37 results about "Process decomposition" patented technology

A methodology for creating Unified Modeling Language (UML) use cases by decomposing a business process into one or more levels of focus areas. A top-level focus area defines the business process and a set of participants therein. The top-level focus area is decomposed by identifying divisible aspects or subsets of the business process, and by identifying the various roles played by the participants. The result of this decomposition is one or more sub-focus areas, each having associated therewith a set of participants based on the top-level participants. The focus areas and participants are recursively decomposed level-by-level until a set of bottom-level focus areas is obtained satisfying the condition that each participant has only one role. When this condition is met, the bottom-level focus areas may be modeled as UML business use cases and used to develop software that meets the specified business process.

The invention discloses a method for increasing the calculation speed of an SMP cluster system through an MPI and an OpenMP in a hybrid parallel mode. The method comprises the steps that the number of MPI processes which can be called and the number of OpenMP threads are determined according to the number of calculation nodes and the number of usable CPU kernels in the nodes; an existing sub sparse matrix, a sub initial vector, a block vector and the maximum calculation tolerance are read in each process; a multi-thread compiling instruction is started for each process; circulation calculation of a precondition conjugate gradient method is conducted on all the processes, and the number of OpenMP barriers in circulation calculation is only three; if calculation errors are smaller than an allowable value, circulation is over, and otherwise circulation continues; calculation results of all the processes are reduced, and solutions of questions are output; when parallel calculation is conducted, firstly, MPI processes are started, multi-process decomposition is conducted on the questions, parallel among the nodes is started, each MPI process is allocated to one calculation node, and information is exchanged between the processes trough message transmission; then, in each MPI process, OpenMP guidance instructions are used for establishing one set of threads, and the threads are allocated to different processors of the calculation nodes to conduct parallel execution.

The invention relates to the field of groundwater evaluation. The process of groundwater pollution evaluation is divided into an self-help expert system which can be realized in an online and an expert evaluation system which can be realized in an offline way. According to the online expert system, the groundwater pollution assessment is divided into 8 categories, 35 sub categories and hundreds of subdivision tasks. For each subdivision task, the expert system provides a sample answer and a detailed explanation. After technical representatives of a commissioning party are trained in an unified way, the groundwater pollution preliminary evaluation can be carried out independently on the basis of using online resources. A detailed technical document is generated by the preliminary evaluation, and the prototype of an evaluation report is formed. On the above basis, groundwater assessment experts and the technical representatives of the commissioning party carry out project communication in an online way, a groundwater numerical model is subjected to examination and improvement, and an evaluation report draft is modified and processed. When the evaluation is completed, the ability building and fruit transfer of the commissioning party are completed at the same time.

The invention discloses a method of using state device to control asynchronous operation, according to the complexity and causality of asynchronous operation of a service, decomposing a service process flow into at least above two steps and at least a time sequence segment, configuring corresponding state device for each operating course of each step, where a bottom-layer state device jumps and then feeds state jump result back to a top-layer state device, the top-layer state device makes state jumping according to the state jump result of the bottom-layer state device in a time sequence segment until all the asynchronous operations of the service is completed. It makes the states in the whole service processing course fewer and the control course clear, therefore it has higher control efficiency of asynchronous operation and makes the written program by it easy to maintain and extend.

The embodiment of the invention discloses a method and system for updating the progress of a supervised field management and control project in real time, and the method comprises the steps: setting aproject directory, splitting a project according to the project progress and a project construction process, and recording the project construction progress condition; according to the engineering construction progress, the engineering construction progress is modified, and an engineering construction log is added; Adding engineering construction parameter information into the engineering construction log, uploading the engineering construction parameter information to a server, and recording the current construction condition of the engineering project by the server; and the server records the engineering construction parameters in a corresponding engineering project directory, updates the storage information in real time, and records the update time of the engineering project. Accordingto the method, the overall quality is guaranteed through process decomposition and detail quality grasping of unit engineering, systematic monitoring of all processes of on-site construction is achieved, it is guaranteed that the engineering quality is subjected to closed-loop management, and the construction quality is guaranteed.

The invention discloses a method for preparing boehmite by liquid phase carbonating decomposition of a sodium aluminate solution and sodium bicarbonate, which belongs to the field of industrial aluminum oxide. The method comprises the steps of: carrying out decomposition reaction between a NaHCO3 solution and a sodium aluminate solution, adding boehmite seed crystal to induce the sodium aluminate solution to crystallize and separate out boehmite; performing diaphragm electrolysis on a carbonate mother liquor obtained after decomposition of the sodium aluminate solution to dissociate carbon from alkali; preparing sodium bicarbonate in an anode region; and returning to the decomposition process, thereby recycling a carbon source. The method is suitable to a Bayer-process and a sintering-process decomposition of the sodium aluminate solution, the decomposition rate is high and the energy consumption of aluminum oxide roasting can be lowered.

