94 results about "Software programming" patented technology

Embodiments of the present invention provide a system for performing multi-platform software code merging and migration using hybrid neural networks. The system is configured for identifying source files in a software code development environment, wherein each of the source files comprise software code associated with entity applications that is developed by one or more users in one or more software programming languages, translating the software code in each of the source files that is developed in the one or more software programming languages into a translated code that is in a first software programming language, merging the translated code associated with the software code in each of the source files into a unified code, wherein the unified code is in the first software programming language, automatically performing build and packaging of the unified code for deployment, and automatically deploying the packaged unified code into a software code production environment.

The invention discloses a manufacturing method and application of a multilayer metal grid conductive circuit based on laser lift-off and electroplating thickening, and belongs to the technical field of conductive circuit manufacturing. Vacuum coating, laser stripping and electroplating technologies are combined, the process is simplified, the precision is improved, and the method is suitable for various substrate materials; according to the invention, laser parameter optimization (such as scanning speed and power) is realized, the line width control precision is ensured to reach + / -0.5 [mu] m, and the requirement of a 5G high-frequency circuit is met; according to the method, the use of photoresist and a chemical etching agent is reduced, and the pollution and the production cost are reduced; according to the invention, through laser drilling and interlayer conductive filling, a three-dimensional circuit structure and multi-layer interconnection are realized, and the application scene is expanded; compared with traditional etching, laser processing is adopted, a mask is not needed, complex patterns can be directly achieved through software programming, edge burrs are few, and the method is suitable for the requirement of a high-frequency circuit.

The invention relates to the technical field of agricultural automation, and discloses an intelligent agricultural greenhouse irrigation control system, which comprises system planning and design, prototype verification and simulation test, hardware installation and configuration, software programming and debugging, and system online and optimization. According to the intelligent agricultural greenhouse irrigation control system, by integrating edge computing integration, AI-driven adaptive learning and application of the block chain technology, the burden of the cloud server is relieved, the local decision process is accelerated, the real-time performance and reliability of the system are enhanced, and especially under the condition that network connection is unstable, the intelligent agricultural greenhouse irrigation control system has the advantages that the intelligent agricultural greenhouse irrigation control system is convenient to use. The system can automatically adjust the irrigation strategy according to historical data, improves the resource utilization efficiency, reduces the demands of manual intervention, achieves more intelligent management, enhances the transparency and safety of data, increases the credibility of the system, meets the requirements of the market for the quality guarantee of agricultural products, and is worthy of popularization and application. Therefore, the effect of flexibly adjusting irrigation according to growth conditions and factors of crops can be achieved.

The utility model relates to the technical field of hardware circuits of vehicle-mounted power supply inverters, and discloses a socket LED indicating lamp circuit with a real-time fault analysis function, which comprises an LDO (Low Dropout Regulator) controlled by an enabling pin, a socket LED indicating lamp circuit, a temperature sampling circuit, a primary side MCU (Microprogrammed Control Unit) and an isolation communication circuit, the LDO supplies power to the primary side MCU, the socket LED indicating lamp circuit and the temperature sampling circuit in a stabilized voltage mode. According to the utility model, under the condition that an original hardware circuit is not changed, software programming is carried out through the primary side MCU, a real-time indication function of product faults is added, various protection state information of a product is modulated on the red LED indication lamp, an input voltage value can be detected in real time, and overload, short circuit, electric leakage, over-temperature and other information of an output load can be detected in real time; when relevant abnormal information is detected, the relevant abnormal information is modulated on a red LED indicator light control signal in a PWM duty ratio mode, then the red LED indicator light of the socket is controlled and lightened, and the real-time fault analysis function of a product is achieved.

