80 results about "Parallel generation" patented technology

An integral method for realizing parallel generation and network reactive power compensation at the same time is based on the transient reactive power theory applying park transfer to transform a three phase inverter output current to a rotation dq coordinate to realize separation of active current and reactive current to convert the DC current of the photovoltaic to AC current by controlling the currents and directions carry out reactive power compensation to the local network. When a photovoltaic battery has enough energy to output, it realizes parallel generation and reactive compensation at the same time, when it stops the output, the inverter compensates the network independently.

The invention discloses a synthetic method of stereoscopic elements in a combined stereoscopic image system collected by a sparse lens, and belongs to the technical field for generating stereoscopic images. The method comprises the following steps of: arranging a sparse camera matrix; calculating optical parallax image between each shot image and an adjacent horizontal image and between each shotimage and an adjacent vertical image; expanding a binocular stereoscopic vision model into a multi-eye stereoscopic vision model, and calculating spatial location coordinates of actual object points corresponding to the pixel points in each image according to a horizontal parallax image and a vertical parallax image of each image; transforming the spatial location coordinates of the actual objectpoints corresponding to the pixel points calculated in all images into the same coordinate system; virtually simulating a camera array, projecting the actual object points corresponding to the pixel points in each image under the same coordinate system to each virtual camera to generate sub-images; interpolating the points without being filled; and generating a stereoscopic element image. The synthetic method can be used for accomplishing the parallel generation of a great quantity of virtual view points and is more suitable for virtual synthetics of the stereoscopic element image; and therefore, for an image source of the combined stereoscopic image system, live action shooting can be carried out in place of computer production.

Deterministic generation of nonclassical photons by producing a dilute gas of exciton-polaritons in a solid-state microcavity that includes a periodic array of potential well traps. A photon-exciton frequency detuning is modulated in the microcavity to produce a polaritonic quantum phase transition from a superfluid state to a Mott-insulator state. The nonclassical photons are then generated simultaneously by radiative decay of exciton-polaritons in the microcavity. The nonclassical photons may be indistinguishable single photons, in which case the dilute gas of exciton-polaritons is produced such that on to average there is one polariton per potential well trap. Alternatively, the generated nonclassical photons may be polarization-entangled photon pairs, in which case the dilute gas of exciton-polaritons is produced such that on average there are two polaritons per potential well trap.

The invention discloses a distributed index for graph database searching and a parallel generation method of the distributed index. The distributed index for graph database searching comprises a delta-neighbor peak lookup table, a matching peak cutting index and a distributed matching peak cutting index. The generation method of the distributed index is a MapReduce-based parallel algorithm. According to the distributed index and the parallel generation method, the searching space can be reduced, the searching efficiency can be improved, the defect of enormous time and space expenses for building indexes on graph databases can be overcome, in addition, the index access time required by searching each time can be minimized, and the problem of the searching time increase caused by the index access expenses is solved.

The invention discloses a parallel generation method of a pulse compression reference matrix based on a core platform. The parallel generation method comprises the following steps of: realizing the paralleling of the pulse compression reference matrix on a GPU (Graphic Processing Unit) through parallel programming, generating a used temporary independent variable in a shared memory of each threadblock, directly finding the independent variable in the shared memory when in calculation without fetching data in a global memory, fully utilizing a structure of an inside shared memory, ensuring that all elements are successfully generated through a synchronous mechanism of the GPU and then writing a result back to a CPU (Central Processing Unit) internal memory. By adopting the strategy which combining the mass calculation amount and single communication, the invention greatly reduces the communication consumption, improves the parallelism degree of a program, ensures the great improvementof an operating efficiency and significantly reduces the calculation time.

