21 results about "Process architecture" patented technology

The invention discloses a self-adaptive file monitoring and data processing method and system based on a multi-process architecture. According to the method, a plurality of working processes are created through a process manager to monitor a specified directory in parallel; an environment detection algorithm is adopted to dynamically select a real-time monitoring or polling mode, and strategy switching and abnormal degradation during operation are supported; realizing incremental file identification and duplicate removal processing based on an MD5 file fingerprint technology; file analysis, data cleaning, quality verification and batch storage are completed through a modular data cleaning assembly line; and the process manager continuously monitors the health state of each working process and automatically restarts the abnormal process. Uniform configuration management is realized, and multi-environment deployment and hot update are supported. According to the method, the problems of single-process performance bottleneck, poor monitoring strategy adaptability, imperfect process management, insufficient increment processing capability and the like are effectively solved, multi-core CPU resources are fully utilized, and the efficiency, reliability and environmental adaptability of large-scale file monitoring and processing are remarkably improved.

The invention discloses a large-scale parallel simulation method based on in-situ decentralized field data aggregation, a processing architecture and a chip, and relates to the field of high-performance computing and artificial intelligence. The architecture comprises a memory coupling array, a data distribution network and a parallel sampling interface. Wherein the storage and calculation array is integrated with an analog resistance network field generation layer, and global field calculation of O (1) complexity is realized by using the Kirchhoff's law; a hierarchical dynamic bypass bus (VST) is integrated, so that zero-delay jump transmission of sparse data is realized; a congestion sensing type asynchronous clock island is integrated, and the relativistic time expansion effect is simulated in a hardware layer to balance loads. According to the method, complex vector mechanics and interactive calculation are converted into a linear signal processing process through the in-situ polymerization characteristic of a physical storage array, the computing power and bandwidth bottlenecks in large-scale multi-body simulation are solved, and the method can be widely applied to large-model (LLM) reasoning, automatic driving point cloud processing and neuromorphic calculation. And the system has extremely high energy efficiency ratio and universality.

The invention relates to the technical field of embedded software, in particular to a Linux process wrapper calling method suitable for a mine control system and the mine control system. A Linux process wrapper calling method of a mine control system realizes isolated deployment of functional modules through a master-slave process architecture, and specifically comprises the following steps: constructing a management and control system of a master process and a wrapper process to form a fault isolation boundary; packaging the function module into a dynamic link library, and independently loading and running by a wrapper process; defining a standardized interface; an RPC mechanism is adopted to realize inter-process communication, and a host process serves as a client to control a wrapper process through remote calling; and dynamically creating / destroying the process instance to realize hot plug management of the functional module. According to the method, through process isolation and interface standardization, the development complexity is reduced while the system stability is guaranteed, and the method is particularly suitable for underground high-reliability scenes.

The invention provides an integrated structure intelligent design system and method oriented to the field of building industry, and the system comprises a structure performance prediction module which generates corresponding input features based on the design parameters of a target component, and predicts the structure performance indexes of the target component; the parameter optimization module is used for executing two-stage optimization in a preset design variable space by taking a structural performance index and material cost as multi-objective optimization objectives: firstly, performing global search by adopting an improved genetic algorithm to generate a Pareto leading edge candidate scheme set; then, the performance of the candidate schemes is optimized in combination with a gradient descent method, and the optimized candidate schemes are obtained; and the scheme generation module is used for inputting the optimized candidate scheme into a pre-constructed building specification knowledge graph, automatically matching related design terms, executing compliance verification, and generating a structure calculation book and a component list after the verification is passed. By means of a full-process architecture generated by data driving, intelligent analysis and scheme, technical independence can be achieved, and the design efficiency is improved.

This invention provides a method, apparatus, computer device, and medium for implementing a multi-protocol bus interface based on a programmable system-on-a-chip (SoC). The method includes the following steps: building a minimal hardware platform based on a SoC chip containing a processor system and programmable logic, and configuring external memory for the processor system; configuring the processor system's boot process; constructing bus interface IP cores for at least two different communication protocols using a hardware description language and deploying protocol stack drivers; establishing data and control paths through the SoC chip's on-chip high-speed interconnect bus to form a hardware-software co-processing architecture; and dynamically reconfiguring the programmable logic through the processor system, time-sharing or switching the execution of different bus interface IP cores. This invention provides a highly general and scalable hardware platform paradigm for the application of heterogeneous computing systems in the embedded field.