The present invention relates to a circuit structure for fine-tuning the square-wave control phase of a brushless DC motor. The circuit structure comprises a PWM configuration register that generates six n-bit PWM signals based on rotor position; a 3-8 decoder that divides the signals into six signals, namely, bit 1 through bit 6; an expansion module that expands the bit 1 through bit 6 signals into n-bit identical signals, resulting in 6n-bit signals; an n-bit AND gate module that performs an AND operation on the expanded 6n-bit signals and the 6n-bit PWM configuration signals; and an n-bit OR gate module that receives the six fused signal groups and performs an OR operation on the six n-bit PWM configuration signals. The circuit structure and method for fine-tuning the square-wave control phase of a brushless DC motor employing the present invention fine-tunes the phase advance or lag by changing the duty cycle configuration register, thereby improving motor operating efficiency without requiring complex software programming. Hardware implementation of the commutation process simplifies software implementation and reduces CPU time, freeing the CPU for other safety controls.

The present invention provides a self-learning slow-release scale inhibitor dosing method. By continuously measuring and statistically analyzing the environmental indicators in the circulating water, the optimal dosing amount calculation method under corresponding conditions is given. At the same time, through software programming, the dosing equipment gives a real-time dosing amount adjustment scheme for circulating water with different conditions. Meanwhile, the dosing equipment is endowed with a self-learning function through statistics. It solves the problem in the prior art that the dosing amount cannot be controlled according to the actual water quality situation and equipment requirements. It realizes the function of dosing different dosages of drugs corresponding to different water quality situations and equipment materials, solves the problems of excessive drug waste and insufficient drug dosing affecting the service life of the equipment, and achieves the effects of saving water and increasing the service life of the equipment. It has advantages such as environmental protection, energy conservation, and water conservation.

The invention relates to a domestic FT-C6748DSP inertial navigation resolving software online upgrading system and method, the system comprises a DSP chip, an FPGA chip, an NVSRAM FLASH chip and an SPI FLASH chip, the DSP chip is used for running an inertial navigation resolving scheme, the FPGA chip is used for collecting original pulses of an inertial navigation component and providing reset operation for the DSP chip, and the FPGA chip is used for providing reset operation for the DSP chip. The NVSRAM FLASH chip is used for storing calibration parameters and software programming control marks of a strapdown inertial navigation scheme, and the SPI FLASH chip is used for storing DSP inertial navigation resolving software. According to the method, the DSP resolving software and the inertial navigation parameters are respectively stored in the two independent chips by adopting the two FLASH, so that the effect of preventing the DSP inertial navigation resolving software from being accidentally erased and lost can be achieved, the DSP inertial navigation resolving software can be reliably started, and the reliability of the DSP inertial navigation resolving software is improved. By adopting the technical architecture designed by the invention, the problem of FLASH data loss caused by accidental power failure during FLASH erasing and writing of inertial navigation parameters can be avoided.

The invention provides an embedded board card indicator light control method and device based on software programming. The method comprises the following steps: detecting the running state of the embedded board card in real time; when it is detected that the embedded board card enters the target operation state, on-off control is conducted on a plurality of indicator lamps in an I / O access mode, and for different operation states, the on-off states of the indicator lamps are different. The board card is used for solving the problem that in the prior art, due to the fact that the space of a panel on the board card is limited, more indicator lamps cannot be arranged to display more running states.

The application discloses a Lamoeba chip architecture and a runtime reconstruction mechanism method based on an asynchronous mechanism, which combines an asynchronous reconfigurable Lamoeba chip and a reconstruction algorithm mechanism with time as a cost. The asynchronous mechanism provides a hardware basis for reconfigurable computing. The Lamoeba chip adopts a communication architecture of an on-chip mesh NoC to perform data transmission and communication on a network. The network adopts a 2D-mesh topology structure. Different types of computing modules are mounted in the network. In combination with a microprocessor in a single-chip microcomputer, software programming and routing address configuration are performed to complete the calculation of corresponding algorithms. The reconstruction algorithm calculates the data operation time, routing time and arbitration time of different paths in the network to find the shortest time allocation mode for algorithm mapping and change the deployment of the computing modules in the algorithm to the hardware resources. The application has the advantages of flexible general computing, high special computing, low power consumption without a clock and the ability to avoid various problems caused by the clock in the synchronous circuit.

