35 results about "Numbering system" patented technology

The invention relates to the technical field of spectrum detection, in particular to a Raman spectrum-based rice oil detection method, which comprises the following steps: extracting main and auxiliary peaks to construct a peak group structure, performing sliding comparison to output a conformity region, identifying jump to remove an abnormal signal, calibrating a peak position to generate a correction structure, and performing homing numbering to complete a detection scheme. According to the method, the feature matching rule is constructed by combining the peak position spacing, the intensity ratio and the wavenumber index, the recognition precision of the multi-peak structure in the spectrum is enhanced, non-continuous response signals are recognized and eliminated through derivative change trend and proportion deviation constraint, and the accuracy of stable response extraction is improved. Dynamic calibration and position adjustment of peak positions are realized by utilizing an offset trend sequence, the consistency of a peak group structure in an overall direction and the continuity of a local structure are ensured, a numbering system and structure attribution division is completed after homing sorting, and the integrity of feature expression in a complex sample and the orderliness and reliability of spectral data processing are improved.

The invention provides a building standardization knowledge base building method and system based on a large language model, and the method comprises the steps: carrying out the semantic partitioning of a building specification document set, and obtaining knowledge unit blocks and the logic association relation thereof; processing the knowledge unit blocks by using a large language model, generating a complete coding identifier of an independent knowledge unit and a boundary association identifier of an associated knowledge unit, and determining an association type mark; for the associated knowledge units, determining adjacent knowledge unit blocks and candidate knowledge units according to association type marks and logic association relationships, matching target knowledge units through global positioning identifiers, and allocating same integration numbers; counting the number of independent knowledge units and the number of integrated numbers, and calculating the sum to determine the total quantity of knowledge entities. According to the method, accurate association and integration of knowledge units are realized through a hierarchical numbering system and semantic association strength. According to the method, the construction efficiency of the building standardized knowledge base and the semantic consistency of the knowledge entities can be improved.

The invention discloses a multi-role branch chain node state linkage management method and system, and belongs to the field of node collaborative management, and the management method comprises the following specific steps: S101, setting role nodes, adding attribute information of each role node, setting a node basic identification rule, and generating a branch chain according to an intervention approach; the method ensures that different role node numbering systems are independent and not confused, fundamentally avoids the problems of serial number repetition, vacancy or logic fracture, avoids branch structure chaos after role node upgrading, ensures that the hierarchical relationship of nodes in branches before and after conversion is coherent, avoids misadjustment of irrelevant role nodes during exception handling, and reduces system resource consumption. The state adjustment efficiency is improved, manual operation and maintenance links are reduced, manual operation errors are avoided, and meanwhile the response speed of node management and state adjustment is improved.

The invention relates to the technical field of industrial automation control, in particular to an automatic equipment numbering system and method based on an industrial field bus. The method comprises the following steps: broadcasting an initial address seed through a main controller, and sequentially setting incremental addresses for equipment by adopting a chain transmission mechanism in linear topology; exclusive address fields are dynamically divided in the bifurcation topology, buffering is reserved, and hierarchical chain type numbering is started by branch head equipment; monitoring an equipment state in real time, recovering an offline address to an address pool for priority allocation of new equipment, and automatically expanding an upper limit of an address field when the address is exhausted; a conflict risk prediction model based on multi-modal data fusion is introduced, and the crossing from passive processing to active early warning is realized through adaptive adjustment of detection frequency and a preventive reset mechanism. According to the invention, plug-and-play deployment of equipment without manual intervention is realized, and the automatic management level and reliability of an industrial bus network are remarkably improved.

The invention discloses a Chinese character font generation method and system based on four-corner coding, and relates to the technical field of Chinese character generation, and the method comprises the steps: combining four-corner coding with a generative adversarial network and a four-corner consistency loss function, and generating a Chinese character font through a training set composed of a source font and a target font. The method can better adapt to various fonts, and the accuracy of the generated structure is improved; by introducing the four-corner coding information based on the traditional four-corner number system, a generator is helped to better understand the structure details of the fonts, so that the generated fonts have high accuracy in the aspects of the overall structure and strokes, and the generation quality of the fonts is further optimized.

The first aspect of the present application discloses a ship longitudinal bending strength checking method based on component classification and data linkage. The second aspect of the present application discloses a ship longitudinal bending strength checking system for implementing the above ship longitudinal bending strength checking method. The core of the present application is to build an efficient and accurate checking system by scientific component classification and close data linkage, and to deeply couple the professional ship strength checking logic and the data processing capability of the general electronic spreadsheet. The system is based on a unique component numbering system divided according to the plate rack position, combined with the pre-existing double classification of components, to realize the fine management of the ship longitudinal bending strength checking process. At the same time, the system developed based on the Excel platform solidifies the complex checking process into an orderly associated calculation table, ensuring the automatic transmission and efficient processing of data.

