230 results about "Software development methods" patented technology

Automatically learning and providing software development team structure and methodologies. A software development knowledgebase repository is generated by mining for software processes data over a network of computer systems. A team structure specification and project requirement associated with a target project is received. A software development methodology is selected from the software development knowledgebase repository based on the team structure specification and project requirement associated with a target project, a team members knowledgebase, a teams knowledgebase, and a past projects knowledgebase. A machine learning module automatically learns a software development methodology to select. Based on the software development methodology, a software development environment infrastructure for the target project is built.

Methods and systems for facilitating incremental software development are disclosed. For example, a method can include receiving a plurality of binary software libraries sufficient for building a software project. A request from a user to modify source code for at least one of the plurality of binary libraries is received, in response to receiving the request, the source code for the at least one of the plurality of binary libraries is retrieved. The source code for the at least one of the plurality of binary libraries is presented to the user. Modified source code for the at least one of the plurality of binary libraries is received. The modified source code is compiled to produce compiled modified code. A revised version of the software project is built using the compiled modified code and the plurality of binary libraries.

The invention provides a method for developing model-driven software capable of dynamically changing system behavior. The method is characterized in that the traditional development mode is changed; the direct operation of a model is realized; an operation system of a business object can be obtained by just using a metadata system to describe the model of the business object, without the need of the programmer encoding, so that the manner of programming codes by the programmer is changed, the substitute is that the business rules and relevant logics are edited by business experts of various industries in a graphic interface manner, and the new functions automatically become effective under the condition that the business is not interrupted.

The invention relates to a quick client development frame for a manufacturing execution system and a software development method for the frame. The frame comprises a client layer and a service layer, wherein the client layer is used for realizing client interface interaction and comprises an interface view layer, an interface model layer and a model; and the service layer is used for realizing a business logic and data storage, receiving data sent by a client, reconstructing the data of the client according to a business requirement and sending the data to a database. The software development method for the frame comprises the steps of determining a data structure and the business logic of a development page as needed; designing UML class graph automatic generation codes; adding the codes into corresponding layers of project engineering in sequence; and compiling the project engineering to generate system software. According to the frame and the method, the code writing workload of the manufacturing execution system can be greatly reduced and the code quality and the system stability can be improved; and meanwhile, by applying a layered architecture and a configuration file, the software generated by the frame can be conveniently transplanted in different database systems.

The present invention provides a software development method, system and computer program product. Generally, a computer program product for software development assistance includes a computer readable storage medium having computer readable program code embodied therewith such that the computer readable program receives from a server over a computer communications network both a software update for software installed in an end user device, and also test cases and a testing tool. The test cases are loaded in memory of the end user device and executed in the end user device with the execution tool with respect to the software update. Execution information produced by the execution of the test cases is collected and transmitted back to the server from the end user device. Optionally, a new test case for the software update can be created within the memory of the end user device the new test case can be executed along with the received test cases with the execution tool in the end user device. Consequently, the new test case can be transmitted to the server along with the collected execution information.

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 relates to a greenhouse environment and irrigation control system with group control of multi-temperature regions, which mainly comprises a greenhouse control software system run in a centralized monitoring computer, a communication network system based on a CAN field bus and unit controllers distributed in various temperature regions. The unit controller comprises a microcontroller, a CAN field bus communication module, an input/output interface module for digital quantity and analog quantity, an input module for collecting sensing signals from environmental sensors and plant physiological sensor in a greenhouse and performing signal processing, and an output module for driving and controlling the operation of various equipments in the greenhouse. The greenhouse control software in the centralized monitoring computer is used for processing environmental and plant physiological information of the multi-temperature regions, performing control algorithm and strategy selection and algorithmic calculation, and real-time transmitting a control implantation action obtained based on calculation results to each unit controller to control the operation of greenhouse equipments. The greenhouse environment and irrigation control system with group control of the multi-temperature regions adopts a development method of configuration software, so that the overall system can perform software configuration setting on the unit controller, the sensors, the control equipments, the display interface and the greenhouse control strategy according to specific conditions of the greenhouse, so as to adapt to different requirements of different greenhouse agricultural production managements on the control system.

