174 results about "Software implementation" patented technology

The embodiment of the invention provides a quantum key distribution method based on a cryptographic infrastructure system, relates to the technical field of quantum secret communication, and provides a quantum key distribution method based on fusion of quantum key distribution and post quantum cryptography, which integrates a classical commercial cryptographic algorithm, a PQC post quantum cryptographic algorithm and quantum key distribution. A QKD-based quantum key secure distribution process combining SM2 and PQC mixed signature, SM2 and PQC mixed key packaging, PQC collaborative signature, PQC collaborative decryption, token access and other cryptographic technologies is designed, and anti-quantum cryptographic capability support is provided for voice applications through collaborative signature and collaborative decryption, so that the security of software for realizing a PQC cryptographic algorithm is improved, and the security of the PQC cryptographic algorithm is improved. Moreover, the software implementation mode does not have the inherent security problem of the IP, the dependency on the server is low, and the standardization program is high.

The invention relates to the technical field of geological engineering, discloses an agent-based three-dimensional geological model auxiliary construction method and device, and aims to solve the problems of low efficiency and accuracy, slow rendering response and few interaction functions of an existing method. The scheme mainly comprises the following steps: generating a three-dimensional generalized model base based on an AI model; performing verification and correction by using a graph neural network to obtain a three-dimensional compliance model base; an optimized geological parameter field is obtained based on Fourier feature mapping and a GeoFormer-PT model; embedding the optimized geological parameter field into three-dimensional software to realize dynamic visualization of a three-dimensional geological model; carrying out visual enhancement on the three-dimensional geologic model; an interactive operation platform is introduced into three-dimensional software. According to the invention, the construction efficiency, accuracy and rendering response speed of the three-dimensional geologic model are improved, and a man-machine interaction function is added.

An intelligent personal computing and communications system including a system processor; a natural language processor operationally coupled to the system processor and implemented with software stored on a tangible medium and executed by said processor; and a user interface operationally coupled to the natural language processor for inputting requests to the natural language processor; whereby the natural language processor makes a video or a video game, activates a video game, purchases customized products, creates targeted advertisements or serves as a virtual companion.

A calibration system and related methods for optical phased array chips. The calibration system includes an adjustable mount module, an infrared microscopic observation module, an arrayed driver module, a two-dimensional laser beam scanning module, a photoelectric conversion module and an upper computer, and utilizes computer-vision-enabled positioning and phase error compensation algorithms as software components. Collimated laser is emitted from the target beamforming angle and aimed at the emission aperture of the chip, and is subsequently sampled by the array elements in a reversed injection manner. Based on the reciprocity of light propagation, by maximizing the power reversely output from the bus waveguide of the optical phased array chip, beamforming at the target angle is achieved supported by software implementations of optimization algorithms. The system and related methods are readily achievable, highly automated, and offers fast and batch calibration with relatively low expenses, good flexibility and long-term compatibility.

The invention discloses a large integer multiplication optimization method. Parallelization acceleration of integer multiplication is achieved through an AVX instruction in SIMD instructions. According to the method, fast large integer multiplication is achieved through a multi-path division and conquer algorithm, the optimized Montgomery modular multiplication algorithm is adopted, the safety requirement of large integer modular multiplication in a specific application scene and factors of a software implementation environment are considered, the method can be applied to implementation of a public key cryptosystem, and the resource utilization rate of the system and the operation efficiency of the system can be effectively improved.

The invention discloses a DAC (Digital-to-Analog Converter) output voltage control method, system and equipment based on stepping delay and a medium. The method comprises the following steps: acquiring the current output voltage of the DAC as an initial voltage value; receiving a target voltage value and a set value of a target slope parameter; the target slope parameter comprises a target step length and a target delay; and controlling the initial voltage value to gradually change from the target slope to the target voltage value through the target slope parameter. The method is realized without depending on a hardware circuit, the DAC can change the output voltage according to the set slope parameter through a software implementation process, and the requirements on the DAC output voltage slope in different scenes can be met. According to the method, the target slope parameter and the target voltage value can be changed at any time in the DAC output voltage adjusting process, the DAC output voltage is controlled to be changed into the new target voltage value according to the new slope parameter, and no error exists in the software running process. The method is easy to modify and migrate and has high universality.