The application relates to the technical field of big data processing, in particular to a ship navigation pollutant emission real-time monitoring system, which comprises a multi-source heterogeneous data access unit, a semantic analysis and standardization mapping unit, a flow data time sequence alignment unit, a multi-source collaborative verification unit and a data exchange interface. The system constructs an extensible semantic label library based on the IMO Compendium data numbering system, realizes automatic analysis and standardization conversion of heterogeneous data in combination with an incrementally adapted adaptive mapping rule library, maps multi-source data to a unified time axis through sampling frequency normalization and transmission delay compensation, realizes automatic cross verification and credible fusion of multi-source data by using a shunt state machine of joint verification of numerical consistency, time window alignment and physical consistency, and simultaneously outputs a standardized semantic format and an original data format by adopting a multi-mode sending mechanism. The application reduces multi-source data access cost, improves real-time performance, accuracy and credibility of emission monitoring.

The invention provides a part list automatic checking method based on a configuration BOM, and the method comprises the following steps: S1, constructing a basic number database according to a part function structure, and forming a standard part number according to the basic number database; a plurality of function modules are divided according to the function structure, basic numbers are given to the function modules respectively, the infixes of the standard part numbers are the basic numbers of the function modules to which the parts belong, and the parts of the same function module use the same infixes; in the step S2, variable condition information is set for the parts in the BOM room according to the part configuration information; in the step S3, required part information is input during verification; and S4, according to the required part information, the BOM room information and the vehicle type configuration information, when it is judged that the required part exists in the BOM room, a usage and usage table of the required part on the corresponding vehicle type is output. By establishing a standardized part number system and combining an automatic checking process, high-efficiency verification of the accuracy of the part list can be realized.

The invention discloses a transportation junction route recommendation system based on a large model, and relates to the technical field of route recommendation. The ciphertext coding unit determines all ciphertext codes of this time for response digits generated at this time on the basis of the traffic route recommendation platform every time the service reference data is received; in the process of determining the ciphertext coding, recursive iteration is carried out on the two basic units 0 and 1 in the binary digital system for several times to obtain the basic ciphertext coding used for carrying out the ciphertext coding, and a fixed key does not need to be distributed to a user; according to the method, the burden of frequent key verification during short-term high-frequency use in traditional key encryption is avoided, the scene adaptation defect of key management is solved fundamentally, it is ensured that privacy data such as the real-time position and travel preference of a user can only be decrypted through an exclusive dynamic rule, and privacy safety is remarkably improved.

The application relates to the technical field of form filling and number reporting systems, in particular to a form filling and number reporting system and method based on multi-modal intelligent fusion, equipment and a medium. The application obtains multi-source heterogeneous data through a data acquisition module, establishes a standardized field mapping rule by using a semantic analysis module, analyzes user filling behavior to generate a dynamic data correlation rule in combination with an intention recognition module, an automatic calculation is performed based on the correlation rule by a calculation engine module, hierarchical encryption storage and operation log recording are realized by a secure storage module, and a collaborative distribution module dynamically allocates tasks according to task progress and dependency relationships. The application realizes unified processing of heterogeneous data, improves system adaptability through dynamic data correlation and intelligent task allocation, and effectively improves the efficiency and reliability of form filling and number reporting.

The invention provides a system conversion method and device based on a dynamic mapping rule, and belongs to the technical field of computer systems. According to the system conversion method based on the dynamic mapping rule, the binary data set is dynamically converted into the ternary data sets in parallel by adopting the preset compression code table and the bit parallel conversion logic, so that the storage cost and hardware resource occupation are remarkably reduced, and the storage efficiency is improved. The efficient, flexible and reliable large-scale binary-to-ternary data conversion is realized, the conversion time is greatly shortened, and the conversion throughput is improved.

