37 results about "Distributed development" patented technology

A system and a method for developing Internet-hosted business applications composed of web services and software for use in such environments where applications and application components interoperate to perform requested business functions. The system and method of the present invention utilize a software development application services provider module (DASP), an Instantiatior module, a Builder module, an Applications Service Provider (ASP) Infrastructure Platform (AIP) module, and a hosted production environment module. The system and method of the present invention seeks to maximize the use of prior work to eliminate repetition and reduce development cost and development time. With each new project the library and experience increases. The system and method of the present invention can use developers and testers situated in diverse locations so that a larger pool of skilled people can be employed, the work can be done around the clock by using people all over the globe, and the costs can be reduced by directing work to people in countries with lower labor rates. The system and method of the present invention increases efficiencies and reduces costs to all parties by partnering the developers with third parties who are brought in at the beginning of development.

This invention relates to a method and apparatus for developing software. In one embodiment, a method for facilitating the distributed development of software components includes providing a skill rating for software developers, communicating specifications for a software component to a subset of the developers, receiving submissions from the developers, scoring the submissions, and selecting one submission to be included in a software repository. In another embodiment, a method for compensating a software developer includes soliciting software developers for the submission of computer software components, receiving software components in response to the solicitation from the developers, evaluating the received software components, selecting one or more of the submissions for potential distribution to the public, and allotting the proceeds from the distribution to the developers.

This invention relates to a method and apparatus for developing software. In one embodiment, a method for facilitating the distributed development of software components includes conducting one or more contests for the development of computer software, and rewarding contest reviewers based on the performance of the software developed. Reviewers performance may be measured, for example, using a defect statistic associated with the reviewer.

A messaging system based group joint debugging system is provided, comprising a master computer and a slave computer in mutual communication with the master computer through network. With the group joint debugging system, multiple members of a geographical distributed development team can do jobs on a same debugging session. The master computer includes capabilities for obtaining a debugging request message containing a debugging command via the messaging system, extracting the debugging command and calling a corresponding debugging function of the program debugger according to the debugging command, and sending execution result of the called debugging function, as a debugging response message, to computers participating in a group joint debugging, such that the group joint debugging is carried out to the program to be debugged. The slave computer includes capabilities for receiving the debugging response message and carrying out automatic debugging on the program according to the debugging command.

The invention discloses a software bug report and distribution method and a system, belonging to the field of computer software. The method comprises the steps of firstly extracting report titles of bug reports, bug description and reproduction step information from a bug report database, then establishing a text with the natural language form by using the extracted information in each bug reportand converting to a text vector, searching other text vectors which are similar to the bug reports to be distributed for obtaining a text vector list, finally determining responsible persons of the bug reports which are not distributed according to the text vector list, or applying an algorithm of a support vector machine for training the text vectors, establishing a support vector machine model and finally utilizing the support vector machine model for providing a recommended responsible person list of the bug reports which are not distributed. The system comprises a browser layer, a server layer and a data interface layer. The method and the system can provide a recommendation for assigning the responsible persons for the bug reports, thereby being applicable to large software project distributed development.

This invention relates to methods and a system for developing software. In one embodiment, a method for developing software includes communicating a specification for the design of a software program to a first plurality of developers, in response to the specification, receiving a design from a subset of the developers to a subset of the developers, facilitating a design review process for scoring the designs, selecting one design based on its score, communicating the selected design to a second plurality of software developers, in response to the design, receiving software programs from a subset of the second plurality of developers, facilitating a software review process for scoring the programs, and selecting one program based on its score. In another embodiment, a method for the distributed development of software includes providing a software development system to a distributed community of developers, the system including software development software that utilizes a structured development methodology, a communication server, and a review board for determining the quality of submitted software; accepting a request to create a software program; and facilitating the development of the program by a subset of the distributed community of developers using the software development system.

The invention relates to a power system analysis-oriented software distributed development method. The method comprises the steps of establishing a server and a client with communication functions; performing distributed development of a software algorithm, and calling basic data and a universal algorithm of the server through the client by a development team to perform development and research of corresponding algorithms; and performing achievement gathering of software, and seamlessly linking algorithm achievements of the development team with the software server, thereby realizing distributed development of the software. According to the technical scheme provided by the method, the problem in sharing of the basic data and a basic algorithm in the software establishment process is solved, high cost of integrated development is avoided, the development speed is increased, the seamless fusion of the algorithm development achievements and the software is realized, and the software achievements have portability and reusability.