The invention relates to a domestic credential and credential adaptation method and system based on an ELCTRON framework, and the method comprises the following steps: firstly, carrying out the domestic reconstruction of a Chromium rendering engine, and carrying out the optimization of the instruction set characteristics of a domestic CPU; the Node.js source codes are recompiled through a domestic compiler tool chain, it is ensured that all native modules can be correctly loaded on a target platform, and corresponding adjustment is carried out on parts related to underlying system calling according to the characteristics of different domestic operating systems; comprehensively carding the dependency relationship of the existing application, identifying the sources and functions of all third-party libraries, and performing adaptation; adjusting a hardware acceleration strategy according to support conditions of different GPUs, and adopting an optimized software rendering scheme for a platform with an imperfect GPU driver; by adjusting rendering parameters of Chromium, the optimal rendering effect under limited hardware resources is achieved; and memory management optimization is carried out aiming at the multi-process architecture of the Electron. According to the invention, efficient, safe and stable operation of the Electron application on various domestic PC terminals is realized.

This invention discloses a linear vector factorization (LVM) AI processing architecture, including vector convolution units, vector fully connected units, and vector register accumulation units. There are no data caching units between these units, and no input data caching structure precedes the vector convolution units. Convolution calculations are performed using local convolution windows. The vector register accumulation unit consists of a state selection unit, a register addition unit, and an output selection unit. The state selection unit specifies the storage, accumulation, and output states. By specifying the location of the input data and configuring a valid data address, when the location of the input data matches the valid address, the vector register accumulation unit saves, adds, or outputs the data according to the current input state. The output unit then outputs the calculation result for its respective location; otherwise, the output is 0. This invention reduces the cache time between linear layers and their connections, ensures output integrity, and guarantees real-time data transmission and computation.

The embodiment of the invention discloses a cross-process communication method, system and device. According to the technical scheme provided by the embodiment of the invention, under the condition that the calling party of the current process triggers the service calling instruction of the target service, the service calling request corresponding to the service calling instruction is generated based on the channel client instance, and the service calling request is sent to the target process channel server instance; processing the service calling request based on the channel server instance, and generating an execution result of the target service; and returning the execution result to a calling party of the current process. By adopting the technical means, transparent calling and unified management of cross-process services can be realized, the reliability and maintainability of communication under a multi-process architecture are improved, and the requirements of applications on efficient and stable cross-process communication are met.

The invention provides an automatic testing method and system, and the method comprises the steps: analyzing the task configuration of a testing task, carrying out the node grouping according to the task configuration, and carrying out the parallel deployment of an algorithm package of the testing task to each node group; the node group comprises a single node group and a main / standby node group; determining an operation mode of each node group according to the type of the node group; the operation mode is a single-node mode or a main-standby mode; and based on the streaming media service data and the algorithm container of each node group, executing a test process corresponding to the operation mode, and collecting log data generated by operation of the algorithm container in real time, performing parallel analysis on the log data by using a multi-process architecture, and summarizing parallel analysis results to generate a test report. Therefore, the end-to-end verification coverage rate, the test credibility and the high-availability guarantee capability of the edge algorithm in a complex real-time scene are improved.

The invention discloses a boiler on-line three-dimensional thermal expansion monitoring system based on a deep peak regulation working condition, relates to the field of power plant boiler detection equipment, and aims at the core pain points that under the deep peak regulation working condition, unit operation working condition fluctuation is large, load deviates from a design value, and vibration and temperature interference is remarkable. A data acquisition module, a working condition identification module, a three-dimensional measurement module, a dynamic compensation module, a depth prediction module, a digital twinning module, an intelligent control module and a 5G remote monitoring module are integrated, and a whole-process architecture of working condition identification, three-dimensional accurate measurement, multi-source error compensation, trend prediction, closed-loop control and remote operation and maintenance is adopted. Real-time monitoring of three-direction thermal expansion displacement of the boiler pressure-bearing component, expansion trend prediction in a deep peak regulation scene and intelligent optimization of operation parameters are realized, and the problems of low monitoring precision, weak prediction capability and poor anti-interference performance in the deep peak regulation scene in the prior art are effectively solved. And the safety, economical efficiency and stability of boiler operation under the deep peak regulation working condition are remarkably improved.