The invention discloses a business full-process generation system and method based on an enterprise knowledge graph enhancement model, and belongs to the technical field of intelligent software codes, and the system comprises a perception and understanding engine which is used for receiving and analyzing the multi-modal original data of an enterprise by using a preset industry knowledge enhancement model, obtaining analysis content, and generating an enterprise knowledge graph enhancement model; constructing a business knowledge graph based on the analysis content; the design and planning engine is used for performing automatic design of the system architecture based on the business knowledge graph to obtain a design scheme blueprint; and the construction and delivery engine is used for generating a plurality of code components based on the design scheme blueprint and assembling and deploying all the generated code components to obtain a software system. The system can improve the current situation of serious disjunction between service cognition and software implementation.

The invention relates to the technical field of satellite-borne edge computing, and provides a satellite-borne distributed efficient data distribution system which comprises a computing processing module which is provided with a DDS and is used for processing satellite-borne computing tasks; the containerization module is used for packaging the application program and the DDS into a container; the dynamic unicast routing module is used for carrying out data routing among heterogeneous equipment and planning a data transmission path so as to deal with the situation that links are uncertainly connected and disconnected in a complex space environment; the ddrouter virtual multicast routing module is used for realizing forwarding of multicast routing by software and overcoming the dependence of a DDS service discovery stage on a hardware multicast routing function under a multi-hop network; the QoS configuration module is used for flexibly configuring QoS and multiple transmission modes to adapt to data stream transmission requirements under different task scenes; and the distributed consistency guarantee module is used for keeping the satellite data consistency through leader election and a log replication mechanism. The method aims to solve the problems of low data distribution efficiency, poor consistency, difficulty in heterogeneous adaptation and the like in a satellite-borne edge computing scene.

The invention discloses a hardware-based SOFTMAX function calculation method and device. The hardware-based SOFTMAX function calculation method comprises the following steps: receiving a multi-dimensional input vector corresponding to an SOFTMAX function through an input port; uniformly dividing the multi-dimensional input vector into a plurality of data segments according to an element sequence through a channel distributor, and distributing the data segments to corresponding operation channels; performing an exponential operation on the data segment using the operation channel to generate a local exponential vector; aggregating the local exponent vectors with an accumulator to generate a global exponent sum; distributing the global index sum to each operation channel, so that the operation channels generate output sub-vectors according to the local index vectors and the global index sum; and splicing the output sub-vectors according to the element sequence through a recombination unit to generate an SOFTMAX output vector. The efficient SOFTMAX function hardware acceleration calculation under the multi-channel parallel pipeline processing architecture is realized, and the calculation performance and throughput are improved by several times compared with the traditional serial software implementation.

Embodiments of the present disclosure provide a data transmission method, a device, a storage medium, and a program product. The embodiments of the present disclosure provide a software-implemented RDMA memory page fault solution: when acquiring data from a remote memory, a remote end maps a page-faulted virtual memory into a specific physical memory region, allows for the occurrence of a memory page fault in an RDMA process, and adds a memory page fault processing flow between a local end and the remote end to implement memory page fault processing; and when writing data into the remote memory, the remote end provides a shared virtual memory and a private virtual memory and exposes the shared virtual memory to the local end, the local end writes data into the shared virtual memory, and then a remote control object migrates the data to the private virtual memory, wherein memory page faults are allowed to occur and be processed during the migration. Since memory page faults are allowed to occur and page fault processing is supported, dynamic allocation of physical memory resources is supported during the RDMA process, thereby improving the utilization of memory resources while leveraging the advantages of RDMA.