Proposed are a method, a computer and a computer network that utilize a method of representing and processing numbers in a computer, in which all information transmitted over a system bus to and from a processor is represented in the form of multi-bit numbers in a positional numbering system, wherein all the numbers are represented in a base-b numbering system, each digit in each bit corresponds to its own optical metastable monochromatic laser beam having a wavelength ʎ selected from a range of from ʎ 0 to ʎ b -1, the optical signal of said beam, prior to reaching the processor, is subjected to automatic wavelength selection and sent accordingly over its own optical channel with a given number already in a decimal numbering system to a converter which generates at its outlet a logical 1 in the presence of a signal, or a logical 0 in the absence of a signal, after which this signal arrives at an encoder which converts the given decimal number of the signal into an equivalent number in a binary numbering system, said number together with another similarly processed number arrives at an ALU of the processor and then a binary final number arrives at a decoder where it is converted into an equivalent number in a one-hot base-b code, an active decoder output representing a digit in a bit is converted into an optical laser signal of the corresponding level and said optical laser signal is fed to the system bus. The proposed solutions make it possible to decrease the number of bits in (data, address and command) buses and thus reduce the number of data processing operations and therefore also the machine time by increasing the information content of each bit.

The invention relates to a document processing method and device, electronic equipment and a storage medium. The method comprises the steps that number areas in a to-be-processed document and content hierarchies corresponding to the number areas are recognized; wherein the numbering area is a continuous character interval containing numbering characters or unnumbering titles in the document, and the type of the content hierarchy at least comprises one of a whole-segment title, a first-segment title, a middle-segment title and a text; according to the content hierarchy corresponding to the numbering area and the numbering attribute of the numbering area, determining the numbering level corresponding to each numbering area, and constructing a numbering hierarchy system of the to-be-processed document; and setting a target numbering style for each numbering area according to the numbering hierarchical system. Therefore, the problem that in the prior art, serial numbers in segments are neglected, logic levels are confused, and consequently a serial number system is incomplete and disordered can be effectively solved, and accurate pattern setting of various serial number areas is achieved.

This invention provides an antibody that binds to and stabilizes the trigger receptor 2 (TREM2) protein expressed in human myeloid cells. [Solution] The present invention provides a nucleic acid molecule or a set of nucleic acid molecules encoding an anti-TREM2 antibody or its antigen-binding fragment, comprising three heavy chain complementarity-determining regions (HCDR1, HCDR2, and HCDR3) and three light chain complementarity-determining regions (LCDR1, LCDR2, and LCDR3) containing specific amino acid sequences, as defined by the Kabat numbering system, Chothia numbering system, IMGT numbering system, and combined numbering system. Furthermore, the present invention provides a vector containing the nucleic acid molecule, cells containing the vector, and a method for producing an anti-TREM2 antibody or its antigen-binding fragment, comprising culturing the cells.

The application discloses a method for reducing the loss of large dynamic FFT operation by truncation and number system conversion, and relates to the field of radar signal processing. Firstly, by selecting appropriate rotation factor quantization bits and complex multiplication truncation bits, the full frequency domain precision loss is ensured to be not more than a fixed value under the condition of small signal input; then, whether to retain the bit width increased by complex addition operation is judged according to the order corresponding to the number of FFT points required to be operated; finally, according to the operation bit width truncation rule, after completing the entire FFT operation, the FFT operation result represented by fixed-point numbers is converted into the FFT operation result represented by floating-point numbers. The application can effectively retain the spectrum information under the condition of small signal input, avoid the signal distortion caused by the truncation in the FFT processing process, greatly improve the dynamic range, and provide good data support for subsequent fine processing.

The invention relates to the technical field of unmanned aerial vehicle airborne platforms, in particular to a modularized unmanned aerial vehicle airborne multi-sensor integrated platform, which comprises the steps of collecting equipment names and installation numbers, extracting sensing directions and reaction time ranges, establishing serial numbers, comparing time starting and ending, extracting association sequences, mapping equipment path position numbers and rearranging node sequences. And combining perception and energy numbers, generating a reorganizing table, binding the reorganizing table to track nodes, and outputting a regulation and control structure. The method comprises the following steps: acquiring equipment names, installation numbers, sensing directions and reaction time parameters, constructing a serial number system, comparing and extracting an equipment combination sequence based on a coverage relation of starting and ending time, combining position numbers of an image focuser and a signal switcher, carrying out node rearrangement on an equipment operation sequence, and carrying out node rearrangement on the equipment operation sequence. And according to the perception area and the energy number updating rule, generating an activation sequence reorganizing table, binding the device number to the track node, and outputting a signal calling and number mapping result.

Systems and techniques may generally be used for controlling a low earth orbit (LEO) satellite. An example technique may include sending a control signal to a thruster of the LEO to maintain a trajectory of the LEO satellite along a particular orbit, and capturing, at a sensor device, at least one photon. The example technique may include generating, for example using processing circuitry at the LEO satellite, a random number based on the at least one photon.