The invention discloses an RS code coder and a coding method. The RS code coder comprises an RS code parallel generation polynomial coefficient calculation module, an RS code symbol serial-parallel conversion module, an RS code parallel calculation enabling generation module and an RS code symbol parallel calculation module; the RS code parallel generation polynomial coefficient calculation module receives any RS code generation polynomial coefficient, completes parallel generation polynomial coefficient calculation, and transfers a parallel generation polynomial coefficient to the RS code symbol parallel calculation module; the RS code symbol serial-parallel conversion module completes serial-parallel conversion of input information to be coded, and outputs a parallel RS code information symbol; the calculation enabling generation module generates an enabling signal of the RS code parallel calculation module according to an input configuration parameter and a data clock; and the RS code symbol parallel calculation module completes parallel RS code check symbol calculation according to an RS code parallel generation polynomial coefficient and calculation enabling. The RS code coder and the coding method disclosed by the invention are applied to high-speed RS coding based on an FPGA high-speed modulator; and furthermore, self-adaptive coding of RS code rates defined in different finite fields can be supported.

The embodiment of the invention provides a parallel generation method and device of a decision tree on the basis of a layered strategy. The decision tree is constructed according to layers downstream from the top; when the splitting attribute and the optimal split point of each node of an nth layer are calculated, a training data set only needs to be scanned for one time, each piece of training data in the training data set is classified into each node of the nth layer according to the filter condition of each node of the nth layer; then, the splitting attribute and the optimal split point of each node are independently calculated to generate the node information of each node; and according to the node information of each node of each layer of the decision tree, constructing the decision tree. In the above method, when the splitting attribute and the optimal split point of each node of each layer are calculated, the number of training data of each category in each splitting interval of each attribute in each node is subjected to parallel statistics according to the filtering condition of each node, so that the splitting attribute and the optimal split point of each node of the same layer can be subjected to parallel computation, and the performance of the decision tree is improved.

The invention provides and discloses a method for generating a pseudorandom sequence in parallel at eight bits through table look-up and simple logic operation operations. According to the method, by means of computation rules used when a look-up table is built and shifting and bitewise XOR operations of look-up table output results and input data, a series of operations of the pseudorandom sequence generation process are finished. Meanwhile, a method for generating multiple paths of the pseudorandom sequences in parallel by means of SIMD instructions is provided. The method can shorten the time used for generating the pseudorandom sequences, the data sequences can be quickly generated, design flexibility is improved, and the method can be widely used for a 4G base station and a mobile device.

A multi-stage vacuum pump, expander, or compressor, that incorporates one or more stages of a fixed scroll(s) and orbiting scroll(s) that operates simultaneously. The motor drives the orbiting scroll(s) within the structure, and the various fixed and orbiting scrolls are arranged for either parallel generation of a vacuum or high pressure gas, or arranged in series for generating of a significantly high vacuum or gaseous pressure, or a combination of parallel arranged and series arranged fixed and orbiting scrolls may be embodied within the structure, operated by a single motor means, in order to attain the high efficiencies of operation as a vacuum pump, or a gaseous compressor, during its functioning. The various combinations of orbiting and fixed scrolls, when arranged as aforesaid, can be reduced in size, or miniaturized, and used in conjunction with small appliances, or even in hand-held instruments, as for example, for use in conducting mass spectrometry, or for other purposes. The actual structure of the multi-stage devices can include the fixed and orbiting scrolls adjacent the motor, or the singular motor may be located intermediate various stages of the formed vacuum pump / compressor, in its assembly.

The invention discloses a flow focusing type one-step-process double-emulsion-droplet parallel generation device and method. The device comprises a fluid injection module, a droplet generation module, a droplet surface curing module and a droplet collection module, wherein the fluid injection module is used for conveying each phase of fluid into the droplet generation module; the liquid drop generation module comprises a fluid distribution functional area, a liquid drop preparation functional area and an auxiliary functional area; the droplet distribution functional area is used for conveying each phase of fluid into each phase of fluid channel corresponding to the droplet preparation functional area, and each phase of fluid is broken after being gathered to the same point in a flow focusing structure, so an intermediate phase fluid coats an inner phase fluid, an outer phase fluid coats the intermediate phase fluid, and double emulsion droplets are generated; the generated double emulsion droplets are cured through the droplet surface curing module; and the droplets are collected by the droplet collection module. The device disclosed by the invention can realize more stable and higher droplet yield at low cost, is simple in structure and convenient to manufacture, and can shorten the manufacturing time of a micro-fluidic chip.