The invention discloses an upper computer computing software custom FBD code generation method and device, the input, output, parameters and other information of an FBD are predefined based on a visual interface, virtual control generates a corresponding custom code according to a software architecture and a system interface, and a user only needs to automatically generate the FBD code at a reserved interface of the code at which the code is automatically generated. And adding corresponding FBD operation logic. After writing of FBD arithmetic logic codes is completed, a compiler interface is automatically called, and custom codes are compiled into a dynamic link library; according to the method, an upper computer computing software FBD programming environment is improved into an open system, so that a user can compile corresponding control logic according to actual application of an industrial site, the user-defined FBD is supported to be added to different task levels, the flexibility and openness of a configuration system are greatly improved, and the method is suitable for application and popularization. And richer configuration design interfaces are provided for configuration designers.

The invention discloses an intelligent distribution box function test device and a test method thereof. The test device comprises a manual control module, an automatic control module, a switch control module, an input and output control module and a light module. The test method comprises the following steps: identifying a test mode demand of a current batch, and reading and configuring preset test parameters; switching and communicating a preset test module path, and executing a preset test process; and generating a test log record, and printing and outputting a test result. The invention provides a simulation test mode which is low in cost, easy to configure and low in threshold, a test process can be manually or automatically executed, and real-time interaction and automatic test of functional test data of the intelligent distribution box are realized by means of a software programming technology, an automatic test technology and a data acquisition and analysis technology; the test cost and the technical application difficulty are effectively reduced, the test efficiency is improved, and frequent test requirements can be met.

The invention discloses a test method for realizing electronic gear shifting of an eight-speed automatic transmission on a test bench, and belongs to the technical field of automatic transmission test. And the process of simulating the electronic gear shifting of a real vehicle on the test bed can be realized. Comprising the following steps that S1, hardware is built and used for simulating real vehicle stop lever operation; s2, software programming is conducted, communication between a transmission control unit and a trip computer is achieved through a CAN bus, and gear shifting logic is converted through codes by applying a programming language; and S3, verifying the reliability of the experimental method through automatic program test collection data. According to the invention, the current situation that the existing rack can only perform a traditional mechanical gear shifting mode is solved, and the blank of the existing test method is filled; the electronic gear shifting process on the rack is realized through custom variable mapping and formula editing, the complex process is simplified, and the efficiency is improved by 40%; the feasibility and reliability of the method are verified through programming and durability examination, and real data support is provided for the eight-speed automatic transmission to achieve electronic gear shifting on a test bed.

The present invention provides a method and system for extracting the fault components of a rotating machine based on the misalignment superposition method, including the following steps: extracting the fault feature points to determine the positions of the impact fault components; correcting the optimal offset of the superimposed signal; separating the abnormal sound fault components in the rotating machine through the automatic separation method of the fault components. The method described in the present invention is simple and easy to implement. By writing the algorithm into the hardware platform through software programming, the abnormal sound signal can be processed in real time. Moreover, the result of the method described in the present invention is highly accurate. This method can retain the frequency components of the fault components, and after multiple superpositions, the extraction effect is remarkable.

The invention discloses an upper computer software programming framework and an operation method thereof. The operation method of the upper computer software programming framework comprises the following steps: automatically reading a parameter file, and loading executable process steps and corresponding motion controllers based on the parameter file; setting and initializing motion controller parameters and process execution parameters; initializing an input / output point location and a servo driver to enable the motion controller to be in a to-be-received instruction state; configuration of the process template is completed, and the process template is controlled to be executed circularly according to procedure configuration; matching a process processing algorithm corresponding to the process template, and sending a plug-in packaging instruction; based on the process processing algorithm, executing a corresponding instruction through a motion controller driving module, and outputting an execution result; and based on the execution result, triggering a next instruction to the motion controller driving module. And the upper computer software programming framework can be adapted to different motion controllers.

