100 results about "Modular development" patented technology

Surveillance system for detecting the position, movement, nature of one or more objects and even communicate with it, that is adaptive to any extent and suitable for any mobile or fixed structure and even for persons, because of its flexible open architecture, which is fully modular to develop self-contained compact radar devices of special performances when working either autonomously, like conventional video-cameras nevertheless operating also with microwaves and therefore called microwave-cameras or radar-cameras, or jointly to form more complex interactive systems.

The invention provides a software architecture system which is achieved based on an OSGI (Open Service Gateway Initiative) specification and an REST (Representational State Transfer) principle. The software architecture system comprises a monitoring management module, a dependence management module, a service management module and a route distribution module, wherein the monitoring management module is used for monitoring all business plug-ins and/or services in an OSGI container; the business plug-ins are used for executing corresponding business logic according to an external data request; the dependence management module is used for providing and managing OSGI service dependence among the business plug-ins; the service management module is used for controlling the business plug-ins to execute the business logic and controlling release and stop of the services in the OSGI container; the route distribution module is used for receiving the data request from a browser, determining a corresponding processing method of a numerical value according to the numerical value of an extended attribute of the data request, and distributing the data request to the business plug-in corresponding to the processing method; and processing is conducted by the business plug-in or conducted according to a default rule of the REST principle. With the adoption of the technical scheme, modular development management, dynamic configuration and extension of a web application can be achieved.

The invention discloses a modular development method for Android, comprising a module export step, a module import step, and a module removal step, wherein the import operation and the removal operation are realized by a modules folder used for monitoring items; if a new file is added in the folder and ended by.jar, the new file is defaulted to be a module file, and an import process is started; if a file is removed from the folder and ended by the.jar, a removal process is started; and if a file needs to be replaced, the removal process and the import process are sequentially started respectively. According to the method, a mode that an Android program module is independently compiled to be a jar package based on plug-in features of Eclipse and ADT plug-in characteristics of the Android, other Android programs can be used for analyzing the jar package, and the function of the module is added in a new Android program. And moreover, the function of a certain assembly can be removed by removing the jar package.

The invention provides a modular development and publishing system for automatic compiling and establishing of web front-end codes. The system comprises a compiler module for the web front-end codes, a continuous establishing and publishing management module and a version management center. The system provided by the invention is used for solving the present situation that jc language and css language are not flexible enough, therefore web front-end developers can flexibly use the jc and css languages for modular developing and compiling integration just as what background developers do with other high-level languages; continuous and automatic establishing and publishing management of the web front-end codes can be carried out, so as to improve the working efficiency of the web front-end developers and the cooperative work capabilities between teams; at the same time, the problem in the traditional system that one page needs to refer to multiple js/css resource files is solved, as a result, the request times for a browser on resources are reduced, and service pressure is also reduced.

The invention discloses a method and a system for modularization development of products. The method comprises the following steps: dividing the project into a plurality of subprojects by analyzing the project requirement of a project corresponding to the products in advance, wherein business with the same or relevant functions is put in the same subproject; analyzing the product requirement of a customer, selecting corresponding subprojects according to the product requirement of the customer, and packaging to generate corresponding products. Based on the functional analysis of the products, a plurality of functionally corresponding subprojects are divided, different customized products are generated according to the combination of the subprojects, so that repeated use of the subprojects is realized, reusing of a source code is reached, and writing of multiple suits of codes is prevented; moreover, when problems occur, the subprojects can be amended in a pertinence mode, and the current amending is prevented from influencing other projects, so that the development efficiency is greatly improved, and batch development can be realized.

The invention provides a webpage game engine and a method for developing a webpage game by using the same. The webpage game engine comprises a webpage game server, a main logic module, a database module and a log module, wherein the main logic module is provided with a main logic module interface; the database module is provided with a database module interface; the log module is provided with a log module interface; the main logic module is provided with a main logic extension interface; the database module is provided with a database extension interface; the log module is provided with a log extension interface; and at least two modules of the main logic module, the database module and the log module are in butt joint combination through the respective module interfaces to form the webpage game engine. The webpage game engine adopts a modular development mode, is clear in structure, high in extensibility, stable and reliable, and provides a plurality of standardized functional modules. During development of the webpage game by using the webpage game engine provided by the invention, customizing functions can be screened, the requirement is low, and a development cycle is short.

