30results about How to "Effective multiplexing" patented technology

The invention provides a method for ensuring the operation consistence of distributed metadata in a cluster file system in combination with a local log. The method comprises the following steps of: making a coordinator and a participant record a distributed metadata sub-operation update generated by using distributed metadata sub-operation in the local log as a local transaction, wherein the record of the distributed metadata sub-operation update includes a distributed transaction and / or a distributed metadata update; after the local transaction is submitted, writing the distributed transaction into a distributed log, and writing the distributed metadata update into a metadata disk; and before starting the distributed metadata sub-operation, forcibly submitting a local log transaction. According to the method, the local log is multiplexed effectively, and the implementation complexity of the distributed log is lowered; and moreover, cascading aborts can be avoided.

The invention relates to a method for distributing the ascending time frequency resource, which comprises: for the user pilot frequency mark, distributing the time resource that possessing same resource of its data mark; setting the frequency resource that the frequency resource that possessed by the user pilot mark at its time resource is less than relative data mark at its time resource; and distributing the left frequency resource without the frequency resource possessed by the pilot mark to the information to be transmitted to other users or the control information to said user. The invention can confirm the estimation property and data transmission property of user frequency channel, and effectively use the ascending resource to multiple utilize the multiple user information, to improve the system resource utilization and confirm better peak-average ratio of said pilot frequency and the data.

The invention provides an FPGA with an embedded logical analysis function and a logical analysis system. The FPGA comprises a working module, a storing module embedded in the FPGA, a logical analysis module and an interface module. The logical analysis module connected with the working module and the storing module is used for collecting signals input by the corresponding working module of FPGA based on received collecting commands, storing the collected signals in the storing module and outputting signals stored in the storing module when the collection is finished. The interface module connected with outer devices and the logical analysis module is used for performing protocol encapsulation / parsing processing on data transmitting between the logical analysis module and the outer devices. The data comprises collecting commands input into the interface module by the outer devices and signals input into the interface module by the logical analysis module. The logical analysis system comprises the FPGA and the outer devices connected with the FPGA.

The invention provides a software project document generating method and a software project document generator. The method comprises the following steps of acquiring identification information of an atomic object in a project object which is required to be generated; seeking a project document library which is matched with the identification information of the atomic object; copying contents of atomic document contents in the matched project document library; and adhering the copied atomic document contents to corresponding positions of an acquired project document template. By the software project document generating method and the software project document generator, a software project document can be generated automatically, the document contents of the existing software project can be effectively reused or inherited, human errors can be avoided, and the software development efficiency is improved.

The invention relates to a method and system for generating data in batches and belongs to the field of data generation. The operation can be more convenient while the data generating efficiency can be improved. The method comprises the steps that a template type for data generation and attributes of a template corresponding to the template type are arranged firstly; the template type for data generation is selected, the volume of data to be generated is set, and then a production order is submitted according to the selected template type and the set volume of data to be generated; the production order is detected on a background, the template is read and parsed according to the production order, and finally the set volume of data is generated and downloadable data files are provided. The method and system is used for achieving reuse in the data generating process and completing decoupling of production order submitting and the data generating process, and the data generating efficiency is improved.

The invention specifically relates to a method for data exception judgment and repairing on the basis of energy statistics. The method comprises a judgment process and a repairing process. The judgment process comprises the following steps that: according to whether the original data aN of a current particle size is obtained or not, judging whether the particle size N is collected data which needsto be repaired or not; according to whether the adjacent particle size statistical value N of the particle size N is smaller than 0 or not, judging whether the particle size N is collection data which suddenly becomes small and needs to be repaired; according to whether the adjacent particle size statistical value N of the particle size N is that value N is greater than or equal to k*A or not, judging whether the collection data suddenly becomes big and needs to be repaired or not. The repairing process comprises the following steps that: directly adding a historical average value, and if data which is collected subsequently is recovered to an original base number, repairing is carried out according to a ratio of adjacent particle size statistical values. By use of the method, original collection data exception caused by equipment problems in an energy related management system can be intelligently judged, and in addition, the statistics data of an exceptional scene is repaired.

The invention provides a data processing method and device for matrix multiplication, equipment and a storage medium. The data processing method comprises the steps of obtaining a matrix multiplication instruction and a data selection instruction; determining a first vector general register storing a first operation matrix and a second vector general register storing a second operation matrix based on the matrix multiplication instruction and the data selection instruction; determining target operation data in a second number of operation data of the second operation matrix based on the data selection instruction; respectively providing a first number of operation data of the first operation matrix to the first number of multipliers as a first multiplication factor, and providing the target operation data to the first number of multipliers as a second multiplication factor.