The invention relates to the technical field of radar countermeasure, and discloses a data processing method of radar countermeasure equipment test decision evaluation based on a rule engine. Throughadoption of flow chart graphical modeling of radar countermeasure equipment test data processing, a flow modeling method of directed graph element representation, XML definition and modular modeling,as well as the processes of flow analysis, process decomposition, graphical modeling and parameter configuration, custom design of a logical structure of the data processing flow of radar countermeasure equipment test is realized, that is, a radar countermeasure equipment test decision evaluation system is developed by the decomposition of the test data processing flow, structured modeling of thedata processing rule, resolution and execution of the data processing rule based on the rule engine, and analysis of a test evaluation result based on a process data class. The resolution and execution of the data processing rule for radar countermeasure equipment test are realized. The method can quickly judge the action of countermeasure and quickly evaluate the test result, and is of great practical significance for improving the test efficiency and test capability.

The invention provides a modular management method and device of a big-data processing process. The method includes: decomposing the process into one or more independent parts, and using each part asa module; establishing a tree-shape-like process structure according to dependency relationships among the modules, wherein each intermediate node of the tree-shape-like process structure has one or more child nodes and one or more parent nodes, and the modules correspond to the nodes one by one; splitting a sample list into multiple running units; and running scripts of the modules in turn according to configuration files, the tree-shape-like process structure and the running units. According to the method, modular management of the big-data processing process is realized, centralized management of a multi-user system is supported, and process tasks can be dynamically controlled.

The invention discloses a preparation method of fine diatomite. According to the invention, method replacement and step dispersion are carried out on the most time-consuming delamination and purification procedures in the production process, the purification procedure adopts a mixed method, a scrubbing procedure is refined, and by means of coarse crushing, fine crushing and grading, original soil can be finely crushed into tiny particles, and at the same time a lot of impurities are removed in advance, thus greatly saving the consumption of water and time at the earlier stage of scrubbing, then dispersion and chemical acid leaching are carried out, in the layering procedure, a centrifuge is employed for centrifugal separation, and a lot of impurities are removed in advance in the earlier grading process, so that the efficiency of the layering procedure is also improved effectively. According to the method, the procedures are broken down, and an optimal production method is adopted directed at the characteristics of each step, although the upfront investment is increased to certain extent, the later production efficiency is obviously improved, and the fineness of fine diatomite is guaranteed.

The invention discloses a programming architecture and an operation process of a quantum computer, and relates to the quantum computer. The programming architecture is characterized in that a plurality of specific classes are set, and the operation process of the quantum computer is decomposed into operations of the specific classes. Compared with the prior art, the programming architecture and the operation process of the quantum computer have the following advantages that (1) the programming architecture of the quantum computer is provided, and the development of quantum software can be efficiently carried out by using the architecture; (2) a technology provided by the invention has transportability, and the quantum computer developed by the programming architecture of the quantum computer is suitable for quantum computers with different hardware architectures; and (3) the technology provided by the invention supports high-level quantum languages, and a classical-quantum crossover algorithm can be realized.

The invention relates to a sodium-cooled fast reactor fuel exchange control technology, in particular to a sodium-cooled fast reactor full-automatic fuel exchange control method and control system. The method adopts a stepwise and parallel method; a total fuel exchange control process is decomposed into four sub processes which are executed in sequence; the sub processes comprise two parallel equipment moving paths inside and outside a reactor; each path comprises a plurality of fuel exchange equipment driving nodes; the driving nodes are used for executing the action of single fuel exchange equipment; and through program control of a main control PLC (Programmable Logic Controller) and a single PLC, automatic circulation of the fuel exchange process is achieved. According to the invention, the fast reactor fuel exchange is full-automatically controlled, the utilization rate of the fuel exchange equipment is increased, the module replacing time is reduced, all steps are all automatically processed by the program, and manual interference is not needed in the whole fuel exchanging process.

The invention discloses a neural network integrated navigation method. The method comprises the following steps of enabling signals to correspond, decomposing the signals of a navigation system, processing decomposition coefficients, forecasting and estimating a neural network of errors, building information of the errors of the navigation system, and correcting integrated navigation information. According to the neural network integrated navigation method, observed quantity which objectively exists is completely processed, a model is not related to, calculated quantity is small, and limiting of noise does not exist. Basically, an objective state is corrected by means of objective observation, correcting ability is strong, and an abstract state is not affected and controlled.