The invention discloses an APP page modularization development method. The method comprises the following steps of initializing, wherein an APP is started, and an APP page is initialized; obtaining data, wherein a data request is sent to a server, data returned by the server is received, and the data returned by the server is analyzed; packaging the data, wherein according to the type of the data returned by the server, a corresponding modularization object is generated, and the corresponding data is packaged through a modularization object; filling the data, wherein module units are generated, and the corresponding module unit is filled with the data packaged by the modularization object; showing a page, wherein the module units are combined to generate a page layout view, and the page layout view is shown to the user. The invention further provides electronic equipment and a computer readable storage medium. Due to page modularization, rapid page development can be achieved and the page style reusing rate can be increased.

The invention provides a method for customizing a front-end automatic development environment based on webpack, and the method comprises the following steps: S1, downloading and installing the webpack, configuring the parameters of the webpack, and generating an information file Source Maps; S2, downloading a dependence packet corresponding to the Bable and the CSS, and configuring the Bable and the CSS; S3, analyzing the CSS preprocessor; S4, adding a thermal loading function to realize automatic project refreshing; and S5, after a complete development environment is constructed by using Webpack, configuring a product, and optimizing by optimizing a plug-in. According to the method, a webpack tool is utilized to realize a front-end modular development environment, and optimization processing such as CSS automatic complementation, ES6 code conversion, storage refreshing, self-starting server functions and later caching is realized.

The invention relates to the technical field of battery management, and discloses a development method and development device of a battery fault diagnostic program. The development method comprises the steps of detecting battery parameters, and determining a battery state of each battery parameter; determining a transition condition of battery state transition of each battery parameter; adopting the determined all battery states and transition conditions as state modules of a Stateflow model of a limited state machine and state transition conditions among all state modules respectively to establish the Stateflow model used for battery fault diagnosis, and configuring a battery protected code module for each state module of the Stateflow model. According to the development method and development device of the battery fault diagnostic program, a graphical development method based on Stateflow and modularized development thought are adopted, the program logic is brief and clear, the obtained Stateflow model is easy to transplant and upgrade, a test on the Stateflow model is conducted before BMS integral software and hardware finishes, and the BMS software development cycle is shortened.

The embodiment of the invention discloses an Android function module development method, which comprises the steps of determining a first function module and a second function module which have a calling relationship in a main project, the calling relationship being specifically a target class included in calling the second function module by the first function module; migrating the source code ofthe first functional module from the main project to a pre-created module project; compiling the main project to obtain a compiled target class file corresponding to the target class; and uploading the target class file to a code management server for development and calling of a module project of the first functional module. By implementing the embodiment of the invention, the module independentdevelopment effect is achieved in modular transformation, and the modular development efficiency is improved.

The invention relates to an optimization configuration method based on a Tuxedo,.net and Oracle three-tier structure development platform. The method is implemented through foreground version control management, middleware data transmission control management, foreground authority control management and background logic control management, and a foreground data control management module and a background data control management module are included in the middleware data transmission control management. By the method, efficiency of development based on a Tuxedo,.net and Oracle three-tier structure software system is improved effectively, implementation cycle of software system development is shortened, cost for software development is lowered, basic framework configuration based on Tuxedo,.net and Oracle three-tier structure software products is facilitated for software companies, button picture authority control of servicers in model levels is realized, log tracking is performed on usage records of the servers, systematic management is performed on service process and responsibility division of a modular combination system, a clear objective of processes and responsibilities is achieved really, and the method is applicable to productized and modular software development.