The invention relates to the field of AGV practical training teaching, in particular to an intelligent AGV practical training teaching platform design based on a digital technology, and the platform comprises a teaching module which is used for constructing a VR-type AGV theoretical knowledge learning scene through employing a 3D modeling technology and a VR engine; the practical training module is used for building and providing an AGV hardware assembly practical operation environment, an AGV hardware control circuit connection practical operation environment, an AGV software programming debugging practical operation environment and a task operation practical operation environment; the practical training module comprises a cross-domain fusion practical training unit, and the cross-domain fusion practical training unit is used for generating VR type practical training scenes of different industries; students perform practical training operation of path planning and practical training operation of scheduling management of the AGV three-dimensional model by utilizing practical training scenes of different VR-type industries; and the multi-person online cooperation module is used for enabling different students to remotely operate the same or multiple AGV three-dimensional models in the same VR type AGV theoretical knowledge learning scene at the same time. According to the invention, students can know differences of different industries, and the practical operation ability and innovative thinking of the students are improved.

Embodiments described herein provide for a system that includes software programming for one or more machine-learning architectures, such as generative artificial intelligence (Al) model, for generating predicted images of patient retinas. In examples, the system receives data associated with a first image, the first image captured by an optical coherence tomography (OCT) device while imaging a retina of a patient and generates an output representing a predicted image of the retina of the patient at a future point in time. Embodiments described herein also provide for systems to train models to predict the images of the retina of the patient.

The invention discloses a high-voltage power supply system. The high-voltage power supply system comprises a generator, a multi-winding high-voltage isolation transformer, a power supply control system and a plurality of power supply modules, the generator is connected with the multi-winding high-voltage isolation transformer, the multi-winding high-voltage isolation transformer is connected with the power supply control system through the power supply modules, and a downlink optical fiber and an uplink optical fiber are arranged between the power supply modules and the power supply control system. According to the high-voltage power supply system, software programming is carried out based on a built-in FPGA, and a corresponding hardware circuit is matched, so that optical fiber function integration and function multiplexing in a PSM high-voltage power supply can be realized, the number of optical fibers in the high-voltage power supply system is greatly reduced, optical fiber bridges are reduced, the optical fiber and bridge cost can be saved, and the cost of the PSM high-voltage power supply system is reduced. And the occupied area of optical fiber laying of the whole high-voltage power supply control system can be saved, and other system faults caused by the optical fibers are reduced.

According to the timer and the controller provided by the invention, under the conditions that other circuit structures in the timer are not changed and a DMA (Direct Memory Access) carrying mode is not adopted, a corresponding first-in first-out queue is added in at least one of a corresponding signal generation module and an automatic reloading register module in the timer; the first-in first-out queue is used for pre-loading at least two numerical values at one time for subsequently updating the corresponding registers, so that when different updating events arrive, the control unit can sequentially output the numerical values in the first-in first-out queue according to the different updating events so as to update the registers of the modules where the first-in first-out queue is located; therefore, the phase shift or waveform modification of the corresponding pulse signal output by the timer is realized so as to meet different requirements of corresponding application scenes, the scheme needs less chip resources and is mainly triggered and updated automatically by hardware, so that the complexity of software programming is simplified.

The invention provides an electric water valve control method and device based on motor driving. The method comprises the steps that S1, a power driving circuit and a current sampling and amplifying circuit used for driving a brush direct current motor in an electric water valve are constructed in an external domain controller; s2, constructing a band-pass filter in the external domain controller by using software programming, and performing multi-stage filtering on the current signal through the band-pass filter to obtain a target ripple current signal; s3, calculating an average ripple amplitude according to the current waveform of the target ripple current signal, and identifying and eliminating an interference signal which is not matched with the average ripple amplitude in the target ripple current signal; s4, calculating a self-adaptive amplitude threshold value of the target ripple current signal according to the ripple amplitude difference of the target ripple current signal under different working conditions, and comparing the target ripple current signal with the self-adaptive amplitude threshold value to generate a square wave signal corresponding to the target ripple current signal; and S5, counting the square wave signals, and determining the real-time rotation position of the valve element of the motor-driven electric water valve.