The invention discloses a long interfere code parallel generating method of wideband code-division multiple address system, and a relative device, wherein the method comprises that using long interfere code parallel generated number n to obtain rotated times needed by long interfere code sequence, and long interfere code cut-off bit parameter generated by the long interfere code sequence obtained in last rotation, rotating phase for the long interfere code sequences X, Y while the phase bias is 16, each group of long interfere code sequences parallel generate 16 long interfere codes, cutting off needed long interfere codes from 16 parallel long interfere codes generated by the long interfere code sequence obtained by last rotation, parallel outputting parallel generated n long interfere codes according to phase sequence. The invention can reduce the process time delay of serial long interfere code, to improve system processing ability and expand application.

The invention provides an M sequence parallel generation method. The method comprises the steps of: 1) obtaining a recursion formula of an M sequence, determining a parallelism degree w and inputting initial M sequence positions; 2) synchronously reading w sets of known M sequence positions serving as input data, and synchronously carrying out w paths of recursion calculation according to the recursion formula, and obtaining original unknown w M sequence positions, wherein one set of M sequence positions is corresponding to each exponential term on the right side of the recursion formula for one path of recursion calculation; and 3) recording w M sequence positions calculated in the step 2), synchronously outputting the w M sequence positions, and then returning to the step 2) so as to calculate a next set of w M sequence positions. The invention further provides a corresponding M sequence parallel generation device. According to the invention, the parallelism degree is high, the feedback is simple, the initialization is simple, and both hardware realization and software realization are simple.

A multi-stage vacuum pump, expander, or compressor, that incorporates one or more stages of a fixed scroll(s) and orbiting scroll(s) that operates simultaneously. The motor drives the orbiting scroll(s) within the structure, and the various fixed and orbiting scrolls are arranged for either parallel generation of a vacuum or high pressure gas, or arranged in series for generating of a significantly high vacuum or gaseous pressure, or a combination of parallel arranged and series arranged fixed and orbiting scrolls may be embodied within the structure, operated by a single motor means, in order to attain the high efficiencies of operation as a vacuum pump, or a gaseous compressor, during its functioning. The various combinations of orbiting and fixed scrolls, when arranged as aforesaid, can be reduced in size, or miniaturized, and used in conjunction with small appliances, or even in hand-held instruments, as for example, for use in conducting mass spectrometry, or for other purposes. The actual structure of the multi-stage devices can include the fixed and orbiting scrolls adjacent the motor, or the singular motor may be located intermediate various stages of the formed vacuum pump / compressor, in its assembly.

The invention discloses a high-throughput and rapid micro-droplet preparation device and an application thereof. The device comprises an array chip set, a temperature control module, a pressure control module, a displacement module, a vibration module and a control circuit, wherein the control circuit is connected with the vibration module, the pressure control module, the temperature control module and the displacement module; the displacement module is connected with the temperature control module and the pressure control module; the array chip set comprises a micro-tube array chip and a micro-cell array chip, an airtight cover in the pressure control module and a metal hole seat in the temperature control module are arranged at the top and the bottom of the micro-tube array chip respectively, and a movable part of a voice coil motor of the vibration module is connected with the micro-cell array module. The device has the following advantages: the structure is simple due to the absence of complicated pump valve pipes, the size is small and compact, the automation degree is high, the requirement for parallel generation of micro-droplets with different inclusions can be met, the use is flexible and the application range is wide. Therefore, the device can be used for high-throughput and rapid micro-droplet preparation.