The invention discloses a configurable front-end pure JS map animation set implementation method based on vector data. According to the invention, the implementation is based on W3C suggestions; the method is based on the refreshing frequency of a browser screen. The GIS vector data in the CMD mode and the animation display effect in the WebGIS map can be achieved only through the configuration form, the animation display effect comprises the display forms of constant-speed extension, flickering, constant-speed sorting and the like, all the forms can be combined at will, configuration is easyto operate and edit, and animation types and animation related attributes are included. According to the method, firstly, the defect that data cannot dynamically appear in the GIS field is overcome, and qualitative change from nothing to nothing is achieved; secondly, indirect introduction is changed into direct implementation, unnecessary operation is reduced, and performance consumption is reduced; moreover, for diversification of current data visualization requirements and requirements for animation of GIS data, a conventional CMD mode is adopted, a modular development form and a deep-in shallow-out design are adopted, and complexity is simplified into simple configuration, so that the method is easy to transplant, start and expand.

The invention provides a modular AOI (automated optical inspection) positioning method, a modular AOI system and burning IC (integrated circuit) equipment. The burning IC equipment is subjected to IC positioning in a modularization mode, and the modularization refers to the operation that each module for controlling an IC positioning system is packed into a dynamic command library through a certain software development platform, and the positioning operation of IC burning is controlled through calling an interface function of the dynamic command library. The system has the advantages that the multi-direction calculation function is adopted, the detection speed is accelerated, and in addition, the detection precision is improved by adopting a standard image correcting method; meanwhile, through the modular development framework, the verification test time in the development process is also reduced, and the product development speed is accelerated.

The invention discloses a page data loading method and device, and relates to the technical field of computers. One specific embodiment of the method comprises the following steps: receiving configuration information of a loading component; Obtaining to-be-loaded data according to the current event of the page; and implanting the data into the component according to the configuration information.According to the implementation mode, the labor cost is reduced, the efficiency is improved, and subsequent modular and modular development and application are facilitated.

The invention discloses a device and a method for realizing configurable and real-time updating of APP content. According to the scheme, the method comprises the steps that pages are configurable, specifically, based on actual service requirements, pages displayed by an APP, contained function modules and page layout matching are rapidly customized, dynamic configuration is conducted, and corresponding APP pages are generated. And real-time viewing: when editing the page, the user can see the effect presented by the page in real time at the designer end, and meanwhile, the APP end can view themodified content without recompiling, packaging and deploying. And function decoupling: in a modular development mode, each functional module is an independent component, and the previous functions are not influenced if the modules need to be added.

The invention discloses a laser projection device which comprises a dual-frequency laser module, a controller, a beam splitting unit, a first imaging module and a second imaging module. The dual-frequency laser module emits a laser beam having a first frequency and a laser beam having a second frequency. A polarizer generates first polarized light and second polarized light from the laser having the first frequency and the laser having the second frequency respectively. The beam splitting unit splits an incident laser beam into the first polarized light propagated along a first optical path and second polarized light propagated along a second optical path vertical to the first optical path. The first imaging module projects a first image onto a screen based on the first polarized light. The second imaging module projects a second image onto the same screen based on the second polarized light to form a 3D image. The laser projection device is beneficial to the miniaturized and modular development of projectors, is suitable for the wearable field, and can achieve 3D projection unlimited to a specific site. In addition, in the case where 3D projection is not required, the laser projection device can switch an operating mode freely to realize 2D projection, has various functions and enhances user experience.

The invention provides an RISC-V processor realized based on an FPGA, an FPGA chip and an on-chip system.The RISC-V processor comprises an RISC-V processor core and at least one extension module whichare configured in the same FPGA chip, and the RISC-V processor core comprises at least one general register set and at least one interface module; wherein the interface modules and the extension modules are arranged in a one-to-one correspondence manner and are connected with each other, and each interface module comprises an instruction interface, an operand interface, a data return interface, an operation request interface, a write-back request interface, a request waiting interface and an operation completion interface. According to the invention, a unified standard interface is formulatedfor the interface between the RISC-V processor core and the extension module, the coupling between the RISC-V processor core and the extension module is reduced, and the modular development and modular configuration of the RISC-V processor are realized in combination with the modular characteristic of the RISC-V instruction set and the programmable and easy-to-extend characteristics of the FPGA,the design complexity of the RISC-V processor is reduced, and the development efficiency of the RISC-V processor is improved.