The application belongs to the field of vehicles, and particularly relates to an algorithm verification system and method based on digital twinning. The system comprises four subsystems, namely a digital bench system, a physical bench system, a real vehicle bench system and an interactive terminal system. The digital bench system realizes switching and fusion of multiple working conditions and multiple scenes and input of virtual sensor data through software. The real vehicle system and the physical bench system receive input of the digital bench system through a communication connection module, thereby performing testing and outputting measured data to the interactive terminal system. The system covers three types of testing, namely pure model simulation, hardware-in-the-loop sensor data testing based on digital twinning and real vehicle interactive testing based on digital twinning. The four subsystems of the application realize interactive combination based on API, can effectively test chassis domain braking and steering performance, and can effectively verify accuracy of vehicle lateral and longitudinal control algorithms.

The invention discloses an instant heating self-adaptive control method and system, a storage medium and water purifying equipment, the system comprises a sensor layer, a controller layer and an actuator layer, the controller layer comprises a partition heat balance model module, a feedforward-feedback cooperative controller, an online parameter identification module and a safety protection module, based on self-adaptive feed-forward control and online parameter identification of the partition dynamic heat balance model, the problems that a traditional method is slow in response, poor in precision and weak in adaptability are solved by conducting partition modeling on the heating waterway and identifying model parameters in real time and combining feed-forward and closed-loop cooperative control, the response speed is high, constant-temperature precision is high, long-term stability is good, safety is high, and the method is suitable for large-scale popularization and application. The method is high in adaptability and good in universality, and can adapt to heaters of different power levels and sensors and actuators of different types based on a control algorithm realized by software, so that the product platform development cost is reduced.

The invention discloses a software interaction system and method for promoting virtual-real fusion landing of meta universe, and belongs to the technical field of virtual-real interaction. The method is realized by pure software, and supports two modes of exchanging virtual assets for entity commodities and automatically returning the virtual assets after the entity commodities are purchased. The system accesses a digital platform through a standardized interface to complete asset verification, cancel-after-verification and voucher generation, supports delivery modes such as logistics distribution, store cancel-after-verification and offline self-pick-up, can automatically return virtual assets when purchasing entity commodities, and does not need a user to upload a voucher. The method breaks through the interaction barrier between the digital world and the physical world, is suitable for platforms such as games, movies and televisions, music and cartoons, realizes virtual-real two-way automatic intercommunication, and has high practicability and commercial value.

The application discloses a kind of conversion method and system of timing sampling data to whole cycle sampling data, and the present application obtains the timing sampling time based on the keying position moment when obtaining keying position moment by timing sampling, according to the timing sampling time and the vibration signal of timing sampling, obtains the vibration signal of whole cycle sampling, effectively realizes the conversion of timing sampling data to whole cycle sampling data, can make timing sampling acquisition system realize whole cycle sampling function, and the present application can be realized by software, without changing the hardware structure of timing sampling acquisition system, without increasing hardware investment.

The application discloses an audio processing method, device, medium and terminal equipment, the audio processing method can be applied to the terminal equipment, the layered system of the terminal equipment includes an abstract layer and an audio drive layer, the method comprises the following steps: the abstract layer obtains the first audio data stream of the audio file to be played at the first moment, and caches to the cache space of the abstract layer; the abstract layer decodes and post-processes the first audio data stream by starting a thread, and obtains the first decoded data stream; the abstract layer transmits the first decoded data stream to the audio drive layer, and caches to the cache space of the audio drive layer. The method can realize the function of the analog hardware data signal processor by means of software, realize the decoding and post-processing of the audio data stream, so that the hardware cost is saved.

