18results about How to "Avoid logic errors" patented technology

The invention provides an assembly line generation method and device based on low-code visualization, and the method comprises the steps: defining a standard variable needed by the execution of an assembly line, dividing the functions needed by the assembly line into standardized components, and storing the standardized components in a standard component library; obtaining a target project type selected by a user, loading a standard component library corresponding to the target project type, and constructing an assembly line flow in response to an arrangement operation of the user for the standardized components; in response to a parameter configuration operation of a user for the standardized components, configuring corresponding component parameters for each standardized component, and generating a pipeline script according to the component parameters and the pipeline flow; environment resources needed for executing the assembly line script are created, and the standardized components are executed in sequence according to the assembly line process. By standardizing variables and components, visually arranging the process and automatically generating scripts and environment configuration files, a user is helped to quickly and accurately create and manage the assembly line, the technical threshold of configuration and maintenance is reduced, the development efficiency is improved, and human errors are reduced.

This invention relates to the field of natural language processing technology, specifically to a method and system for matching the intent of intelligent NPC dialogues in multimodal interaction. The method involves real-time acquisition of multimodal data, generating multimodal semantic features through submodal preprocessing; integrating the semantic features of each modality using a cross-modal fusion module based on semantic association, generating a candidate intent set based on semantic context representation and combined with a semantic parsing module and predefined intent templates; tracking changes in user intent in real time through a continuous semantic learning mechanism and an interactive memory module, combined with a Bayesian update method, dynamically adjusting the confidence level of each intent in the candidate intent set, and filtering the final intent; constructing an NPC semantic cognition model, and performing semantic consistency analysis to perform semantic checks on user input and NPC dialogue state; combining the final intent and a decision engine to generate a dialogue strategy and output synchronized response content; this invention improves the accuracy of dynamic matching of intelligent dialogue intents.

This application provides an audio translation method, apparatus, device, and storage medium for simultaneous interpreting. The method acquires source language audio, encodes it to obtain a source language token sequence, reverses the source language token sequence to obtain a reversed token sequence, concatenates the reversed token sequence to the beginning of the output sequence of a trained simultaneous interpreting model to obtain a concatenated token sequence, inputs the concatenated token sequence into the simultaneous interpreting model to generate a target language token sequence, and finally decodes the target language token sequence to obtain target language audio with the same semantics as the source language audio. Embodiments of this application can achieve streaming full-duplex simultaneous interpreting.

The invention provides a method for extracting accidental discovery in an image structured report. The method comprises the following steps: creating an accidental discovery dictionary corresponding to an anatomical part and an image examination type based on the anatomical part and the image examination type; creating a big language model question template dictionary; after the image structured report is audited, outputting keywords and / or synonyms of the keywords corresponding to the free text in the image structured report based on the accidental discovery dictionary; constructing a big language model question statement corresponding to the free text; and according to the question statement of the large language model, extracting accidental discovery content from the free text, and outputting a result. The invention further discloses a system for extracting the accidental discovery in the image structured report. Under the condition of not increasing extra filling cost, the iconography accidental discovery is automatically tracked, follow-up visit suggestions are set according to the accidental discovery, a diagnosis doctor does not need to actively mark and search follow-up visit rules, the diagnosis quality is improved, and great help is provided for disease prevention and early screening and early diagnosis.

The application discloses a non-singular fast terminal sliding mode vibration active control method based on a compensation function observer, 1) according to elastic dynamics, a fourth-order modal equation of a four-side fixed support plate structure driven by an electromagnetic inertial actuator is established; 2) in view of external unknown interference and modeling uncertainty existing in the system, a compensation function observer is designed to realize real-time estimation and compensation; 3) a non-singular fast terminal sliding mode surface is constructed, and a sliding mode control law is designed in combination with the observer output, so that the singularity problem of a traditional terminal sliding mode is solved, and the time for system state to reach a balance point is shortened through a fast convergence term; 4) a comparison experiment is designed, and the composite control method designed in the application can significantly reduce the vibration amplitude of the four-side fixed support plate while guaranteeing the finite time stability of the system, and has stronger anti-interference ability and higher vibration suppression precision compared with the traditional sliding mode control.

This invention relates to the field of intelligent creation technology and discloses a method and system for generating story picture book image sequences. The method includes: extracting user aesthetic preference features based on personalized image data, environmental visual data, and historical dialogue data; performing semantic analysis on story text prompts, and extracting global character features, action semantic features, and character state features from the story text prompts based on the results of the semantic analysis; constructing cross-frame enhanced character features based on the character state features of three consecutive frames; fusing aesthetic preference features, action semantic features, and cross-frame enhanced character features through multimodal feature fusion to obtain fused features, and injecting the fused features into a diffusion model to generate a visually coherent story picture book image sequence that conforms to the user's aesthetic preferences. This invention solves the problems of excessively high similarity in picture book styles and difficulty in integrating character style and action coherence with the picture book style in existing story picture book image sequence generation methods.

