92 results about "Code acquisition" patented technology

The invention provides a power grid field table data reasoning and question answering method based on a code enhancement framework, and the method comprises the steps: building the code enhancement framework, processing the reasoning and question answering tasks of power project WBS table data through a large language model, and firstly carrying out the structure self-interpretation of the power project WBS table data; the method comprises the steps that firstly, the understanding ability of a model for a complex WBS table hierarchical structure and a task decomposition relation is improved, then based on table structure description and natural language questions formed by work content description proposed by a user, executable codes are automatically generated, related task information and resource configuration data in WBS table data are extracted, and the task configuration information is extracted; executing the code through an external code interpreter to obtain a result, and finally combining the code execution result and the reasoning ability of the model to generate a natural language answer about the number of human resources required for completing the specific work content; according to the method, the understanding, reasoning and people number estimation capabilities of the large language model during processing of complex WBS table data in the power grid operation and maintenance process can be effectively improved.

The invention discloses a multi-parameter coupling detection method of an integrated optical sensor and related equipment. The detection method comprises the following steps: injecting different trace medicament combinations into a to-be-detected sample in a plurality of micro-fluidic sub-channels according to a preset time sequence; performing phase shift coding acquisition on the differential optical response signal, splitting a broadband light source into a plurality of wavelength subintervals, and generating a coded light signal with a preset phase shift amount; calculating a cross-correlation function between the channels, and performing signal amplification or suppression processing on the channel group with high coupling degree; multi-dimensional feature extraction is carried out, and the differential interference amount, the amplitude ratio and the phase synchronization degree between channels are calculated; baseline drift and noise distribution are monitored in a preset time window, and parameter adjustment is carried out; and performing self-learning evaluation on the detection data, updating identification model parameters, and generating a multi-parameter fingerprint spectrum. According to the technical scheme, the problems of signal aliasing and insufficient sensitivity in multi-parameter detection are effectively solved, and high-precision synchronous detection can be carried out on various target objects.

The embodiment of the invention provides a code conversion method and device, a storage medium and a program product. In the code conversion method, a code acquisition operation can be responded, an initial code of a target function object written in a first programming language is acquired, and knowledge information required for converting the initial code into a target code written in a second programming language is acquired in a target knowledge base. And calling a code conversion model, and converting the initial code according to the knowledge information to obtain a target code. Wherein the knowledge information at least comprises functional attribute information and / or programming knowledge information of the target functional object, so that the code conversion model can learn or supplement specific domain knowledge required for converting an initial code written in a first programming language into a target code written in a second programming language, and the target code written in the second programming language can be converted by utilizing the specific domain knowledge. The initial code is converted into the target code meeting the requirement, so that the dependence of the code conversion operation on manpower is greatly reduced, and the cost of the code conversion operation is reduced.

A self-adaptive high-dynamic spread spectrum tracking receiver relates to the technical field of satellite communication and comprises an AGC loop, an A / D converter, a PN code capturing and tracking loop, a single carrier loop, a despreading device, a phase discriminator, a phase shift signal generator and a low-pass processor. The method comprises the following steps of: converting a signal into a digital signal, subsequently generating an output tracking signal through a PN code capturing and tracking loop, processing through a single carrier loop to obtain a captured tracking signal and an amplitude excitation signal, and finally carrying out de-spreading and phase discrimination to generate an azimuth error voltage signal and a pitching error voltage signal; the receiver can stably receive and process spread spectrum signals sent by a high-speed target.