A software product is produced by defining a functional model of the overall software product, designing, based on this functional model, a plurality n of configurations and slices of the software product, wherein a configuration is the entirety or a part of the software product forming an independently testable unit and a slice is a set of functions of the software product constructed together and forming the entirety or part of a configuration. The n slices are independently constructed wherein the first slice forms the first configuration. The seond to n-th configurations are formed by integrating the k-th configuration with the (k+1). slice, wherein k is 1, . . . , n. Subsequently a first to n-th configuration are tested independently. This software development approach allows an integration of the overall systems in parts as early as possible and to gradually increase the number of integrated components in a controlled, but manageable fashion. This allows to achieve a highly efficient use of resources within a short development time.

For challenge of an existing value driving data, information and knowledge life cycle evaluating method, the invention provides a value driving service software development method based on data map, information map and knowledge map framework aiming at the bidirectional evaluation and control over design action efficiency between the detailed design activity and service modeling, and belongs to the technical intersecting field of distributed computation and software engineering. On the basis of data maps, data observation and collection in software development activity demand analysis are analyzed. Information maps are used for solving the problem of incorrect information flow control and information loss in design activity. In demand modeling of the detailed design activity, and advantages, including completeness of demand expression and coverage range, of knowledge maps in demand expression compared with UML are elaborated.

The invention provides a software design method based on artificial intelligence, and relates to the field of software development, the software development method comprises the following steps: S1, receiving a to-be-developed function in a software development task through a voice or text input mode; S2, in a pre-built source code database, obtaining a source code corresponding to the to-be-developed function; S3, obtaining a function corresponding to the source code according to the operation result or the mark of the source code; And S4, constructing a source code database through the established corresponding relationship between the function and the source code. According to the method, the situation that the same function is repeatedly developed is avoided, and the method has the beneficial effects that on one hand, the software development time is saved, the software development efficiency is improved, and on the other hand, an artificial intelligence software development assistant is created, and the intelligent degree of software development is improved.

The invention discloses a programming-free development method of a deep learning application. The method includes the following steps that a neutral network type is set, the data type of to-be-input original data is set according to the neutral network type, the original data is subjected to training preprocessing, and training data is formed; an established neutral network component library and/or an established neutral network template library are/is displayed on a graphical interface, a visual neutral network is erected on the graphical interface through visual operation, and the erecting operation process is displayed on the graphical interface; the neutral network is trained, and training indexes are displayed; neutral network input is given, and an inference result runs and is displayed. According to the software development method, the neutral network is established in the manner that the established neutral network component library and/or the established neutral network template library are/is displayed on the graphical interface, the visual neutral network is erected on the graphical interface through the visual operation, and the erecting operation process is displayed on the graphical interface, and the technical problems that traditionally, software programming is needed, interfaces are complex, and time consumed for debugging is long are avoided.

The invention discloses a software developing method based on a cloud platform and a cloud developing platform. The method includes the steps of obtaining project establishing information, wherein theproject establishing information is used for establishing a new project; establishing at least one version; establishing at least one task, wherein the tasks correspond to the versions, and the tasksare used for indicating to-be-developed codes and languages and developing tool versions of the to-be-developed codes; selecting developing languages and developing tool versions corresponding to thetasks in the developing module according to the tasks and completing code developing through the corresponding developing languages and developing tools, wherein the developing module comprises a plurality of developing tools of different languages and versions; issuing the versions by the cloud developing platform. In the code developing process, by executing the software developing method and calling all the modules on the cloud developing platform, code developing is completed. The maintenance-free and rapid-opened software developing cloud platform is provided for improving the research and development efficiency.