40results about How to "Speed up refactoring" patented technology

The invention provides an application software realization method and device as well as computer equipment, wherein the method comprises the following steps that an assembly assembler in main engineering receives service information transmitted from service logics in the main engineering; an encapsulation assembly corresponding to a service logic identification in the service information is determined by the assembly assembler according to the corresponding relationship of the preset service logic identification and the encapsulation assembly; in the process that the assembly assembler calls the corresponding assembly according to assembly calling information contained in the corresponding encapsulation assembly, service parameters in the service information are used as configuration parameters of the assembly, and the assembly belongs to sub engineering; the assembly assembler returns an operation result to the corresponding service logic. When the technical scheme provided by the invention is adopted, application software has the characteristics that the expansion is easy, the reconstitution is easy, the debugging is easy, the compilation speed is higher, and the like; the quality of the application software is finally improved.

The invention provides a method for reconstructing disk array data. Firstly, an area which is written before is marked, data in the marked area are identified as valid data, and a hot standby is added to reconstruct when a disk is out of operation. Data which are not marked are identified as invalid data, and the reconstruction is not performed. Compared with the prior art, the method for reconstructing the disk array data can accelerate the reconstruction of the disk array data, lower probability of recurrence of disk invalidation, and greatly improve reliability of a system.

The invention discloses a method and a device for achieving RAID reconstitution. The method comprises the following steps: identifying that a bad sector exists in a disk of a RAID group; locking sectors of other disks except the disk where the bad sector locates in the RAID group whose location is the same as that of the bad sector, and sectors of the fault disk which causes a RAID reconstitution; respectively obtaining a first data in the sectors of the locked other disks and a second data in the sectors of the locked fault disk; verifying the data in the bad sector based on the obtained first data and second data as well as the priority of the RAID group; storing the verified data into a preserved disk sector in the disk where the bad sector locates, verifying a proof test value based on the verified data and the obtained first data, and storing the proof test value into a sector of a backup disk, wherein the location of the sector of the backup disk is the same as that of the bad sector. The technical scheme increases the efficiency of RAID reconstitution.

The invention belongs to the field of voice reconstruction, and particularly relates to a voice reconstruction method based on millimeter-wave radar phase distance measurement. The method comprises the following steps of: S1, acquiring a high-resolution one-dimensional distance image sequence of a sound source target by using a discrete Fourier transform method; S2, conducting one-dimensional distance image sequence peak point detection based on a unit average constant false alarm detector; and S3, carrying out peak point phase information extraction and sound source audio information reconstruction. The beneficial effects of the invention are that: the method can achieve the high-quality voice information reconstruction, can actively detect a sound source target in a multi-sound-source environment through employing a millimeter-wave-frequency-band radar, precisely acquiring the one-dimensional distance image of the sound source target, detecting the phase information of a peak point,and then acquiring the vibration information of the sound source target, and accordingly reconstructing the audio information of the sound source target, thus effectively eliminating the interferenceof other sound sources.

The invention discloses a realization method for a wireless communication integrated system. The method comprises a task management layer, a function software layer and a physical resource layer. The task management layer is used for finishing task mode management of the system, generating task templates and issuing the task templates to the function software layer and the physical resource layer, thereby realizing software call and physical resource management. The function software layer is used for managing different function software and components preset in the system, calling the corresponding components for loading the function software according to the task templates issued by the task management layer and operating the function software in different hardware environments. The physical resource layer is used for providing physical hardware resources for realization of the system, associating different function software with physical resources according to the task templates issued by the task management layer and providing a physical platform for operation of the function software layer. According to the system, a layered system structure is employed, and the capabilities of hardware platform generalization from radio frequency processing to baseband processing, software parameter reconfiguration and system function reconfiguration can be realized.

The invention relates to an index construction method and device, computer equipment and a storage medium. The method comprises the steps: obtaining a DAG and a partitioning result of the DAG; storing the DAG in a preset distributed graph calculation system according to the partitioning result, to obtain graph data structures of all DAG partitions; sorting the vertexes in all the DAG partitions; constructing 2-hop indexes of internal points and 2-hop indexes of boundary points of all the DAG partitions in parallel; reconstructing paths between the boundary points of all the DAG partitions; constructing a boundary graph according to the graph data structure of each DAG partition and the path between the boundary points of each DAG partition; reconstructing 2-hop indexes of the boundary points based on the boundary graph, and dividing the reconstructed 2-hop indexes of the boundary points to the DAG partitions where each boundary points are located. By using the index constructed by the method to carry out distributed batch reachability query, the query efficiency can be improved.

The invention provides a rapid network attack backtracking mining method based on a convolutional neural network and an application. The rapid network attack backtracking mining method comprises the following steps: constructing a backward sequence mining model based on a backward convolutional neural network; pre-training the backward sequence mining model through a high-order forward channel toobtain the output of each layer, constructing a loss function, and reducing the loss function to the minimum; constructing a deterministic packet marking model; introducing two router load thresholdsMin and Max; if the load is between Min and Max, marking a data packet, if not, forwarding and judging whether a destination option header DOH exists or not, if so, a router only encoding an entry address and forwards the data packet, and if not, the router encoding the entry address by creating the DOH and transmits the data packet; and after a deterministic packet marking model is utilized to solve a data load problem, reconstructing a mining sequence. The method is beneficial to actively discovering advanced and persistent attack behaviors hidden in a company information network.