The invention relates to a heating pipe network heat statistical data decomposition, collecting and transmission system and method. The system comprises a heat data concentrator, a hot water meter collector, a unit sensing collector and temperature control valves mounted on user sides. The method includes: the unit sensing collector and the hot water meter collector respectively perform data collecting, processing and storing after receiving the collecting instructions transmitted by the data concentrator; the unit sensing collector and the hot water meter collector respectively transmit the processed decomposition data back to the heat data concentrator; the heat data concentrator performs synthesizing operation on the received decomposition data to obtain a user heat data set and uploads the data set to an upper computer. The system and the method have the advantages that the problems that heat data is hard to collect and heat data collection is inaccurate are solved by heat statistical data decomposition collecting and concentrating synthesizing operation and wireless communication, constant room temperature is guaranteed in terms of principles, heat control and management are achieved, heat data measuring is achieved, and evident energy saving effect is achieved.

A flow conversion system for a manufacturing process includes a flow decomposition module decomposing a process in a target process flow into lower processes based on a process decomposition table to create an intermediate lower process flow; a compatible flow generation module replacing the lower processes with a lower compatible process based on a lower process compatibility table to create an intermediate lower compatible process flow; a flow check module creating a lower process flow including all the lower processes available in production facilities from the intermediate and intermediate lower compatible process flows based on an available process table; a flow selection module selecting the lower process flow by calculating an attribute based on an attribute definition table. An external storage unit stores the process decomposition table, the lower process compatibility table, the available process table, and the attribute definition table.

The present invention discloses a self-diagnosis method and system for a numerical control machine, and relates to machine tool processing. When an error exceeds a standard, software is run for self-detection, which includes that system simulation operation is performed with the same process and parameters to test whether a total error meets the standard, and a machining flow is decomposed to testwhether a step error meets the standard through each step of the system simulation; and after the self-detection of the software passes, actual machining detection is performed, which includes that the actual machining is performed with the same process and parameters, the error after the completion of each machining step is detected in the machining process and compared with the standard error of each step, the two successive machining steps are decomposed for respective machining, and the total error is detected and compared with the standard error of the machining process. The software isfirst detected to determine the specific steps in which the error occurs. After the self-detection of the software, the actual machining detection is performed so that the detection efficiency is improved. The whole solution can intuitively determine the specific steps in which the error occurs, and maintenance is convenient.

A service grouping and allocation method and system. The method includes retrieving, by a computing system, a list of candidate services. The computing system retrieves service identification techniques data associated with the candidate services and identifies process elements associated with first candidate services of the candidate services. The first candidate services comprise a process decomposition service identification technique. It is determined if the computing system comprises first mapping data indicating relationships between the process elements and associated functional areas. The computing system generates and stores results data associated with the relationships.

The invention belongs to the technical field of maintenance support engineering, and discloses a four-property comprehensive protection integrated design process decomposition method based on an improved quality house. Obtaining a relation matrix of part design characteristics, customer demands and engineering technical parameters and a relation matrix of the engineering technical parameters and the part design characteristics; step 2, by improving quality function expansion, mapping the part design characteristics into design activities, and obtaining a relation matrix between the part design characteristics and the design activities and a correlation matrix between the design activities; 3, solving a key design activity; 4, converting a correlation matrix between design activities into a design structure matrix; 5, coupling activity in the design structure matrix is recognized; the coupling activities are segmented and sorted; and step 6, sorting the coupling activity as a single activity and a non-coupling activity.

The invention relates to a synthetic path automatic generation method based on the recursion decomposition of a chemical production problem. According to the invention, a solvable judgment device of asynthetic process is designed on the basis of a recursion function. Whether a target product can be generated through a series of chemical synthesis processes or not is judged under the limitation ofcurrent raw materials and reactions. In this way, a synthetic process decomposition device is designed. The synthetic process of the target product is decomposed, and all possible synthesis paths areautomatically generated. According to the method, the defects respectively existing in the existing logic center method and the information center method are overcome. According to the recursion traversing algorithm, the types and the number limit of raw materials in the actual production condition are considered, and a unified formal expression method is designed. The method can be better applied to actual chemical production of different conditions. All decomposition schemes can be obtained after the judgment on whether the decomposition is enabled or not is made. Therefore, the selection work of the follow-up path can be better realized.