The present application relates to the technical field of software compiling installation, and provides a kind of many-core hybrid compiling method and system, comprising: obtaining the source program after function insertion of the first principle software is inserted;Compiling the source program inserted, and the master-slave core intermediate function and slave core function written, and the target program file generated after the source program is compiled, the master-slave core intermediate function target program file and the slave core function target program file are linked into executable program;And the call logic between source program, master-slave core intermediate function and slave core function is specified.The first principle software can be run on slave core to exert the computing power of slave core, and the problem of hybrid compiling, incremental compiling of first principle software programming language and many-core programming language is solved.

The invention relates to the technical field of chip design, in particular to a physical interface design method for an extensible chip system, which comprises the following steps of: designing a universal interface architecture which comprises a data transmission layer, a control layer and a protocol layer; chip particles are interconnected to form a chip through modular design, and the number of the chip particles is dynamically expanded according to performance requirements; a physical interface fusion design is adopted, the high-density interface area is used for short-distance high-bandwidth transmission between the adjacent chip particles, and the high-strength interface area is used for long-distance transmission between the chips; a dynamic configuration mechanism is introduced, and interface parameters are adjusted through software programming. According to the method, the expansibility of the chips can be improved, the compatibility between the chips is good, the data transmission rate and the transmission stability can be effectively improved, and efficient operation of the system is guaranteed.

Embodiments described herein provide for a system that includes software programming for one or more machine-learning architectures, such as generative artificial intelligence (Al) model, for generating predicted images of patient retinas. In examples, the system receives data associated with a first image, the first image captured by an optical coherence tomography (OCT) device while imaging a retina of a patient and generates an output representing a predicted image of the retina of the patient at a future point in time. Embodiments described herein also provide for systems to train models to predict the images of the retina of the patient.

The utility model relates to a fixed arc bending saw machining grinding machine. When an existing machining grinding machine is used for machining each sawtooth, a large amount of calculation is needed, the requirement for software programming is higher, and the later debugging difficulty is increased. The bending saw machine comprises a machine body, a grinding head mechanism and a bending saw clamping mechanism are arranged on the machine body, and the bending saw machine is characterized in that the bending saw clamping mechanism is driven by a driving mechanism to move on the machine body along a section of arc, and the grinding head mechanism can swing in the longitudinal space to adjust the angle. According to the utility model, the saw blade is always kept at a relatively fixed circle center position during processing, the software programming difficulty and the later debugging process are simplified, and the production efficiency and quality are improved.

The present invention discloses a multi-mode digital valve group hydraulic control system, which mainly includes a pump source, an overflow digital valve group, a pressure compensation digital valve group, a forward speed regulation digital valve group, a reverse speed regulation digital valve group, a forward pressure regulation digital valve group, a reverse pressure regulation digital valve group, a multi-mode controller, and a pressure sensor. The digital valve group is composed of multiple digital valves with output flows arranged according to a certain rule in parallel, and has high redundancy and fault tolerance. This system only uses the digital valve group as the control element, overcomes the design concept of functional elementization in traditional hydraulic systems, transfers the functions from the hardware level to the software level, and can realize functions such as stable pressure overflow, multi-functional commutation, pressure compensation, speed and force compound control, etc. by means of software programming, and has the advantages of high intelligence, high reliability, and low cost.