The embodiment of the invention provides a control method and device of clothes processing equipment, the equipment and a medium. The control method of the clothes processing equipment comprises the following steps: controlling the clothes processing equipment to execute a first operation in a drying program, and determining a first jump speed rate based on a state characteristic parameter detected in the process of executing the first operation; and determining that the clothes processing equipment executes a second operation in the drying program, and performing countdown display according to the first jump speed rate. According to the scheme, the problem that in the second operation process, when countdown jump display continues to be conducted according to the forward jump rotating speed rate, numerical value bounce or timing pause is needed can be avoided, the situation that a user visually feels that a logic error exists in countdown change is avoided, and then the user experience is improved.

The invention discloses a space analytic geometry virtual operation teaching system based on gesture recognition, which comprises a hardware module and a software module, the hardware module constructs a closed-loop collaborative link through a binocular high-definition camera group, an anti-dazzle blackboard, a 5G + optical fiber transmission link and the like, and the software module integrates a light reflection detection unit, a collaborative confirmation unit, a data completion unit, a virtual optimization unit and the like. A reflective area is accurately positioned through a multi-index weighted summation algorithm, logical complementation of missing information subjects is realized by combining a double-level mechanism of machine automatic confirmation and teacher manual confirmation, and a fusion weight is adjusted through a dynamic optimization coefficient including a subject adaptation factor, a reflective influence factor and a historical matching factor. The system can adapt to different light environments and spatial analytic geometry teaching requirements, guarantees the continuity and accuracy of virtual interactive teaching, is high in practicability, and is suitable for wide popularization.

The application relates to the technical field of power system safety monitoring, and discloses a power monitoring safety protection control system and method, which comprises a master station safety controller, a terminal safety verification unit and a safety verification channel; the master station safety controller responds to a control instruction of a monitoring master station, performs foresight simulation on the instruction, and generates a verification data packet containing a physical state expected vector; the terminal safety verification unit receives an original control instruction and the verification data packet, and performs cooperative arbitration; the cooperative arbitration process comprises: the terminal safety verification unit performs localized consequence simulation based on a built-in local physical micro model, generates a local predicted state vector, and compares the vector with the physical state expected vector issued by the master station; according to the comparison result, the terminal safety verification unit generates and executes a permission or blocking decision on the control instruction. Through the physical layer cooperative verification of the master station and the terminal, the application effectively protects malicious control instructions which have physical hazards on the power system.

The application discloses a kind of digital multimeter automatic test methods based on configuration table. Including: constructing digital multimeter automatic test system, set configuration table, the configuration table includes multiple rows of data, each row of data includes multiple parameter variables of the digital multimeter to be measured and multiple behavior variables of digital multimeter automatic test system, each row of data corresponds to a test point of the digital multimeter to be measured;Based on the measurement value and theoretical output value corresponding to test point, the eligibility of test point is determined, and a test report is generated based on the determination result of each test point.The application abstracts all controllable variables and test logic, parameterizes, and stores in a structured configuration table, thereby realizing data-driven of test process, and the entire test process can be defined and modified by modifying the configuration table, which fundamentally improves the flexibility, transparency and work efficiency of the test system.

The application provides an index unified management and automatic generation method based on Internet of Things and algorithm model, comprising the following steps: S1: establishing a unified index type system and an index rule library; S2: generating related indexes of production line, model algorithm, algorithm model benchmark configuration; S3: unified standardized calculation real-time index; S4: unified index export realizes consistent data caliber of all platforms; S5: realizing general report configuration and display; the method does not need manual configuration of timing task, backend hard coding and writing of SQL script, significantly reduces development and configuration cost, improves index reusability, can quickly adapt to index demand change of various scenes; based on the unified index library, general report configuration is realized, without special person and special customization development, avoiding logical errors and data deviation caused by manual development, and guaranteeing the accuracy and reliability of the report; the same index is ensured to have the same display result at various places by using completely consistent calculation and statistical caliber, and the data authority is improved.

The present invention discloses a method for evaluating the sweet spot body of a shale reservoir based on the degree of control of the development endpoint, the method comprising: 1. Standardizing and preprocessing the acquired evaluation parameter data; 2. Threshold control of the standardized data; 3. Based on the evaluation parameters of step 1 and the parameters obtained by threshold control in step 2, respectively establishing a reserve abundance model and a plane control model, and calculating the oil abundance and the plane control degree; 4. Based on the parameters obtained by threshold control, calculating the vertical penetration degree; 5. Based on the parameters obtained by threshold control and the acquired basic physical property parameters of the reservoir such as oil abundance, plane control degree, and vertical penetration degree, the sweet spot body index model is obtained by fusing. The method is mainly based on the degree of control of the development endpoint, and the geological model is characterized from three aspects: reserve abundance characteristics, plane control area, and vertical penetration degree, to establish a shale reservoir sweet spot body evaluation model, select the target layer, and provide strong support for shale oil development.

