35results about How to "Fast multiplexing" patented technology

The invention discloses micro-service architecture for enterprise-level application software in a cloud computing environment. The micro-service architecture comprises a cloud application-oriented micro-service assembly and management platform, a rapid development Web frame based on a template technology, a page assembly library, a service operation platform, a call communication frame and a public business demand-oriented assembly service set. The public business demand-oriented assembly service set is consistent with an OSGi standard and can be rapidly assembled and multiplexed on the cloudapplication-oriented micro-service assembly and management platform and also can be directly called through a code template in the rapid development Web frame based on the template technology. According to the micro-service architecture, in a micro-service architecture mode, the application is divided into a series of fine service, and each service concentrates on a single business function. Whenthe service is applied, the service is assembled into OSGi service according to a practical demand and is operated in an independent process, so the boundary of the service is clear. Intercommunication is carried out through adoption of a lightweight communication mechanism, the complete application is realized, and demands of business and users are satisfied.

The invention discloses a hair model modeling method. Firstly, a simplex hair style of a hair style model is formed by a hair style constrained domain, complex hairline transformation is controlled by a hierarchical constrained domain queue, and therefore generation of diversified hair styles is supported. On that basis, a mapping relation of the hair style constrained domain is built among any fictional character models, and therefore a rapid and reusable modeling of a fictional character hair style can be achieved. According to the hair model modeling method, general applicability of the hair style restrained domain is expanded, due to combination of methods of hair style restrained domain and a hair style modeling based on a sample, diversity degree of hair styles generated through a hair style constraint method can be significantly improved, rapid reusing of built hair style constraints on any fictional character models is supported, and therefore the rapid and reusable modeling of fictional character hairs is achieved.

The invention discloses a front-end application visual development tool and a use method, and belongs to the technical field of internet front-end development. The front-end application visual development tool comprises ECoder software and a material/template library. The ECoder software is provided with a user login module, an initialization module, a project management editing module, a page editing module, a block editing module, a local service module and an automatic updating module. The using method comprises the following steps: a developer logs in, browses and selects a template initialization project, carries out custom editing on different pages according to project requirements, selects to download a cloud block or a local custom block to carry out ui and logic step editing, andthen carries out content filling; after the real-time visual operation is carried out, a corresponding project code can be generated and allowed to be edited again, and then the application can be issued to a code warehouse or an associated application address through a git panel push in a tool.

The present invention relates to a reuse based design and implementation method for radar software testing. The method comprises: performing software test project binding; performing data management of a software test reuse library; supporting searching and copying of imported test data in a test typical data reuse library and pasting and (batch) modification in a current project, and supporting addition, deletion, searching and modification on test data in the current project; supporting batch generation of test cases of a typical test type by means of a test design template, and supporting batch generation of test cases by means of a typical black box test case design method; supporting designating a person in charge of node data in a current project, supporting exporting and distribution of the current test project by means of an Excel, and supporting importing and combining of test design Excels prepared by different users; and automatically associating steps of a reused test case . The method of the present invention realizes rapid, batch and patterned reuse and generation of test cases.

An improved LUT based multiplexer, including a first set of muxlets, each receiving a subset of input data lines at its inputs and one or more muxlet stages cascaded together to form a tree structure in which the roots are the first set of muxlets and the last stage of muxlet produces the final output.

The invention relates to an amino functionalized graphene oxide immobilized non-noble metal nano catalyst and a preparation method thereof. Active ingredients of the catalyst include nickel and copper; a carrier is amino functionalized graphene oxide; the composition of the catalyst can be written as Ni-Cu/DA-GO, for short; the molar ratio of Ni to Cu is 1 to (0.2 to 0.6), and Ni and Cu form homogeneous-phase alloy particles with particle size of 10-80nm. According to the invention, by adopting ordered process design of surface grafting, coordination bonding, controlled reduction, adsorption loading and the like, firm combination is generated between the two metals and the carrier graphene oxide, overall stability of the catalyst can be ensured well, and the active ingredients are not lostor dropped easily; furthermore, since the metal particles form a scientific and reasonable homogeneous-phase structure, perfect electronic and structural cooperativity can be promoted between the metals and between the metals and the carrier, and thus the catalytic efficiency of the catalyst is effectively improved.

The invention belongs to the field of computer information processing and internet finance, and particularly relates to a workflow-based risk control method and system. The method comprises the steps of configuring and generating workflow comprising N nodes for design of a to-be-controlled product, wherein N is greater than or equal to 1; setting R risk control rules for the to-be-controlled product, and according to risk control demands of the workflow nodes, adding the risk control rules to G rule groups respectively, wherein G is greater than or equal to 1 and R is greater than or equal to 1; matching the rule groups to the corresponding nodes in the workflow respectively; and starting the workflow, and executing the corresponding risk control rules in sequence according to the corresponding nodes of the workflow. According to the method and the system, the risk control rules can be put into the workflow, so that on-demand and in-order execution of the rules can be effectively controlled and system pressure can be effectively reduced; the rules needed to be executed are flexibly configured according to a specific product, so that quick business demand changes can be adapted; and the rule data source-rich rules are decoupled from businesses, so that a rule library can be quickly reused.

The invention belongs to the technical field of computer system software, and provides a method for achieving dynamic management of service-oriented airborne software. The method is based on an idea of modularization, adopts a service-oriented software management framework, supports a system to load and unload a software module according to demands, and better solves multiple problems of dynamic use, software reuse, software service dependency and the like of the software module. The method has the characteristics of modularization, servitization and dynamic configuration, and supports the dynamic deployment of the system: initial installation is conducted according to installation deployment files, system deployment time is reduced, and system software deployment flexibility is improved;the method supports the dynamic management of the software module: system can dynamically install and uninstall the software module as needed, and system resource utilization and system management efficiency are improved; the method supports the reuse of the software module: the development of the software module is based on certain standards and specifications, and the software module can be quickly reused and extended.