The application provides a T-type three-level inverter output voltage transient fast compensation method, and relates to the field of power electronic control, which collects three-phase output voltage and current in real time, and obtains voltage vector sequence in two-phase static coordinate system through Clarke transformation. The real-time average radius and offset vector of voltage vector trajectory are calculated through sliding window, the radius deviation rate and offset rate are calculated, and compensation is triggered when any index exceeds the preset threshold. According to the distortion type, the required compensation deviation of each phase is calculated, the compensation priority is determined according to the compensation deviation absolute value, and the single tube compensation is preferentially selected based on the compensation deviation polarity and the phase current direction. When the amplitude is insufficient or the current direction is not matched, the double tube combination is started. The selected switch tube drive pulse is shielded, the switch function is reconstructed to execute compensation, and iteration verification is carried out until the voltage trajectory is restored to be circular. The application is realized by pure software, does not change the original control architecture and topology mode, guarantees the dynamic voltage transient to meet the standard, and does not deteriorate the harmonic quality.

Various embodiments of the teachings herein include an automated method for data access to a device by an external client, allowing the device to communicate with an internal communication network while the external client communicates with an external communication network. An example method includes: sending a communication access request from the external client for the device to a software implemented application access point; configuring a corresponding software implemented connector using the application access point, so the connector acts as an endpoint for a communication tunnel to the device; configuring a corresponding software implemented policy decision point using the application access point as an interface to the external network for arriving of application data traffic of the external client, so the policy decision point is set up to validate, accept, and forward the access request of the external client to the connector; and accessing the device via the communication tunnel.

The invention discloses a bilinear interpolation algorithm real-time hardware implementation method and system based on an FPGA, and belongs to the technical field of image processing. In order to solve the problems that traditional software is high in implementation delay and an existing hardware scheme is large in resource consumption, the invention designs a full-parallel pipeline architecture: an input interface module analyzes image data; the coordinate calculation module maps a target pixel coordinate to an original image continuous coordinate, and generates four nearest neighbor reference pixel coordinates and weight coefficients; the weight generation module adopts Q16 fixed-point quantitative weight; the reference pixel cache module caches two rows of reference data through a dual-port BRAM; the multiply-add calculation module realizes parallel multiply-add operation by using multiplier time division multiplexing; and the control module integrates boundary detection and clamping logic to ensure the legality of coordinates. According to the invention, single-cycle processing of 1 pixel is realized, the throughput is greater than 150M pixel / second, 4K and 30fps real-time processing is supported, the DSP occupancy rate is reduced by more than 60%, single-chip integration on a low-cost FPGA (Field Programmable Gate Array) can be realized, and the method is suitable for scenes such as video monitoring, machine vision and the like.

The invention discloses a medical laboratory automation system based on OPC. The medical laboratory automation system comprises an upper computer control layer, a business logic layer, a communication layer, an execution layer and a database layer. The upper computer control layer adopts WinCC configuration software to realize experiment monitoring and visualization; the business logic layer is responsible for task scheduling management based on a Java application program; the communication layer realizes real-time data interaction among the layers through an OPC protocol; the execution layer comprises a PLC control module, an AGV transportation unit and a collaborative robot unit, and completes experiment operation in a collaborative manner. And the database layer stores the whole-process data. According to the system, by establishing an OPC UA real-time communication link between Java and WinCC, instruction and state feedback delay is remarkably reduced, and data synchronization reliability is ensured; an intelligent scheduling algorithm and a fault-tolerant control mechanism are combined to realize efficient execution of tasks and dynamic allocation of resources; by constructing a complete processing closed loop, the automation and intelligence level of a medicine laboratory is effectively improved, manual intervention is greatly reduced, and the experiment efficiency and the result reliability are improved.