The invention discloses a reflective array antenna control method and system based on a broadband dual-polarization unit, and the method comprises the steps: obtaining a target wave beam pointing instruction, and carrying out the orthogonal decomposition of the target wave beam pointing instruction into a first polarization control vector and a second polarization control vector; calculating a theoretical phase frequency spectrum of each unit according to the polarization control vector; calling a preset database to extract a basic phase spectrum; quantitative mapping is carried out by calculating a matching error between a theory and a basic phase frequency spectrum, a phase control code containing the first polarization and the second polarization is obtained and loaded to a corresponding broadband dual-polarization unit to drive the switching of a physical state of the broadband dual-polarization unit, and real-time reconstruction of a wave beam is realized. Compared with the prior art, the antenna can overcome the defects that a traditional reflective array antenna is serious in polarization component coupling, low in phase matching degree in a broadband range and inaccurate in phase control code acquisition, and remarkably enhances the independent pointing precision and the full-band gain stability of dual-polarization beams. Therefore, flexible reconstruction of the wave beam in polarization and frequency dimensions is realized.

The invention relates to a Goertzel-based fast wireless time-frequency synchronization pseudo code capturing method, and relates to the technical field of communication. Comprises: acquiring a received signal; setting a first frequency index, calculating the total amplitude of frequency points contained in the first frequency index through a Goertzel algorithm, and selecting the frequency with the highest amplitude value as an estimated first carrier frequency; setting a second frequency index based on the first carrier frequency, calculating the total amplitude of frequency points contained in the second frequency index through a Goertzel algorithm, and selecting the frequency with the highest amplitude value as an estimated second carrier frequency; performing time-frequency synchronization on the received signal based on the second carrier frequency, performing correlation calculation on the signal subjected to the time-frequency synchronization and a locally generated pseudo code signal, and performing capture judgment based on a correlation calculation result; and when the acquisition is successful, acquiring an acquired signal based on the time-frequency synchronous signal and the pseudo code signal. Through the double-layer time-frequency synchronization method based on the Goertzel algorithm, the pseudo code capturing efficiency and accuracy are remarkably improved.

The invention discloses a front-end code generation method and device and a storage medium, and relates to the technical field of front-end development. According to the method, by obtaining the pre-configuration data of the to-be-executed project, the project demand can be accurately grasped. According to the method, the attribute information is analyzed, complex project requirements are refined into specific dimension configuration data, then the data are matched with the front-end configuration resource pools of the multiple dimensions, the target codes are rapidly generated, the code obtaining time is greatly shortened, and the tedious work that developers blindly search and write a large number of codes is avoided. Finally, the target front-end codes are generated through combination according to the preset format, repeated development is effectively avoided, developers do not need to write basic codes, more energy can be concentrated on core business logic implementation, the technical problems that in the front-end development process, code writing efficiency is low, errors are prone to occurring, and resource reusability is poor are solved, and the development efficiency is improved. The technical effects of improving the front-end development efficiency, improving the code quality and enhancing the code reusability are achieved.

The invention discloses an equipment voucher generation method and device, equipment and a storage medium, is applied to an equipment manager, and relates to the technical field of network security, and the method comprises the steps: generating an equipment model based on a model attribute corresponding to target equipment of an equipment manager, and inputting equipment information corresponding to the target equipment according to a registration template corresponding to the equipment model; generating a device code based on the device information, if a code acquisition request sent by the device side is received, verifying the code acquisition request, and if the code acquisition request passes the verification, sending the device code to the device side; receiving a voucher application request fed back by the device side, verifying the voucher application request, if the voucher application request passes the verification, sending a voucher making application to a voucher system, and sending a target voucher fed back by the voucher system to the device side; the target credential comprises a digital certificate or an identification key. Therefore, the authentication mechanism can be flexibly selected, and the authenticity of the identity of the equipment and the communication security are ensured.

The invention provides an interface processing method and device, equipment and a medium, and belongs to the technical field of data processing. The method comprises the steps that under the condition that it is detected that a first interface code of a first interface is updated, a second interface code obtained after the first interface is updated is obtained; obtaining a code comparison result between the second interface code and the first interface code; under the condition that the code comparison result is matched with the preset rule, it is determined that the second interface code has code change information relative to the first interface code; and determining a code change type of the code change information, determining a target field corresponding to the code change type from the at least two fields, and updating a field value corresponding to the target field in the interface version number. According to the mode, the target field needing to be updated in the multiple fields can be automatically determined, so that rapid and accurate updating of the interface version number is realized.