The invention provides an efficient construction method of hyperspectral remote sensing data compression and a classification model which comprises the following specific steps: preprocessing originalhyperspectral data, and segmenting the original hyperspectral data into single hyperspectral pixels; designing the output of the coding part of the full convolution automatic encoder network into binary output to obtain an automatic encoder CAE with efficient spectrum compression, and designing a joint deep learning network CAELR with efficient spectrum compression and rapid classification by combining the CAE with a logistic regression LR classifier; combining CAELR and JPEG2000 to design a method CAELR + JP2 with spectrum and space full-dimension compression and classification; combining the trained CAELR with JPEG2000 to carry out rate distortion optimization so as to realize the optimal rate distortion performance of the CAELR + JP2 under each bit rate; the CAELR + JP2 model designedby the invention effectively improves the compression and classification precision and speed of the hyperspectral data between the satellite-borne hyperspectral sensor and the ground receiving station.

The invention discloses a VDIF format data heterogeneous parallel framing method based on a GPU, and relates to the technical field of communication. According to the invention, the high flexibility and the high-efficiency parallel data processing capability of a graphics processing unit (GPU) are fully utilized; a GPU-based data format framing method conforming to VDIF specifications is provided,and a frame header calculation process, a multi-channel single-thread framing mode and a multi-channel multi-thread framing mode are designed respectively. A host receives input data in a multi-channel mode through a GPU, obtains input parameters, calculates frame header parameters, calculates the number of frames per second and the number of data bits per second of the input data, and judges whether the number of frames per second of the input data is an integer or not and whether the number of data bits per second is an integer multiple of the number of quantized bits or not; and if YES, asingle-channel single-thread mode or a multi-channel single-thread mode is selected according to requirements; and a single-channel single-data-thread process and a multi-channel single-data-thread process are executed respectively.

The invention discloses a storage management software design scheme based on frontend-backend separation. The method comprises the steps that by agreeing on a set of interface standards on the frontend and the backend of the management software implementation process, a frontend-backbend interactive interface is designed and developed according to the agreed-upon interactive interface, separation and decoupling of frontend-backend development are achieved, and the frontend is thoroughly liberated. Accordingly, the frontend is thoroughly liberated, the frequency and workload of reworking of the frontend are lowered, the working process of frontend-backend separation can make the frontend only focuses on things of the frontend and make the backend only focuses on work of the backend, development of the frontend and the backend can be conducted simultaneously, the work efficiency is improved, division of labor is more definite, the problem can be very rapidly located and found, backend staff do not need to participate in or debug client problems any more, code refactoring and maintainability are enhanced, and the maintenance cost is lowered.

The invention discloses a city and town river and lake water ecological restoration method based on a new restoration mode of mud first and water second. The method is used for city and town river and lake bottom mud in-situ restoration and micro-ecological reconstruction, and comprises the following steps: synchronous reduction of anaerobic bottom mud carbon, nitrogen and sulfur pollutants is realized through SedCaN particles, based on microbial acclimatization and spreading, in-situ regulation of a bottom mud microbial community structure is realized, and construction of an aerobic microbial ecosystem is realized. According to the invention, the river and lake pollution in-situ treatment mode and method have the advantages of low energy consumption, low cost, higher efficiency, higher comprehensiveness and higher safety, can realize an in-situ treatment target of construction of a water body-bottom mud healthy ecological system and collaborative reduction of pollutants, can remove 95% of oxygen consumption pollution such as bottom mud sulfide and the like within 15 days, basically eliminates black and odorous bottom mud, solves the technical bottleneck that the natural environment of the polluted bottom mud is difficult to quickly recover by an aerobic process, shortens the construction period by more than 30 days, and can save the cost by more than 40-50%compared with a desilting scheme.

The invention relates to an aerosol for after-sun skin repair and a preparation method thereof, and belongs to the technical field of medical cosmetology. In order to solve the problem that an existing after-sun repair product is difficult to effectively cope with inflammatory response and cell damage caused by ultraviolet rays, the invention provides the aerosol for after-sun skin repair, which mainly comprises an adipose-derived stem cell exosome, a drug-loaded nano-liposome, hyaluronic acid, allantoin, glycerol and deionized water. According to the invention, the adipose-derived stem cell exosome and the drug-loaded nano-liposome with the effects of diminishing inflammation, calming and scavenging free radicals are used as main functional components; damaged skin cells are helped to rapidly repair damage and eliminate redness and swelling; and nutrition is provided for skin cell reconstruction in the later sunburn period. All the components in the aerosol disclosed by the invention have a synergistic effect after being compounded; sufficient water is supplemented for damaged skin; the cell function of the damaged skin is recovered; metabolism of skin tissue is promoted; oxygen free radicals are removed; and meanwhile, all the components are mild, free of irritation, safe and free of toxic and side effects.

The invention provides a spaceborne software load software and hardware decoupling method, which is realized by the following steps of: defining a message structure which comprises a message header, amessage identifier and bit message content; configuring satellite-borne software in the processor, and multiplexing the logic address of message transmission to a bottom layer communication protocoladdress; the satellite-borne software organizes and sends messages and analyzes received messages according to the message type and the message structure, and communication among all satellite-borne processors is achieved through the configured underlying communication protocol addresses; the processor comprises an FPGA processor and/or a DSP and/or a CPU.