The invention discloses a general motor control interface card based on a PXI Express bus. The interface card includes an FPGA module. A front end of the FPGA module is connected with an ADC module, aresolver collection module, a differential-digital-quantity input module, a differential-digital-quantity output module and an LVDS interface module, and a back end is bidirectionally connected witha PXIExpress interface module, a PXI interface module and a CPCI interface module. The interface card has the advantages that: (1) a data transmission rate is increased on the basis of the PXI Expressbus, and up to 2.5Gb / s, and motor control quality is effectively improved; (2) the FPGA module is adopted for data processing, and processing capability of motor sensing signals is improved; and (3)the used PXI Express bus is compatible with conventional buses such as PXI and PCI Express, and can be effectively multiplexed with various bus devices.

The invention discloses a cashmere and wool optical microscope image recognition method based on a generative adversarial network, and the method comprises the steps: collecting cashmere and wool materials, making the cashmere and wool materials into fiber samples, obtaining optical images of the surfaces of all the fiber samples through an optical microscope, carrying out the extraction of the fiber images, carrying out the depth discrimination, utilizing a clear light-color fiber image to carry out fiber discrimination task training on a classification network based on deep nerves; carrying out style conversion task training on the generative adversarial network based on an attention mechanism, a classification loss function and a cyclic stability loss function by using an unclear deep color or mottle fiber image, and repeating the steps for a new cashmere and wool material to be tested, or directly sending the clear light-color fiber image to the deep neural classification network for type discrimination, or sending the unclear dark-color or mottled fiber image to the deep neural classification network for type discrimination after being subjected to generative adversarial network style conversion, and finally outputting a discrimination result.

The invention provides a soft-hard hybrid decoding method suitable for SRAM PUF, belonging to the technical field of channel encoding and decoding. The method includes the steps of hard-decoding a received SRAM PUF response message; judging the decoding result, and if the decoding is successful, outputting the codeword, otherwise, soft decoding the SRAM PUF response message, judging the decoding result, and outputting a codeword if the decoding is successful; ending the process if decoding fails. Aiming at different contaminated codewords, the method enables a hardware structure to be effectively reused by dynamically choosing the hard and soft decoding algorithm, which reduces the resource consumption and the energy consumption of a decoding module and improves the efficiency.

The invention discloses a method and a device for realizing an USSD (Unstructured Supplementary Service Data) function in an IMS (IP Multimedia Subsystem) network, which relate to the field of a core network. The method comprises steps: protocol conversion processing is carried out on uplink USSD signaling from a terminal, uplink USSD signaling supported by an USSD center is obtained, and the uplink USSD signaling is sent to the USSD center; and protocol conversion processing is carried out on downlink USSD signaling from the USSD center, downlink USSD signaling supported by the terminal is obtained, and the downlink USSD signaling is sent to the terminal. When a 2G / 3G network is updated to the IMS network, the existing network resources can be effectively reused, and the investment cost of an operator is saved.

The invention provides a high-speed receiving and transmitting module for 5G intermediate transmission. The receiving and transmitting module comprises a receiving optical path for receiving signals and a transmitting optical path for transmitting signals, wherein the receiving optical path and the transmitting optical path share a receiving and transmitting port of the receiving and transmittingmodule; a collimator is arranged in the receiving and transmitting port so as to collimate light entering the receiving and transmitting port into parallel light; the transmitting end of the receivingand transmitting module is provided with a laser chip used for transmitting signals, the receiving end of the receiving and transmitting module is provided with a photoelectric receiving chip used for receiving signals, and optical signals transmitted by the laser chip are firstly converted into parallel light through a lens part at the starting end of the transmitting optical path and then reachthe receiving and transmitting port through the transmitting optical path to be emitted; and the optical signals received by the receiving and transmitting port are collimated into parallel light andthen reach the photoelectric receiving chip through the receiving optical path. According to the invention, effective separation or synthesis of signals with narrow wavelength intervals can be realized by using a small-angle optical filter, effective wave combination and wave division of two paths of optical signals with narrow wavelength intervals are obtained through a short optical path, and high coupling efficiency is obtained at the same time.

The invention relates to a component rendering method and device, a readable medium and electronic equipment. The method comprises the steps: in response to the fact that a component of a second application exists in a current page, sending a component configuration file acquisition request to a component management platform, wherein the second application is different from a first application corresponding to the current page, and a component configuration file is constructed according to component configuration information of multiple components; receiving the component configuration file sent by the component management platform, and determining a to-be-rendered target component of the second application in the current page according to the component configuration information; and obtaining the to-be-rendered target component from the component management platform, and rendering the to-be-rendered target component in the current page. Through the technical scheme, the component loading speed can be increased, and the overall rendering efficiency of the page is improved; and moreover, effective reuse of the component can be achieved, and the component development efficiency is improved.