The invention discloses a sample multi-spectrum parallel generation device for water quality analysis. The device comprises an emitting unit, a testing unit and a receiving unit and is characterized in that the emitting unit comprises a pulse light source 1, a diffraction grating 2, a grating synchronous deflector 3 and an optical splitter 4, and scanning monochromatic light beams with different wavelengths are generated with adjustable time periods and durations; the testing unit comprises collimating lens sets 5, a Raman probe 6, a fluorescent probe 7 and a sample measuring tank 8, and different types of optical effects generated by the light beams in a water body are detected after the scanning monochromatic light beams are received; the receiving unit comprises a three-channel spectrometer 9 and an embedded computer 10 and is responsible for synchronizing the emitting unit, the testing unit and the receiving unit, so that digital signals of an absorption spectrum, a Raman scattering spectrum and a fluorescence emission spectrum are generated in parallel. By means of the device, three sample spectra with different properties can be generated simultaneously on the same optical path detection device, and the device is used for optical method based water quality monitoring calculation.

Disclosed are an electronic map making batch parallel generation system and a generation method thereof. The generation system comprises a foreground terminal, the foreground terminal comprises a batch parallel generation module based on an ArcGIS platform, a preset two-dimensional coordinate system space and a marking graph, the batch parallel generation module is used for making an electronic map, the marking graph is used for a vector diagram of the electronic map, the foreground terminal is connected with a background server through a network, and the background server comprises a database with vector data of a plurality of vector diagrams with respective unique identifiers. The generation system and the generation method thereof can effectively avoid the shortcomings that an electronic map in the prior art is extremely low in generation efficiency, so that the requirement of the electronic industry for high efficiency cannot be met, and a method for parallelly making electronic maps in batch is absent.

The invention discloses a general-to-part type triangular network multi-threading parallel generation method for massive terrain big data cloud. The method comprises the following steps: proposing self-adaptive grid space division to realize the balance scale grid distribution of the massive cloud data; building a center spacing sequencing rules of point data spaces in the grid to reasonably arrange the sequence of participating structure TIN of center points in the grid; preferentially performing the locating and inserting method and the topological insertion algorithm of the traditional TIN according to the general-to-part mode to model data point among the grids, in order to avoid the dividing and rule modeling based grid combing process which is complex and low in efficiency; building a topological closure detecting mechanism of the grid; starting independent and parallel multi-threading to model the rest modeling points according to the traditional topological insertion algorithm for each space grid at the proper time, so as to realize the triangular network modeling work of the whole space under the parallel, efficient and general-to-part mode. With the adoption of the method, the space modeling supporting capacity for the massive cloud big data is obviously improved.

In an embodiment, a computer-implemented method detects updates to a domain name system record system. In the method, a stream of data points is received with each data point describing a record of a domain name system. For respective data points, a processor is selected from a plurality of processors. The processors are each configured to apply a data point against a common filter that assesses whether the data point is in a set. At the selected processor, the respective data point is applied to the common filter to determine whether the record is included in the set. When the record is determined not to be included in the set, a message is provided to indicate that the domain name system includes a new record, and the common filter is updated to include the data point in the set.

The invention provides a power system sparse matrix solving method and system based on DAG and matrix rearrangement. The method comprises the following steps: acquiring a sparse matrix corresponding to a correction equation in an iterative solving process of an equation group describing a transmission network state or a device operation condition; generating a directed acyclic graph DAG containingall dependency relation information based on the sparse matrix, and layering the DAG; performing matrix rearrangement on the L matrix of the sparse matrix, the U matrix of the sparse matrix, the vector to be solved corresponding to the sparse matrix and the result vector corresponding to the sparse matrix according to the DAG layering result; after the matrix is rearranged, solving the sparse matrix by previous generation. Multiple methods are used to adjust the number of nodes in the same layer, so that memory access of the same layer can be continuously carried out through matrix rearrangement, which improves the efficiency of parallel generation calculation, and effectively improves the parallelism and operation speed of sparse generation calculation on parallel processors.

The invention relates to a fluid electric generator which comprises an outer tube body, the outer tube body is provided with a plurality of single fluid electric generators, the single fluid electric generators comprise a stator, an axle sleeve, a rotor, an inner tube and a plurality of blades. The invention integrates the fluid energy collector and the electric generator into a whole, has compact structure, can facilitate the parallel electric generation of the fluid electric generators, and can better utilize the energy of various fluids, especially of the low level energy fluids.