The invention relates to a ship process knowledge retrieval generation method and device, computer equipment and a storage medium. According to the method and the device, the ship process knowledge data can be stored in blocks according to the ship process architecture by constructing the ship process knowledge base, and the metadata fields for matching the retrieval semantics are set to improve the matching performance of the retrieval semantics; according to the method, the ship process knowledge data and the metadata fields which are stored in a partitioned mode are converted into vector data in a vector form, semantic texts matched with retrieved user question data can be accurately obtained, intelligent and efficient retrieval and accurate answer generation of ship process knowledge are achieved, the accuracy and efficiency of knowledge retrieval are remarkably improved, and the user experience is improved. And the limitation of traditional keyword matching is solved.

The invention provides a processing architecture for super-large-scale brain-like intelligent heterogeneous fusion, which refers to a function partition and processing loop mechanism of a brain, and abstracts, isolates and schedules physical resources of a brain-like platform through a virtualization technology and a scheduling deployment tool. Furthermore, a calculation model and a calculation task provided by the user are deployed in a brain-like system, so that the flexibility, the safety and the hardware resource utilization rate of platform application are improved; on the basis of a platform integration development environment, rich software and hardware interfaces and a rapid design method, open application ecology is achieved, interactive communication, scheduling, integration and the like are carried out through simple, flexible and accurately defined module interfaces aiming at different applications by designing a coarse-grained and loosely-coupled integration architecture, and the complexity of underlying programming is reduced.

This invention relates to an industrial control gateway and its protocol conversion method, apparatus, and computer-readable storage medium, belonging to the field of communication technology. The method of this invention includes: 1) parsing data packets from different communication protocols using a multi-process architecture based on information from a general template file, extracting key fields from the data packets, and converting them into an intermediate data format; the general template file describes the field mapping rules for each communication protocol and the conversion rules for converting fields to the intermediate data format; 2) converting the intermediate data format data packets according to the target protocol requirements, utilizing the parameter mapping relationships between different communication protocols in the protocol mapping rule base, and encapsulating them into the target protocol format. The industrial control gateway, protocol conversion apparatus, and computer-readable storage medium include a computer program implementing the above method. This invention greatly enhances the scalability of industrial control systems, improves protocol conversion efficiency and real-time performance, and reduces configuration complexity.

The utility model provides a kind of small coupler of high power, the purpose is to solve the technical problem of the overall physical size of large power coupler under traditional process architecture.The coupler includes: shell, its inside has the passage through two ends, the side of the passage is equipped with installation slot;Main line, it is equipped in the passage, and its two ends respectively from the passage two ends are worn;Sub-line, it is equipped in the installation slot, and the two ends of the sub-line are worn from the side of the shell;Wherein, the sub-line includes PCB outer layer and wire inner layer located in the inside of the PCB outer layer.In use, the equipment line to be detected is connected on the two ends of main line, and then the detection equipment is connected on one end of sub-line.The sub-line is set as the structure of PCB outer layer and wire inner layer, and the couping wire is made of PCB material with high dielectric constant, so that the overall physical size can be effectively shortened.

An electrical computer system processing architecture for providing an indication of activity in the electrical computer system, the electrical computer system processing architecture comprising a plurality of client computers connected to at least one server by a computer network. Each of the client computers is configured to provide requests to the at least one server. The or each server comprises a store for storing requests provided by the plurality of client computers. The or each server is configured to match complementary requests from the plurality of client computers stored in the store. Following the matching of complementary requests, the or each server counts unmatched requests corresponding to one or other of the complementary requests in the store, and outputs the counted number of unmatched requests to provide the indication of activity in the computer system.