The application discloses a memory data management method, an electronic device, a storage medium and a program product, relates to the technical field of storage, and comprises the following steps: realizing memory data management based on a native memory management mechanism and a page fault exception mechanism, processing the physical address of to-be-encrypted data by using a first key through step-by-step encryption, performing exclusive or operation on the obtained first ciphertext and the to-be-encrypted data, and storing the obtained second ciphertext into a red-black tree in a memory space, so that the encryption range is expanded, the data security is improved, the memory space and the red-black tree are fully utilized, and the addition, deletion and modification performance is improved. The target second ciphertext to be migrated is further encrypted and written into a swap area file. The method is realized by using pure software and does not depend on specific hardware devices. The technical problems of poor compatibility, high cost, being not conducive to large-scale application and great influence on system performance are solved, the technical effects of good compatibility, reduced cost, convenience for large-scale application and reduced influence on system performance are achieved.

The invention provides a power grid asymmetric fault ride-through control method based on a synchronous rotating coordinate system, and the method comprises the following steps: S1, obtaining a three-phase voltage signal of a power grid, and carrying out the positive-sequence component phase locking of the three-phase voltage signal; a positive sequence power grid voltage phase angle is ingeniously used as a unified phase reference, a negative sequence dq synchronous rotating coordinate system is constructed, and direct giving and closed-loop control of negative sequence reactive current are achieved. According to the method, the phase information of the negative sequence power grid voltage does not need to be additionally acquired or calculated, so that the complex design of configuring an independent phase-locked loop for a negative sequence component in a traditional scheme is avoided. Due to the fact that the constructed negative sequence control coordinate system can convert the target negative sequence reactive current into direct current, the whole control loop can be adjusted through a classic linear controller (such as a PI controller) which is simple in structure and reliable in performance, and on the premise that the necessary negative sequence component extraction function is reserved, the target negative sequence reactive current can be extracted. And the design complexity and the software implementation difficulty of the controller are greatly reduced.

This invention discloses a dynamic aerial wireless mission network planning method and system based on multi-agent reinforcement learning. It addresses the problems of low planning efficiency, insufficient collaborative optimization capabilities, poor training stability, and difficulty in providing real-time, reliable, and globally efficient planning schemes in existing technologies. It achieves a reproducible, verifiable, and deployable software implementation to improve engineering usability. The method includes: configuring a corresponding agent for each service subnet; wherein the agent pre-loads a trained policy network; at each decision moment, each agent collects local observation states and inputs them into the corresponding policy network to obtain the optimal pairwise link switching action; each agent, based on the action, controls the connection and disconnection of communication links between UAVs within the corresponding service subnet, updating the network topology of the corresponding service subnet; until the mission ends, the network planning result in the mission time domain is obtained.

The application discloses a high-performance block cipher construction method and device, electronic equipment and a storage medium, wherein the method comprises: an encryption process: using a preset round function generation algorithm to encrypt plaintext to obtain ciphertext, wherein a round key in the preset round function generation algorithm is obtained by performing position permutation on 32 positions in units of 4 bits through a 128-bit key scheduling algorithm; and a decryption process: decrypting the ciphertext through a decryption algorithm to obtain the plaintext. Thus, the problem that the existing block cipher algorithm has high resource occupation when hardware is efficiently implemented, and has low software implementation efficiency is solved.

A front-end synchronous control method for cooperative detection of multi-base phased array radars comprises the steps that hardware comprises an atomic clock, a Beidou / GPS receiving assembly and a clock source or a frequency synthesizer, it is ensured that the atomic clock and the Beidou / GPS receiving assembly are arranged outside each radar system of the same model, a reference clock source or a frequency synthesizer capable of being synchronized by the external atomic clock is arranged inside each radar system of the same model, and software is FPGA software. The method comprises the following five steps: taking a high-precision time source and a high-stability clock source as references; a time extrapolation processing module, a time comprehensive processing module, a time sequence awakening / silence module, a time sequence generating and issuing module and a control signal coding and issuing module which run FPGA software in the time sequence generating equipment comprehensively process and generate synchronous time sequence square wave signals and time sequence serial control signals; the synchronization of front-end clocks or excitation signals of a plurality of radar array surfaces and the synchronization of time sequence transmitting and receiving signals are realized, so that all simulation T / R assemblies of a plurality of radars of the same model are in a synchronous transmitting and receiving state, and the front-end synchronization target of cooperative detection is achieved.