The invention provides a two-dimensional code parallel generation method based on chaotic mapping. A client and a server interact through an MPI (Message Transfer Interface) function. The method comprises: the client sending a QR code request to the server through the MPI function and transmits the information source to the server through the MPI function; the server accepting a client request andreceives the information source; data code words containing information sources are interfered through two threads of a processor core and Logistic chaotic mapping and piecewise linear chaotic mapping, so that chaotic random bit sequences are generated in parallel; obtaining a QR code, then filling different regions of the QR code in parallel through a plurality of threads of a processor core, dividing the regions into a left region and a right region when filling a data and error correction code region, filling the left region and the right region in parallel, finally storing the assembled QR code in a dynamic buffer region, and sending the QR code to a client through an MPI function.

The invention discloses an adjustment method of parallel generation power of a shaft power generation system and a diesel generator. The method solves the problem of unreasonable matching of parallel power of the existing shaft generator and the diesel generator via a frequency converter. Grid side voltage setting 0 has a deviation from grid side voltage Vgd computed by a first 3 to 2 conversion module 20, so that PWM (pulse-width modulation) pulse Vg<*> output by a first PWM generator 16 is adjusted; an output voltage phase of a shaft generator 8 is changed, and transient fluctuation of the diesel generator 4 can also result in adjustment of a voltage phase of a marine power grid 5 to various extents until a new equilibrium point is reached, so that reasonable and economic matching of the parallel generation power of the shaft power generation system is achieved; the consistency of output frequency of the shaft generator 8, output frequency of the diesel generator 4 and frequency of the marine power grid 5 is achieved by controlling and processing a pulse signal of a grid side inverter 11 and a pulse signal of a machine side inverter 10; and economic, reasonable and energy-saving power generation of the diesel generator is achieved.

A multi-stage vacuum pump, expander, or compressor, that incorporates one or more stages of a fixed scroll(s) and orbiting scroll(s) that operates simultaneously. The motor drives the orbiting scroll(s) within the structure, and the various fixed and orbiting scrolls are arranged for either parallel generation of a vacuum or high pressure gas, or arranged in series for generating of a significantly high vacuum or gaseous pressure, or a combination of parallel arranged and series arranged fixed and orbiting scrolls may be embodied within the structure, operated by a single motor means, in order to attain the high efficiencies of operation as a vacuum pump, or a gaseous compressor, during its functioning. The various combinations of orbiting and fixed scrolls, when arranged as aforesaid, can be reduced in size, or miniaturized, and used in conjunction with small appliances, or even in hand-held instruments, as for example, for use in conducting mass spectrometry, or for other purposes. The actual structure of the multi-stage devices can include the fixed and orbiting scrolls adjacent the motor, or the singular motor may be located intermediate various stages of the formed vacuum pump / compressor, in its assembly.

The invention discloses a method for integrated imaging micro-unit image parallel generation based on particle tracking. The method is mainly used for solving the problems that an existing micro-unit image generation method is poor in degree of parallelism and low in speed. The method mainly comprises the following steps that (1) a three-dimensional terrain scene is generated; (2) a micro lens is placed; (3) a micro-unit image array plane is placed; (4) a pixel point number is obtained; (5) tracking particles are emitted; (6) the tracking particles are moved; (7) color of an initial emitting point is replaced by background color; (8) the color of the initial emitting point is replaced by surface color; (9) whether the tracking particles exist or not is judged; (10) the tracking particles are moved continuously; (11) whether a pixel point number value is equal to N or not is judged; (12) a result is generated. On the basis that the imaging quality of a generated micro-unit image is guaranteed, the method for integrated imaging micro-unit image parallel generation based on particle tracking has the advantages of being high in degree of parallelism and high in operation speed.