The invention provides a wastewater treatment system, a method and a device for fine treatment of condensed water of power station. According to the system, a first resin trapper, a second resin trapper and a wastewater stepped utilization subsystem are additionally arranged and connected outside an original power station condensed water fine treatment system comprising a separation tower, a negative tower and a positive tower; the method comprises the following steps: separating first-class wastewater with relatively poor water quality and second-class wastewater with relatively good water quality, which are discharged from a power station condensed water fine treatment system, through the first resin trapper and the second resin trapper, and respectively carrying out resin recovery and filtration on the two types of wastewater to obtain filtered first-class wastewater and filtered second-class wastewater; and then conveying the filtered first-class wastewater and filtered second-class wastewater respectively to a preset wastewater pool in the wastewater stepped utilization subsystem and a recycling pool matched with the water quality grade, so that water in different recycling pools can be accurately and effectively reused in the power station condensed water fine treatment system subsequently according to the use requirements.

The invention discloses a demonstration system based on a dynamic geometry technology. The demonstration system comprises a material library which stores materials and provides a call interface, a material loading module which is used for serializing the materials, storing, analyzing and reconstructing serialized results into interactive material contents, switching events, constructing graphs andacquiring operation states, a material editing module which is used for embedding a material loading module, and calling the material loading module and a material library, a loose-leaf library whichis used for storing loose-leaf files, sharing the loose-leaf files and remotely calling the loose-leaf files, a loose-leaf editing module which is embedded with a material editing module, and is usedfor manufacturing loose-leaf files and storing the loose-leaf files into a loose-leaf library, and a demonstration module which remotely calls the loose leaves and the materials to form a demonstration material file so as to realize event switching of the currently demonstrated material file. According to the demonstration system based on a dynamic geometry technology, the dynamic geometric materials are reused, and an environment for selecting, combining and editing the dynamic geometric elements is provided for a user, and a plurality of material combinations can be conveniently used duringdemonstration, and interactivity is achieved during demonstration.

The invention discloses a data quality detection method based on energy data collection. The method comprises the content that (1) a data value range of telemetry is set, and after telemetry data is collected, whether the data exceeds the range is judged, and corresponding processing is performed; (2) a range of remote pulse values and actual use values is set, and after the remote pulse values are collected, original data and the actual use values are judged and processed; and (3) a data value range of remote signaling and event types is set, data of remote signaling and the event types is collected, whether the data exceeds the range is judged, and corresponding processing is performed. The method has the advantages that quality judgment of original data and statistical data of multipledata types of an energy relevant management system is supported, data quality analysis means of the energy relevant management system are improved, and the real reason for a system data problem can beeasily found out through monitoring of equipment data quality. Meanwhile, modular processing of programs is performed on logic service judgment of all the data types.

This application provides a physical channel sending method, receiving method, terminal equipment and network equipment. The physical channel sending method includes: a terminal device generates a physical channel, the physical channel is composed of N physical channel units, and N is a positive integer; the terminal device sends the physical channel in a first time domain resource; Wherein, the first time domain resource includes M time intervals, the N physical channel units are located on N time intervals in the M time intervals, and M is a positive integer greater than or equal to N. By adopting the method and wireless communication device provided in this application, wireless resources can be effectively multiplexed, thereby reducing the waste of wireless resources.

The invention provides a content matching method and device and a readable storage medium. The content matching method comprises the steps of obtaining to-be-matched content, wherein the to-be-matchedcontent is UI content or UA content; according to a preset sentence segmentation rule, splitting the to-be-matched content into to-be-matched word strings; obtaining attribute information of the to-be-matched word string according to the to-be-matched content corresponding to the to-be-matched word string; and matching the attribute information of the to-be-matched word string with the attributeinformation of a reference word string in a preset translation memory bank, and determining a matching type of the to-be-matched word string and the reference word string. The method is used for perfecting the matching mode of the UI and the UA and improving the utilization rate of the UI and the UA.

The invention provides a plug-in engineering method. The plug-in engineering method comprises the following steps: downloading a plug-in template to the local from a cloud according to a plug-in name input through an operation interface; configuring the plug-in template to obtain a service plug-in; debugging the service plug-ins, and issuing the debugged service plug-ins to a plug-in market; and maintaining service plug-ins through the plug-in market for external calling. The invention further provides a plug-in engineering device, a computer system and a computer readable storage medium.

The invention discloses a method for layer mapping and demapping of an E-PDCCH and a corresponding device. The method for layer mapping of the E-PDCCH comprises the steps of mapping modulating symbols onto all layers of the E-PDCCH sequentially, so that only when one layer is fully filled with modulating symbols, the rest modulating symbols are mapped to another layer. By the aid of the method and the corresponding device, radio resources can be effectively multiplexed, and the effort and the time consumed for decoding of downlink control information (DCI) expected by user equipment (UE) can be minimized.