The application discloses an intelligent friction pendulum isolation bearing and a state monitoring and fault diagnosis system. First, finite element analysis and calculation are carried out on the friction pendulum isolation bearing, so that the hysteresis curve and stress threshold change characteristics of the bearing under the operating condition are obtained; second, the hardware of the bearing state monitoring and fault diagnosis system is built, and the real-time acquisition and transmission of the stress, acceleration and displacement state of each component unit in the bearing and the overall structure of the bearing are completed; third, the system application sensors are accurately arranged according to the finite element analysis result; and finally, the pre-processing, deep learning and information storage of the multi-element data are realized in combination with the software of the bearing state monitoring and fault diagnosis system. The application can timely and accurately monitor and evaluate the operating state of the bearing and analyze and diagnose the health state of the bearing, so that the fatigue damage and structural damage of the bearing caused by the influence of operating conditions, environment and other factors for a long time are prevented, and the reduction of the operating reliability and service safety of the bearing is avoided.

The application provides a detection method for privately-built Internet export, related devices and a computer storage medium. Triplet information when each unit pushes software accesses a detection server is recorded, wherein the triplet information comprises an Internet export IP address, access time and positioning information; for each unit, the rules and regulations of the unit and the received triplet information of the unit are analyzed to obtain an analysis result. The application uses the unit pushing software that cannot be bypassed to detect the privately-built Internet export, that is, whether each unit privately builds an Internet export is judged by recording the triplet information when each unit pushing software accesses the detection server.

Implementations of an architecture for network processing per operational component using fixed function logic closely coupled to programmable logic and software are provided. One aspect provides an integrated circuit device for network processing, the device including a combinable processing pipeline including a programmable on-operation component and a fixed function logic on-operation component closely coupled with programmable logic and software. The apparatus further includes a compute complex component including processing circuitry implementing software for controlling the programmable per-operation component and the fixed function logic per-operation component, where for the first processing pipeline, the processing circuitry is configured to perform the first function using the programmable per-operation component; and for a second processing pipeline, the processing circuitry is configured to perform a second function per operational component using fixed function logic.

A reconfigurable configuration method, system and application based on waveform grouping belong to the technical field of satellite communication, and specifically comprises the following steps: dividing L groups according to waveform frequency domain characteristics, carrying out hardware unified design by taking a waveform with the maximum resource demand as a reference, ensuring that pins of each group are mapped consistently, and setting a unique ID (Identity); software is divided into a front-end public processing part and a rear-end demodulation decoding part, and a rear-end function module unified type is a configurable item; through independent configuration loading, software is dynamically loaded for each packet, and flexible reconstruction of a single packet waveform function is realized without influencing other packet services. Through the hardware modularization unification and software modularization reconfigurable design, the hardware complexity and the number of software configuration items of the multi-waveform system are reduced, and the flexibility and expandability of the system are remarkably improved under the condition that resources are limited.

The invention discloses a software system updating method and device, equipment, a storage medium and a vehicle, and belongs to the technical field of vehicle control. The software system updating method comprises the following steps: acquiring upgrade packages of a plurality of mirror image software systems in a vehicle-mounted controller; updating a first software system in the vehicle-mounted controller according to the upgrade package, wherein the first software system is any software system except the activated second software system in the plurality of mirror image software systems; and after the vehicle-mounted controller is restarted, if the first software system is successfully updated, activating the updated first software system. By setting a plurality of mirror image software systems in the vehicle-mounted controller, the software system of the latest version can be obtained in time under the condition that the second software system is activated, and the update software after the first software system is successfully updated is activated when the vehicle-mounted controller is restarted next time, so that non-inductive update of the software system is realized, and the driving experience is improved.