The invention discloses a code memory code generation method and device, equipment and a medium, and relates to the technical field of code generation, and the code memory code generation method comprises the steps of obtaining retrieval key information, inputting a preset code memory according to the retrieval key information for retrieval to obtain function information, inputting a preset large language model according to the retrieval key information, and generating a code memory code according to the function information. And obtaining query key information, performing matching according to the function information and the query key information to obtain related codes, and performing query matching on the related codes to obtain complete codes. Semantic retrieval and complete code acquisition are realized by utilizing a large language model and a code memory, the code retrieval efficiency and accuracy are improved, and the development efficiency is optimized.

The present invention relates to the field of large model application technology, and discloses a code error repair method and system based on a large model. The method includes: deploying several large models dedicated to coding and initializing model scoring; continuously monitoring the error log of the target program, obtaining the current error information, and pulling the error code file corresponding to the current error information in the code repository; constructing a code repair prompt word, sending it to the large model with the highest model score, and guiding it to repair the error code; deploying the updated code file in a test environment, and using a request matching the error information to request replay of the updated code to verify whether the error is successfully repaired; if so, updating the target program according to the updated code file, and positively adjusting the model score of the currently used large model; if not, excluding the large model that failed to be repaired. The present invention realizes the automation of the entire process from error monitoring, code acquisition, error repair to deployment verification, reducing manual intervention.

The invention provides a small box sequence code and large box sequence code association system and method. The association system comprises a small box sequence code reader, a PLC output signal, a small box pushing mechanism, an automatic box filling machine and an upper computer. Wherein the small box sequence code reader is used for reading small box sequence codes on the small box sequence code acquisition conveying line to form a small box sequence code sequence; the PLC output signal groups the small box sequence code sequences based on the received signal type of the automatic box filling machine to generate a sequence code grouping sequence; the upper computer associates the sequence code grouping sequence with a large box sequence code according to a sequence based on a preset number of small box sequence codes; the small box pushing mechanism is used for conveying packaged products; the box blocking mechanism is used for feeding the packaging products into the automatic box filling machine for box filling; the automatic box filling machine is used for achieving automatic box filling of the packaged products.

The invention discloses a low-code application rapid construction system based on visual dragging, and relates to the technical field of application software construction, which comprises a code acquisition module, an action vector marking module, a demand vector acquisition module and an application software construction module, the method has the advantages that the core link of code writing in traditional development is bypassed, application software is generated after demand input is achieved, the code writing link is bypassed, non-technical users can obtain available applications only by describing demands without mastering programming skills, complex installation is not needed, operation is extremely simple, national development becomes possible, and the method is worthy of popularization and application. The speed is greatly increased depending on code reuse, basic codes accumulated by the code collection module can be directly called, repeated coding is omitted, it is ensured that the retrieved codes are highly matched with requirements, common requirements are quickly responded, personalized scenes are covered, and the problem that functions are not matched or missing is solved.

A current sensing calibration method includes setting a first calibration current, inputting the first calibration current to a current sensing circuit for detecting a first real digital code, acquiring offset calibration data according to the first real digital code and a first ideal digital code corresponding to the first calibration current, setting a second calibration current and a third calibration current, inputting the second calibration current to the current sensing circuit for detecting a second real digital code, inputting the third calibration current to the current sensing circuit for detecting a third real digital code, acquiring gain calibration data according to the second real digital code, the third real digital code, a second ideal digital code, and a third ideal digital code, and acquiring channel temperature calibration data after the current sensing circuit is calibrated according to the offset calibration data and the gain calibration data.