The invention relates to the field of edge intelligent control, and discloses an intelligent central control system based on ARM gateway equipment, which comprises a plurality of cameras, acquisition entrance, hall and counter camera data and a plurality of pieces of ARM gateway equipment. The entrance ARM gateway device generates entrance face information, and the hall ARM gateway device generates hall face information. The counter ARM gateway equipment receives and matches the face information, and generates a preprocessed information sequence; determining a customer retention probability corresponding to each piece of preprocessing information in the sequence, and generating a priority processing sequence; generating target customer information containing a target employee identifier and a predicted business category according to the priority processing sequence, the scheduling information and customer historical business information; and obtaining a corresponding actual service category according to the target customer identifier, comparing the actual service category with the predicted service category, generating target number calling information, and pushing the information to a number calling system. Therefore, the customer service satisfaction is improved, and the customer retention probability is improved.

The invention discloses a user behavior data acquisition method for a fission marketing platform, and relates to the technical field of data acquisition. According to the method, a task linkage coding field is established through a task node numbering system and an inter-task association rule matrix, so that a user behavior state has path identification and jump tracking capabilities; a user relation network diagram is further combined, a user behavior collaborative index table is constructed, a behavior collaborative collection triggering mechanism based on the fission relation among multiple users is achieved, and the limitation of traditional single-point triggering collection is broken through; and a task chain type acquisition path diagram is constructed by identifying a jump boundary of a key path in a task chain and splicing data segments, so that the continuity, the integrity and the semantic consistency of acquisition are effectively improved.

The invention relates to the field of BIM modeling design, in particular to a drawing method of a support hanger, computer equipment and a storage medium. The method comprises the following steps: acquiring a support model and a construction specialty of each support hanger in a global modeling environment; determining a first serial number of each support hanger in the global modeling environment according to the support model and the construction specialty of the support hanger, and generating a support structure drawing of the support hanger corresponding to each first serial number; determining a plurality of target supports and hangers in each construction project in response to a project numbering request of a user; determining a second number of each target support hanger according to the support model and / or the construction specialty of the target support hanger; performing duplicate removal screening on the first numbers corresponding to the plurality of target supports and hangers, determining a plurality of target first numbers, and exporting a support structure drawing corresponding to each target first number; and generating and exporting a corresponding project overview drawing based on the second number. While the drawing is lightly output, the effectiveness of the drawing on construction guidance is improved.

The invention relates to the technical field of laser marking, and discloses a laser marking method and system based on work order SN number skip management, and the method comprises the steps: obtaining a work order data structure which comprises the total number of PCBs, the number of jointed boards, a prefix character string, a suffix character string, a system type and a start number; calculating a current serial number character string, and filling the current serial number character string into the variable object in the marking template file to obtain marking content data; correcting a first marking coordinate corresponding to the marking content data to obtain a second marking coordinate; and the laser head is controlled to move to the second marking coordinate and execute laser marking operation, the current serial number character string and marking result data are uploaded to the MES system after marking is completed, the efficiency loss caused by frequent template programming and modification is avoided, and the production management automation level and the data traceability in the intelligent manufacturing environment are improved.

The present application discloses a method for partitioning connected domains supporting multiple connectivity degrees based on the LBM discrete velocity model, which relates to the field of computer-aided engineering technology. The method includes: marking all lattice points as fully connected points or non-fully connected points; performing connected domain numbering on the fully connected points and the non-fully connected points through the breadth-first search method, saving the numbered lattice points and the corresponding connected domain numbers to the lattice point connected domain number recording system, and saving the merging relationships between different connected domains to the connected domain numbering system; merging the connected domain numbers in the connected domain numbering system to obtain the target connected domain numbers; updating the connected domain numbers of the lattice points in the lattice point connected domain number recording system according to the target connected domain numbers to complete the partitioning of the connected domains. The present application can efficiently and robustly partition connected domains in 3D geometric models of different qualities, meeting the requirements of complex engineering scenarios.

Proposed is a method in which all information transmitted over a system bus to and from a processor is represented in the form of multi-bit numbers, with each bit being represented in a binary positional numbering system, wherein each number in the system bus is represented in the form of a given n-bit number in a base-b positional numbering system; in each bit, each digit having one of the values in a range of from 0 to b -1 is represented by a k-bit number in a binary positional numbering system; each bit in this number is represented by an optical laser beam; each optical laser beam travels along a separate optically isolated optical fibre; together, all of the optically isolated optical fibres in each bit form a bit bundle; together, all of the bit bundles form a system bus. Also proposed are a computer and a computer network which operate on the above method. The advantage of the inventions is a decrease in the number of bits in data, address and command buses and thus a reduction in the number of data processing operations and therefore also the machine time as a result of an increase in the information content of each bit.