The invention relates to a human resource management system based on an AI modular structure. The management system builds a process architecture based on a business mode, divides functional modules on the basis of the process architecture, and builds a management mechanism on the basis of the functional modules. The process architecture comprises a data architecture, a business architecture, a capability architecture, a service architecture, an application agent architecture and a technical architecture; according to the technical architecture, functional modules in a business architecture, a capability architecture, a service architecture, an application agent architecture and a data architecture are packaged into independent micro-services by adopting a containerization and micro-service architecture, deployment and operation are carried out through a container, each micro-service is independently developed, deployed, expanded, contracted and monitored, and communication is carried out through an API gateway or a service grid. The method is deeply fused with enterprise strategy, business process, organization capability and data basis, manpower resource operation cost is saved, and an employee promotion mechanism is optimized.

Disclosed herein are system, method, and computer program product embodiments for efficient operation relinquishment of a process in a system. An embodiment involves creating a control record based on the process and stores it in a lock-capable storage. The control record contains unique process identification information and an instruction for closing an operation associated with the process. If the embodiment then determines that the process has terminated abnormally based on the control record, it can execute the instruction stored in the control record to close the operation. After the embodiment determines that the operation has closed successfully, it can modify or delete the control record in the lock-capable storage.

The application discloses a Linux file safe deletion system based on time slice rotation and belongs to the technical field of file management. The technical problem to be solved is that the Linux system native deletion command directly deletes files, and no security buffer mechanism leads to the basic security problem that it is difficult to recover the misdeleted files. The technical solution points are as follows: a system setting command interception module, a time slice management module and a storage optimization module are arranged, an rm command is redirected through alias to migrate the to-be-deleted files to a time slice storage directory created by day, the whole directory cleaning is performed on the super-capacity recycle bin based on an LRU algorithm, a daemon process architecture is not adopted, and the implementation is completely based on Linux native tools, and no additional dependence is needed.

The invention provides a human factor data acquisition and analysis method, an edge device and a storage medium, and relates to the technical field of human factor engineering, the method is applied to a human factor data processing system, the human factor data processing system comprises a main process and a plurality of sub-processes, and the plurality of sub-processes at least comprise a human factor signal acquisition sub-process and a data analysis sub-process. For a host process, the method comprises the following steps: creating a data source consumption declaration table; in response to the received resource consumption declaration of the data analysis sub-process for the human factor signal, changing a data source consumption declaration table, and adding the data analysis sub-process to a consumer queue of the data source consumption declaration table; and synchronizing the changed data source consumption declaration table to a human factor signal acquisition sub-process, so that the human factor signal acquisition sub-process broadcasts human factor signals to the outside in response to the change of the consumption queue. According to the method disclosed by the invention, the problem that software and hardware resources among a plurality of task modules cannot be effectively scheduled and managed in a single-process architecture system can be solved.

This invention discloses a precise control method for the inferior variety removal mechanism of a dual-channel intelligent rapid sugarcane seed screening machine, comprising the following steps: Step 1, constructing a dual-channel synchronous detection architecture: using a host computer to run two image processing processes; each image processing process receives sugarcane seed images from the corresponding sugarcane seed conveying channel in real time and determines whether the sugarcane seed is inferior; Step 2, deploying output control modules: configuring output control modules below each sugarcane seed conveying channel to control the corresponding inferior variety removal execution mechanism; Step 3, implementing a removal command issuance mechanism: when inferior variety information is detected, a removal command is sent from the host computer to the corresponding output control module; Step 4, designing a delay circuit: the removal command is transmitted to the inferior variety removal execution mechanism through a delay circuit to remove the inferior variety. This invention's control method adopts a dual-channel parallel processing approach, achieving dual-channel synchronous detection through a dual-process architecture on a single host computer, thus improving overall screening efficiency.

The application relates to the field of data processing, in particular to a medical insurance three-catalogue intelligent matching method based on a Med-BERT model, which comprises the following steps: S1, providing a medical insurance three-catalogue intelligent matching system based on the Med-BERT model; S2, establishing a high-dimensional semantic vector database of a medical insurance three-catalogue library; S3, matching medical data; S4, manually inputting; S5, perfecting the model; through a multi-region catalog library integration vectorization+Med-BERT small model semantic matching+automatic training learning closed-loop whole-process architecture, the problems that the existing scheme is rigid, depends on external interfaces and has high deployment cost are solved, and accurate, efficient and safe matching between a medical list and the medical insurance three-catalogue is realized.