is provided with a decoding preprocessing module, a G code buffer, an M code buffer for switch value instruction buffering, a rough interpolation module, a rough interpolation data buffer, a channel B for rough interpolation data output, a channel A for switch value instruction data input control, an M code coordination module for switch value instruction coordination, and a channel C for M code data output control. The on / off states of the channel A, the channel B and the channel C are controllable. The I / O interface card is provided with an interpolation data buffer, a fine interpolation module, an M data buffer and an M code execution module. The application can realize efficient operation of the numerical control system and optimized machining effect.

Provided herein are storage systems and methods for implementing encoders, decoders, and / or buffers using field programmable gate arrays. In one embodiment, a storage system has a field programmable gate array and a memory storing a set of instruction codes for the field programmable gate array. The set of instruction codes can be used for different error decoder implementations, for providing additional encoders and / or decoders, or for implementing a host memory buffer or a controller memory buffer.

A system comprises one or more processors and one or more memories storing instruction code that, when executed, causes the system to receive audio content from one or more content sources, the audio content including a plurality of audio compositions. For each audio composition, the system identifies one or more stems that represent individual instrumental or vocal components and generates, for both the full composition and the identified stems, a plurality of interpolated stem variants by applying a defined set of pitch adjustments and a defined set of tempo adjustments. The system stores the interpolated variants for the plurality of audio compositions in an interpolation database, receives suspect content to be evaluated for infringement, and compares the suspect content against at least a portion of the interpolated variants stored in the interpolation database to determine whether the suspect content matches any of the interpolated variants. Based on any detected match, the system determines an appropriate action to take, including reporting a match outcome, permitting or blocking distribution of the suspect content, or preparing material for rights registration.

The invention provides a chip model and an expansion method of the chip model. The chip model comprises an RISC-V function model (a core function module and an expansion control module). The core function module at least comprises an instruction decoder, an instruction executor, a register block and an external interrupt processor; the expansion control module at least comprises an instruction code expansion interface, an instruction execution expansion interface, a register expansion interface, a peripheral interface and an external interrupt interface; the instruction code expansion interface and the instruction execution expansion interface respectively register functions of custom instructions to the instruction decoder and the instruction executor based on respective corresponding preset interface specifications; the register expansion interface is used for registering a self-defined register in the register group based on a corresponding preset interface specification; the peripheral interface interacts with other function models through a transaction-level modeling protocol; and the external interrupt interface transmits interrupt signals sent by other function models and received through the TLM to an external interrupt processor in the core function module.