The application relates to a smart lock temporary unlocking method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: obtaining an account login request based on front-end page input; in the case that the account login is successful, sending first page response information, the first page response information comprising at least one function option identifier and the corresponding jump control identifier of a fault repair page; receiving an operation request returned based on the jump control identifier; in response to the operation request, sending second page response information, the second page response information comprising an information filling link of a target lock control page for temporary verification of authority; receiving a temporary unlocking code acquisition request returned based on the information filling link; and in the case that the temporary unlocking code acquisition request is verified, generating a corresponding temporary unlocking code and returning the same. The method can improve the unlocking code acquisition efficiency when the smart lock needs to be opened.

The invention relates to a payment method and payment system based on an NFC tag, and short-distance communication equipment. The payment method is implemented by a short-distance communication device, an NFC tag and a mobile terminal comprising a payment application. The method comprises the following steps: the mobile terminal reads the NFC tag to obtain tag data in the NFC tag; the mobile terminal starts a corresponding payment application based on the label data; the payment application establishes short-distance communication connection between the mobile terminal and the short-distance communication equipment according to the label data; and the payment application receives a payment code acquisition request for acquiring the payment code from the short-distance communication equipment through the short-distance communication connection, and the payment application acquires the payment code according to the payment code acquisition request and returns the payment code to the short-distance communication equipment through the short-distance communication connection. According to the invention, the cost of docking with a merchant information management system can be reduced, and the user experience can be improved.

The application provides a terminal device for efficient operation and maintenance of a power distribution network and an efficient operation and maintenance implementation method of the power distribution network. The terminal device comprises a main control module, a communication module, a storage module, a target code acquisition module, an information table processing module and a display module. The communication module is used for acquiring a third information table containing only device information from a power grid system according to a target code acquired by the target code acquisition module. The storage module is used for saving a second information table containing only device names. The main control module is used for sending the second and third information tables to the information table processing module for splicing processing. The display module is used for displaying the information table obtained through the splicing processing. According to the application, the information without a subject is obtained by sending the target code to the power grid system, so that the maintenance personnel can obtain the required data at any time on the spot under the premise of ensuring the safety of the power grid information, without returning to the internal network or being communicated by dispatchers, and the maintenance work can be started in time no matter where the maintenance personnel are, so that the operation and maintenance efficiency is greatly improved.

This application relates to a method, apparatus, terminal, and storage medium for associating service information, belonging to the field of computer technology. The method includes: in response to a document scanning operation, obtaining the identity information of a target object; obtaining appointment information associated with the identity information, the appointment information including service point information of a first service point, the first service point being the service point where the target object has booked health services; if, based on the service point information, it is determined that the first service point is the current service point, in response to a test tube scanning operation, obtaining the test tube information, the test tube being used to hold the target object's test sample; and associating the identity information and the test tube information. This method obtains the target object's identity information by scanning the target object's document, thereby obtaining the target object's appointment information, eliminating the need for a paper appointment code to be printed by a code-generating device, simplifying the operation, and improving the efficiency of associating identity information and test tube information.

The invention relates to an electricity testing system. The electricity testing system comprises an electricity testing device and an electronic key, and the electronic key can respond to a code acquisition operation and a built-in code of an information acquisition communication port; and under the condition that the obtained electricity testing result is no electricity, the operation code of the lockset is read, and under the condition that the operation code of the lockset is the same as the built-in code of the information acquisition communication port, the lockset is allowed to be opened. On the basis of the electricity testing system, an operator can work under the condition that only an electronic key is carried, great convenience is brought to the operator, and use of various tedious tools in the prior art is reduced; meanwhile, the electricity testing system allows a worker to open the lock only when the electricity testing result of the circuit to be subjected to electricity testing is no electricity and the electronic key has the authority to open the lock, thereby greatly reducing the possibility of misoperation while improving the operation safety.

The invention provides a verification code acquisition method, system, device and platform, and relates to the technical field of communication. Wherein the first device sends a verification request to a business platform corresponding to a target page in response to a verification operation which is input in the target page and aims at a target account. And the service platform sends verification information to a second device bound with the target account in response to the received verification request. The verification information comprises a verification code and a target address link, and the target address link is associated with the first device. And the second device sends the verification code to the first device in response to an input selection operation on the target address link. The first device receives the verification code and fills the verification code input box in the target page based on the verification code, so that verification failure caused by manual input of the verification code by a user is avoided, verification efficiency can be improved, and user experience is facilitated.