The application belongs to the technical field of edge computing and integrated circuit, and particularly relates to a low-power reconfigurable electronic component chip scheduling system for edge computing, which comprises a task semantic perception module, a resource state monitoring module, a power consumption trajectory prediction and voltage compensation module, a reconfiguration granularity control module and an integrated scheduling core module. The system extracts a task feature vector, combines a real-time monitored logic array state, predicts power consumption by using a configuration jump Hamming distance, and implements voltage pre-compensation. Local fine-grained reconfiguration is realized by cooperating with bit stream compression and shielding mask. The scheduling core performs resource mapping and strategy generation based on multi-objective optimization logic, realizes efficient and accurate scheduling of reconfigurable resources, and significantly improves the system energy efficiency ratio and operation stability.

The utility model relates to the field of motorcycle parts, concretely relates to a motorcycle electronic dump switch, including dump sensor shell, low voltage line and multichannel electric connection plug assembly, be equipped with with dump sensor shell fixed connection's switch subassembly in dump sensor shell, switch subassembly includes electronic dump sensor module, MCU control module, CAN communication module and peripheral auxiliary circuit, peripheral auxiliary circuit includes power management unit and reset circuit, multichannel electric connection plug assembly includes a pair of differential signal tab CAN L / CAN H of adopting twisted pair structure, dump angle debugging instruction tab, 12V DC power input tab VIN and ground tab GND, and the tab of multichannel electric connection plug assembly is all through low voltage line with switch subassembly electricity links, this technical scheme provides a kind of motorcycle electronic dump switch with high measurement accuracy, dynamic response is fast, and can real-time transmission motorcycle inclination angle, motorcycle dump protection angle can be dynamically adjusted according to need.

The application relates to a database backup machine incremental reconstruction idempotent retry method and device. The method comprises the following steps: dividing a reconstruction process into three stages of pre-preparation, intermediate transmission and post-closing, and allowing retry only in the first two stages; first calculating and persisting a master-standby common WAL consistency site common-checkpoint and a difference structure filemap, then sequentially copying a WAL, a serialized change-block mirror and a filemaptarget to a disk; after fault recovery, reverse serializing and continuing transmission, realizing incremental level idempotent retry; if the error context is the same for two times in succession, immediately converging. Through accurate retry control and state persistence, the application significantly reduces the full amount construction triggering probability, improves the data consistency guarantee capability, simultaneously has the non-invasive integration advantage, and can effectively improve the availability and operation and maintenance efficiency of a database system.

This application provides a method, apparatus, and device for managing instant messaging message keys based on RedisHBase hierarchical caching and blocking queues. The server generates message keys and performs hierarchical storage processing based on a remote dictionary service protocol and a distributed database protocol to implement hierarchical key storage including hot and cold layers. The server performs derivation operations based on the recipient's user identifier to generate a user-derived key, and uses the user-derived key to match the message key and performs double-layer encryption transmission processing to obtain a key-type message including the encrypted transmission key, which is then sent to the client. The client parses the transmission key from the received key-type message and performs priority scheduling and session-level blocking determination with the encrypted message to generate an undecrypted message blocking queue.

The invention provides a code conversion method and device based on an abstract syntax tree and terminal equipment, according to the code conversion method and device based on the abstract syntax tree, a standardized plug-in interface design of a dynamic plug-in system enables a conversion plug-in to have high expandability and maintainability, and when code specifications are updated, quick response can be achieved only by developing a new plug-in; maintenance cost and adaptation difficulty are greatly reduced, and the method can flexibly adapt to code conversion requirements of multiple scenes and multiple platforms. In addition, the code file is analyzed into the abstract syntax tree for structural analysis, the code logic and syntax relation can be accurately recognized and converted, and the code conversion accuracy is improved. And secondly, by fusing a dynamic plug-in system and a difference table set and utilizing a difference table and a built-in conversion rule of a conversion plug-in to perform conversion processing on nodes in the abstract syntax tree, code format chaos and logic errors caused by misoperation in manual conversion are effectively avoided, and the code conversion efficiency and accuracy are improved.

The present application relates to the technical field of circuit simulation, and provides a ternary-to-binary conversion and verification method based on BCT coding, which comprises the following steps: receiving and analyzing a BLIF file describing a ternary logic circuit to construct an internal data structure; converting each ternary signal in the ternary logic circuit into a BCT coded signal represented by two binary bits based on the internal data structure and the BCT coding rule; converting a logic unit in the ternary logic circuit into a binary logic module; generating a binary Verilog netlist file containing an instantiation of the binary logic module according to the conversion result; and integrating a logic binary alignment circuit in the binary Verilog netlist file. The present application realizes full-automatic conversion from BLIF to binary Verilog, which greatly shortens the design and verification period of ternary circuits and improves the research and development efficiency.