The invention discloses a dynamic reconfigurable chip implementation method based on a data flow framework, which belongs to the technical field of integrated circuit design, and comprises the following steps: firstly, receiving a top-layer user program by a software programming framework, and splitting the top-layer user program into operator levels to form a program operator data flow diagram; analyzing the number of data elements and the number of program operators executed by the program in parallel; reading the configurable depth and the number of processable parallel elements of a computing unit in the reconfigurable chip; according to the parameters, determining a data flow link length, an operation updating frequency and an operation grouping mode which are executed by the program in parallel according to a corresponding formula; reading the number and the positions of idle computing units in the reconfigurable chip, and determining the computing mode and the data flow direction of the computing units; and completing operator function configuration writing and data transmission configuration writing according to the operator data flow diagram in the data flow link. According to the invention, the instruction scheduling overhead is effectively saved, the execution power consumption of the computing unit is guaranteed, and the power consumption density of the whole chip is reduced.

Systems and methods that provide status indications in response to detection of one or more duplicate operations between a first software programming workflow and a second software programming workflow are disclosed herein. By selectively generating status indications on display devices associated with designated users during separate software programming workflows as described, systems can be configured to accurately determine when redundant operations are to be executed across different software programming workflows and provide indications that reduce or eliminate the need for subsequent, duplicative operations to be executed when developing corresponding portions of different software programming workflows.

Systems and methods that provide status indications in response to detection of one or more duplicate operations between a first software programming workflow and a second software programming workflow are disclosed herein. By selectively generating status indications on display devices associated with designated users during separate software programming workflows as described, systems can be configured to accurately determine when redundant operations are to be executed across different software programming workflows and provide indications that reduce or eliminate the need for subsequent, duplicative operations to be executed when developing corresponding portions of different software programming workflows.

This invention discloses a method for implementing the Zu Chongzhi algorithm based on the RISC-V architecture, a coprocessor, and a computing device, belonging to the technical field of Zu Chongzhi algorithm implementation. This invention leverages the high speed of hardware logic structure and the high flexibility of software programming by adding the RISC-V extended instruction set to the processor's hardware logic structure. This allows the processor to call the extended instruction set at the instruction set level, thereby increasing the processor's instruction set richness and improving its execution capability for the Zu Chongzhi algorithm. The RISC-V extended instruction set for the Zu Chongzhi algorithm proposed in this invention has good flexibility. Developers can decide whether to add the extended instruction set to the processor's hardware logic structure based on whether there is a need for the Zu Chongzhi algorithm, without changing the hardware logic structure of other parts of the processor.

The invention discloses an intelligent control system of a remains disposal device. Two control modes of a button operation panel and a voice non-contact control system are adopted. Pure key operation and voice control are switched; a control instruction is issued in a button or voice mode, and whether voice control is needed or not is selected through a voice module switch button; the intelligent control system is composed of a hardware part and a software part. The hardware part is composed of an MCU main control board, a central lifting column system, a side push rod system, a man-machine interaction system, a power supply system and an air purification control system. The software programming part is composed of an MCU embedded software programming part and a voice module software programming part. According to the invention, intelligence of remains cleaning, face lifting and air purification treatment is realized.

The invention discloses a distributed MCU (Microprogrammed Control Unit) software burning control machine and a control method. The control machine comprises a main MCU, a bus transceiver, a burning and communication interface and a plurality of MCU software burning subsystems. The control method comprises the following steps: firstly, performing power-on initialization; then, the upper computer sends an MCU burning selection message of the upper computer, the main MCU controls a power supply control circuit of the MCU software burning subsystem information to be switched on, a digital signal isolation circuit of the MCU software burning subsystem information is started, and a configuration response message is sent through an RS485 bus; after receiving the configuration effective response, the upper computer controls the simulator to execute software burning operation; and finally, the burning and communication interface receives the data of the simulator and sends the data to the corresponding MCU burning interface to burn the MCU. According to the invention, a one-to-many burning link is realized, the software management efficiency is improved, the anti-interference capability in the burning process is enhanced, and the stability of distributed MCU software burning is improved.