The invention discloses an improved color vector error diffusion method based on an FPGA. According to the improved color vector error diffusion method based on the FPGA, error diffusion parallel processing is realized through three channels of RGB channels; through adoption of a matrix gain model, a single-channel error diffusion value can be diffused to the other two channels; a halftone process and error value generation can be realized through hardware; a multiplication in an algorithm is replaced by a gain matrix pre-memory; and each channel is processed in a streamline mode, so a halftone result of a pixel can be calculated averagely in a clock cycle through an error diffusion process. The FPGA is an operation platform. Through improvement of a color vector error diffusion algorithm of a halftone algorithm, the algorithm can be rapidly and efficiently carried out on an embedded platform. Parallel processing of color vector error diffusion among different channels can be realized. Parallel processing is carried out among primary colors. The processing efficiency is improved.

The invention discloses an intelligent robot communication system, method and device based on a 5G message. An interface in butt joint with a service knowledge base is arranged on a 5G message application platform; and text answers corresponding to user questions of the service knowledge base are converted into 5G message answer templates in advance through the interface, so that old knowledge can be converted into a 5G message format in a matched manner, rapid reuse of an original knowledge base of a customer service platform in the field of 5G messages is realized, and tedious steps of manually creating a 5G message template according to an original answer text are reduced.

The invention discloses a communication sharing data matching method and system, and belongs to the field of data sharing product design. The method comprises the following specific steps: S1, collecting the content of a target data model; S2, collecting the content of the source data model; S3, establishing an inter-data standard relationship for the target data model content and the source data model content; S4, designing a period and a mode of data exchange; S5, monitoring the data sharing process. According to the method, a data sharing platform which is accurate in butt joint, flexible in expansion, safe and confidential is established in a data model maintenance and standard relation unified management mode; complex rules and diversified data resources are configured and managed in a centralized mode, rapid data model establishment, flexible data mapping relation establishment and accurate data sharing are achieved, and a foundation is laid for rapid establishment and product reuse in various sharing scenes in the future.

The invention discloses an automatic color filling method and device for a building general drawing, and the method comprises the steps: obtaining plane general drawing data of a building to acquire basic elements of the building general drawing based on feature analysis of preset building basic elements; based on the basic element data, generating a specific element according to a preset corresponding strategy of the specific element and the basic elements; receiving and analyzing a color matching mode instruction to acquire a color matching scheme of each element in the selected color matching mode according to a preset strategy corresponding to color matching of each element in the color matching mode; according to the color matching scheme, selecting corresponding colors to carry out filling color matching on the basic elements and the specific elements; and processing the building general drawing subjected to filling and color matching according to the selected picture format conversion strategy to obtain a color-filled building general drawing corresponding to the picture format. The invention provides a high-efficiency and high-accuracy scheme for automatic color filling ofthe building general drawing.

The invention discloses a draggable machine learning workflow component scheduling method, which comprises the following steps of S1, designing a component configuration template corresponding to a component category, and enabling other nodes except a pseudo node Base in the configuration template to be in one-to-one correspondence with tasks required by machine learning modeling; s2, acquiring tasks and a task sequence required by machine learning modeling included in the current machine learning workflow, and transmitting the task sequence and the configuration template as parameters; s3, dynamically loading and configuring template parameters according to the task sequence, and executing the machine learning workflow. According to the draggable machine learning workflow design thought, workflow modularization can be achieved, rapid reuse can be achieved, and creation of machine learning workflow tasks can be achieved through Web front-end page dragging, code layer and command line modes.

The invention provides a remote fault monitoring system for an electrically operated valve. The remote fault monitoring system comprises an MCU, a hydrogen sulfide sensor, a hydrogen sensor, a tension and compression sensor and an executing mechanism. Wherein the tension and compression sensor is connected with the A/D conversion interface of the MCU through the signal amplifier, the hydrogen sulfide sensor and the hydrogen sensor are respectively connected with the A/D conversion interface of the MCU through respective signal transmitters, and the D/A conversion interface of the MCU is connected with the opening control port of the actuating mechanism through the voltage-to-current transmitter. An opening in-place signal and a closing in-place signal of the actuating mechanism are connected with a GPIO (General Purpose Input/Output) input interface of the MCU; and a GPIO output interface of the MCU is respectively connected with a control opening port and a control closing port of the actuating mechanism through an actuating mechanism relay. According to the system, monitoring environments of different execution mechanisms and different gases can be realized, and rapid expansion and reuse can be realized.

The invention provides a big data security digital watermarking system based on artificial intelligence, and the system comprises a scheduling configuration module which is used for capturing a target file from the system according to a configured scheduling algorithm; a watermark extraction module which is used for carrying out watermark extraction processing on the target file to obtain a digital watermark of the target file, and comparing and verifying the obtained digital watermark with a watermark file stored in a feature library to obtain a comparison and verification result; a watermark embedding module which is used for generating a digital watermark according to the target file and embedding the digital watermark into the target file, and storing the target file with the digital watermark into a feature library; and a feature library which is used for storing the target file with the watermark. According to the invention, the security and traceability in the file processing process can be improved.

The invention provides a game data processing system, a game data processing method, a game data processing device, a computer readable storage medium and electronic equipment, and belongs to the technical field of computers. The system comprises a data module used for obtaining game data of a game client; a message intermediate module used for sending the game data to the corresponding activity process according to the registration relationship of each activity in a derivative system; a processing module used for processing the game data through the activity process; and a generation module used for generating a game picture of the game client according to a processing result of the game data. The coupling degree of the functional modules in the game system can be reduced, and the game development efficiency is improved.