The invention discloses a design draft transcoding method and device, a medium, electronic equipment and a program product, and relates to the technical field of computers, and the method comprises the steps: obtaining an initial code of a to-be-transcoded design draft in response to a received transcoding request for the to-be-transcoded design draft; the initial code is optimized through a first agent, an optimized code is obtained, the optimized code is obtained by executing optimization operation on the initial code through the first agent in combination with a cue word rule, and the optimization operation comprises at least one of component reconstruction, component abstract rendering, style abstraction, component renaming and attribute definition. According to the method, optimization processing such as component reconstruction, component abstract rendering, style abstraction, component renaming and attribute definition is performed on the initial code by utilizing the first agent, so that the code acquisition quality can be improved to a great extent.

The invention provides a digital code generation method and electronic equipment, and relates to the technical field of data processing, the method responds to a digital code acquisition request sent by a request end, a target code library is selected from static code libraries, an unused digital code is selected from the target code library to serve as a target digital code, the target digital code is locked, and the digital code is obtained. According to the method, the target code library is selected, different request ends can be allocated to different static code libraries, the problems of high response delay and conflicts in a high-concurrency scene are solved, and the target digital code is locked, so that the target digital code can be prevented from being repeatedly locked by other request ends, and the service life of the target digital code is prolonged. According to the technical scheme, the target digital code locked by other request ends can be prevented from being issued, and the target digital code is prevented from being issued to other request ends after successful locking, so that the aim of further avoiding the risk of digital code collision is achieved, and the uniqueness of the issued digital code is ensured.

The invention provides a dynamic code loading method for an embedded application, which comprises the following steps: in response to a current operation of a user on a target application, determining a current working mode corresponding to the current operation, the current working mode being any one of a plurality of working modes of the target application; according to the current working mode, obtaining a target control code corresponding to the current working mode by calling a preset dynamic loader, and loading the target control code into the unified execution area to cover a control code corresponding to the previous working mode; obtaining an execution result of the target control code in the unified execution area; wherein the target control code is stored in a preset memory, and the memory comprises control codes corresponding to a plurality of working modes respectively; wherein the switching frequency among the multiple working modes of the target application is lower than a preset threshold value. The invention further provides a dynamic code loading device and equipment for the embedded application. According to the method, the response speed and the control precision of the system are improved through dynamic on-demand loading.

The present application belongs to the technical field of code detection, and the present application provides an incremental code detection method, device, medium and electronic device. Among them, the incremental code detection method includes comparing the code to be detected and the original code to obtain the difference code of the code to be detected relative to the original code; the code to be detected is the code modified on the basis of the original code; according to the difference code, a difference method list in the difference code is obtained, and the difference method list has at least one difference method sub-code, and the difference method list is a set of methods that cause the code to be detected to change relative to the original code; according to the preset calling rules, the calling code and the called code corresponding to each difference method sub-code in the difference method list are obtained; the calling code, the called code and the difference code are detected as incremental codes. The technical solution of the present application can improve the efficiency of code detection.

The present invention provides an ultra-high sensitivity signal generation and receiving method based on a Ku-band wide beam antenna, and relates to the field of satellite communication technology. The signal generation method includes using a three-dimensional TPC encoder to encode the data information to be sent; using an ultra-long spread spectrum code to spread spectrum modulate the encoded information; processing the spread spectrum modulated code chips, outputting a Ku-band signal, and sending it to the satellite. The signal receiving method includes: receiving satellite signals, performing spread spectrum code capture; completing optimal sampling recovery and carrier phase recovery; iteratively decoding the signal after carrier phase recovery through a decoder to obtain decoded data and complete signal reception. The present invention can effectively reduce the duration of burst signals and realize low-complexity reception of weak power and extremely low signal-to-noise ratio signals. It is particularly suitable for burst satellite communication systems with low communication rates, extremely low signal power, large system frequency deviation, and one-way communication requirements.