A robotic control system may be configured to translate a first set of location coordinates based on a first location numbering system to a second set of location coordinates based on a unified location numbering system. A robotic control system may receive layout data of a warehouse, the layout data containing a plurality of location coordinates of racks and storage locations. The location coordinates may be of a first format based on the first location numbering system that is specific to the warehouse. The robotic control system may analyze the format of the location coordinates to select, from a plurality of candidate conversion algorithms, a suitable conversion algorithm to translate the plurality of location coordinates of the first format to a second format based on the unified numbering system. The robotic control system may store the translated location coordinates for use in generating a topometric map of the warehouse.

Exemplary embodiments of the present disclosure are directed towards a system and method for hardware-driven low-dimensional numerical representation for enhanced data compression, compact memory address representation, and efficient data indexing. The system introduces base-100 numeral structure known as Gole Number System, wherein each of 100 uniquely designed symbols maps to decimal value from 0 to 99. The system further supports compact memory address representation using extended base-128 symbol set called Evishta. Processor receives numerical input in decimal format, converts it into a base-100 representation using a Binary to Gole Converter (BCG), and maps each digit to corresponding Gole symbol. The encoded Gole symbols are stored in memory array optimized for space efficiency and retrieved for display rendering. A display unit renders the Gole symbols using reduced pixel dimensions per character, thereby minimizing pixel usage and reducing power consumption. The system is scalable across data storage, digital computation, memory representation, and user interface applications.

The present invention provides a tensor core operation component, which relates to the technical field of artificial intelligence chips and includes: a decompression layer for decompressing the floating-point elements in the first matrix in a preset floating-point number system to obtain first floating-point elements in a preset bit format, or for decompressing the floating-point elements in the second matrix in a preset floating-point number system to obtain second floating-point elements in a preset bit format; a calculation layer for performing multiplication and addition operations on all the first floating-point elements corresponding to the first matrix and all the second floating-point elements corresponding to the second matrix to obtain a floating-point number in a target bit format; and a compression layer for receiving the floating-point number in the target bit format and performing compression conversion processing on the floating-point number in the target bit format to obtain a floating-point operation result in a target floating-point number system. The tensor core operation component provided by the present invention better meets the matrix multiplication calculation dimension requirements of large language models.

Provided are a computer program product, system, and method for tape mounting with tag filtering. A determination is made of metadata tags for files to write to a storage device. A tag list is updated with the metadata tags for the files. A determination is made of bit representations for the files. A bit representation for a file identifies metadata tags for the file in the tag list. The bit representations to the files are converted to numerical values in a first numbering system different from a second numbering system used for the bit representations. The files are written to the storage device. The tag list and the numerical values for the files are written to an index for the files in the storage device.

A clock system that allows a person to view time from a shorter to visible longer distance by identifying colors. To decipher correct time in this clock, a background knowledge of specific color representing specific number is required. In this apparatus, each individual color is represented as a number between number zero to nine and is a set as universal standard for this Colors-numbers system. Traditional digital or analog clock fades when trying to view time as distance increases but now made possible using this color clock. This is a new method to view time and brings a fresh look at seeing time. This Color-number system can be helpful in Physics and various other applications that have time dependent quantities that vary over a distance. However, this literature provides details on this new colors-number clock system and its applications.

The invention relates to the technical field of hardware architecture design, in particular to a GPU and DSA heterogeneous fusion system, the system comprises a GPU chip, a DSA unit and an FPGA chip, the GPU chip comprises a first interface, the GPU chip is used for sending a first calculation task executed by a reference number system to the FPGA chip through the first interface, the DSA unit comprises a second interface, the DSA unit corresponds to a preset number system, and the FPGA chip is used for sending a second calculation task executed by a reference number system to the FPGA chip through the second interface. The DSA unit is used for executing a second calculation task received from the second interface according to a preset number system, the FPGA chip comprises a first interface, the second interface and a DSA controller, the DSA controller is used for converting the first calculation task into the second calculation task and sending the second calculation task to the DSA unit through the second interface, and verification of a large model task is achieved through a hardware architecture. The verification efficiency when the low-precision operation is applied to the GPU system is improved, and the flexibility when the heterogeneous fusion system executes the mixed precision task is also improved.