The invention discloses a parallel implementation method of a real-time Gaussian white noise hardware generator. By the parallel implementation method, the Gaussian white noise hardware generator can generate high-speed and parallel high-quality Gaussian white noise in real time, at high speed and in parallel. According to the parallel implementation method, first, through high-speed parallel FPGA (field programmable gate array) implementation of uniform white noise based on a cellular automata theory, a method for calculating N-th initial vectors required by parallel implementation as well as a recursive function relationship of a cellular automata parallel generation algorithm are given; then, a low-complexity approach method based on a Box_Muller algorithm is given, the Box_Muller algorithm is simplified into simple multiplication and addition and CORDIC operation, and during FPGA implementation, a small number of multipliers and a small quantity of logical resources are needed, so that in case of relatively low consumption of the FPGA resources, long-cycle, large-bandwidth and good-quality Gaussian white noise can be generated in real time and at high speed.

The invention discloses a parallel implementation method of real-time phase noise hardware generators. By the adoption of the method, real-time, high-speed and parallel phase noise simulation can be achieved at an FPGA processor. According to the method, firstly, on the basis of the FPGA high-speed and parallel implementation method of uniform white noise of a cellular automaton theory, a calculation method of N-way initialization vectors needed by the parallel implementation and a recurrence function relation of the parallel generating algorithm of the cellular automaton are given; then, on the basis of real-time parallel generation of white noise, parallel first-order IIR filter banks are designed, and by setting a gain value at a corner frequency, noise output which meets features of a power law spectrum is achieved by filtering; finally, an equivalent form of the phase noise is obtained from the white noise, and is superposed with effective signals to complete the phase noise simulation. Under the condition of low FPGA source consumption, the method rapidly generates white noise which is long in cycle, large in band width and good in quality in real time, and on this basis, a parameter-controllable phase-noise simulation hardware generator is achieved.

The invention provides a method and a system for parallelly generating an OFD layout file of an electronic invoice. The method comprises the steps that the number of invoices in obtained original invoice data of electronic invoices is analyzed, the number of batches of electronic invoice OFD layout files needing to be generated is determined, a corresponding number of main threads are created for each batch, one electronic invoice is distributed to each main thread, the main threads recognize the electronic invoice data, and invoice types are determined; if the invoice is a list electronic invoice, the page number of the invoice is calculated and a sub-thread with the same page number is created, and a corresponding page of the list electronic invoice is processed in the sub-thread, and the processing result returns to the main thread, and an OFD layout file of the list electronic invoice is generated by the main thread; and after all the main threads are ended, the single-batch batch electronic invoice generation process is ended. According to the method and the system, batch parallel generation of the OFD layout files of the electronic invoices is realized, wherein the generation speed is improved, and the time cost is reduced.

The invention relates to a real-time parallel determination method of a high-sampling-rate navigation satellite clock error, and belongs to the technical field of global navigation satellite system precision positioning. Observation data parallel preprocessing, epoch station star information parallel generation, ambiguity parallel fixation and normal equation parallel calculation are adopted in the clock error determination process. The method comprises the following steps: calculating a normal equation, carrying out matrix partitioning parallel inversion on a state transition matrix of Kalmanfiltering, carrying out Cholesky decomposition on the normal matrix of the normal equation, dividing the normal matrix into a plurality of blocks, and independently solving each block so that the whole calculation process can be subjected to parallel processing, and the method is simple and easy to operate. According to the method, the calculation time of the high-sampling-rate precision navigation satellite clock error is shortened, and the calculation efficiency of the high-sampling-rate real-time precision navigation satellite clock error is improved.

Parallel generation of random values of a stream cipher utilizing a common S-box is provided. The generation of the values includes determining if a collision exists between accesses of the common S-box. The determination of the two sequential random values is then modified based on whether a collision exists between accesses of the common S-box. The stream cipher may be the ARC-4 cipher.

The invention relates to a wind and solar parallel electricity generation operation method. The method has the advantages that wind energy and solar energy are converted into electric energy, the electric energy is stored in an energy storage module, the energy storage module supplies the electric energy to a power grid through an inversion module according to the requirements of the power grid, and instability of the wind energy and the solar energy is prevented from directly impacting the power grid; in the operation process, a battery module monitoring device and an equalizer are used, so that the service life of a battery is prolonged, the use efficiency of the battery is enhanced, and the economic benefit of an electricity generation system is increased.