The application belongs to the technical field of intelligent management of enterprise policy, and discloses an intelligent management system for enterprise policy matching and planning, wherein a policy coding acquisition unit is used to analyze implicit conditions by means of NLP semantic analysis and industry rule engine, and a double-dimensional model of industry risk and policy effect is used to optimize thresholds in combination with historical execution data, so as to generate a unique policy code containing information such as region and valid period, and to form a traceability chain by connecting a government affairs block chain; both quantitative constraints of implicit conditions and coding authenticity are ensured, the situation of report rejection is greatly reduced, and the efficiency and reliability of automatic verification of policy matching are improved; a multi-dimensional matching unit driven by the code can monitor dynamic changes of the code, automatically recalculate the matching degree, and load tax preferential and R&D subsidy priority codes for small and micro enterprises and high-tech enterprises respectively, so as to strengthen the corresponding implicit condition verification.

Provided is an optical cable reuse system comprising: a code which is attached to an optical cable and in which is stored component information about the outer jacket of the optical cable; an acquisition unit that acquires the component information; and a communication unit that transmits the component information to another device after the optical cable is laid.

The invention discloses a data analysis method and device for a transaction strategy and a storage medium, and relates to the technical field of data processing. According to the method, related variables, operation instructions corresponding to the related variables and calling relations among the related variables are determined according to declaration codes received by a transaction data visualization interface; generating a variable calling tree according to the related variable and the calling relation, and generating a target code based on the operation instruction and the variable calling tree; obtaining an execution result of the target code, and determining a transaction signal according to the execution result; and according to the execution result and the transaction signal, rendering and outputting a transaction data visualization view on a transaction data visualization interface. According to the method, the target code is automatically generated by analyzing the declaration code, a plurality of strategy indexes do not need to be manually written to generate a transaction signal and draw code logic of key information, the change of the strategy indexes can be quickly responded, and the time cost for quantifying the transaction strategy is reduced.

The invention provides a balance shaft multi-type information code collecting device which comprises a supporting component, a sliding component and a grabbing and clamping component, and the supporting component comprises a collector fixing frame, a rack, a rocker, a first connecting rod, a second connecting rod and a handle. The sliding component comprises a shifting fork piece, a shifting fork, a gear, a gear sliding rail, a lifting groove and a lifting groove sliding block. The grabbing and clamping component comprises a grabbing and clamping assembly, a bottom plate and a long rod. The sliding component is fixedly connected with the supporting component, the grabbing and clamping component is movably connected with the sliding component, the grabbing and clamping component is fixedly connected with the gear, and the grabbing and clamping component is rotationally connected with the lifting groove sliding block. Through cooperative operation of all the components, excellent performance is shown in the aspects of improving operation accuracy and working efficiency, adapting to complex working conditions and the like. The invention further provides an information code collecting, checking and tracing method and system using the balance shaft multi-type information code collecting device.

The utility model belongs to the field of associated code acquisition and detection, particularly relates to production line segmented associated code acquisition and detection associated equipment, and aims to solve the problems that most products with wrong data need to be taken out in a manual manner when the acquired and detected product data are wrong in the prior art, so that the labor intensity of workers is greatly increased, and the production efficiency is increased. In order to solve the problems that in the prior art, products are easily taken by mistake, and then the application effect is reduced, the following scheme is provided that the device comprises two supporting frames, and a driving roller and a driven roller are rotationally connected between the two supporting frames through rotating shafts correspondingly. When the device is used, error products can be pushed and taken out from the conveying belt, and the pushed and taken-out products can fall into the material receiving frames on the two sides to facilitate subsequent treatment and correction, so that the effect of automatically extracting the products can be realized, the labor intensity of workers is greatly reduced, and the production efficiency is improved. And the phenomenon of taking wrong products by manual extraction is avoided, so that the application effect is improved.