The invention relates to the technical field of power system analysis and provides a planning analysis method of a distributed and centralized development mode of clean energy, comprising the following steps: A. determining a planning level year; B. Assessment of the clean energy resource potential of the country/region to be developed; C. estimating the generation cost under the centralized and distributed development modes of clean energy; D. determine that constraint conditions of the plan analysis model of the centralized and distributed development mode of the clean energy; E. constructing a planning and analysis model of centralized and distribute development mode; F, selecting and calculating that cross-continental outward channel of the rich resources; G. outputting optimal transmission channel plan. The present invention provides quantitative measurement results for accurately estimating the centralized and distributed development scale, layout, development economy and outgoing channel selection of clean energy in a country or region in the future level years, and provides planning basis for future development mode of clean energy in a region rich in global resources.

The invention provides a DDS middleware communication method based on CAN bus data transmission, which comprises the following steps that: in a CAN bus network, a sensor data acquisition platform periodically sends a connection request to the outside in a broadcast packet mode to discover a Node; the Node returns a response data packet according to the connection request, wherein the response datapacket carries its own Node ID; after the connection request is completed, the DDS creates a CAN session with a Topic ID, and registers a new Topic to the data processing module; and after registration is completed, a data publisher or subscriber is created, and then a data read-write instance is created. The core for realizing the data read-write instance in the invention is an algorithm for sending a CAN data packet by the publisher and an algorithm for receiving the CAN data packet by a subscriber (Subscriber). According to the DDS middleware communication method based on CAN bus data transmission, distributed development of application programs is simpler and more effective, and especially distributed communication of an automatic driving software platform can be implemented only by upgrading software on an existing hardware platform.

The invention relates to the technical field of bank payment system transformation, and provides an SQL-based distributed data unified access system and method, and the system comprises a data accessinterface layer, an SQL analyzer, an SQL converter, an execution assembly, an ODBC assembly, a PayHiredis client, and a connection manager. According to the method, grammatical analysis can be carriedout on SQL statements, data sources are selected, redis or a database is accessed, and meanwhile database connection is managed. The SQL is supported to be used for accessing the relational databaseand redis; connection management is supported, and service modules do not need to be concerned; an ODBC assembly is used for supporting access to various relational databases; a batch execution interface for data access is provided, and all requirements of distributed development of a payment system can be met.

The invention provides a cyclic utilization device and method for preparing a carbon-based organic fertilizer by carbonizing fluidized bed biomass. The device comprises a winnowing device, wherein thewinnowing device is separately connected to a fluidized bed carbonizing device, an organic matter pre-treatment device and a fermenting device, and the back of the fluidized bed carbonizing device isconnected to a blending device and a fermenting device; one end of the fluidized bed carbonizing device is connected to a boiler, the boiler is connected to a turbine generation unit, and a desulfurizing device is provided with an outlet connected to the inlet of the blending device; the outlet of the organic matter pre-treatment device is connected to the inlet of the fermenting device, the outlet of the fermenting device is connected to the inlet of the blending device, and the bottom of the fermenting device is connected to a denitration device; one side of the blending device is connectedto a forming device; and the outlet of the forming device is connected to a drying device, and the tail part of the drying device is connected to a packaging device. The device can prepare the carbon-based organic fertilizer by only feeding biomass and organic matters, and the electric power and heating powder of the system are self-sufficient, so that the device is suitable for distributed development.

The invention discloses an energy economy simulation system development method based on an individual model. The method comprises the following steps: 1) selecting a programming language and a development framework supporting multi-thread and distributed development; 2) based on the selected programming language, designing and developing an individual abstract model with universality; 3) expandingaccording to the individual abstract model, and establishing an individual detailed data model based on a data model read-write framework; 4) based on the selected communication framework, realizinginformation interaction between individuals according to the individual simulation step length and the input and output relationship; and 5) designing and developing a user interface based on the selected graphic interaction interface framework, and displaying the individual model and the simulation result through a visual graphic technology. According to the method, the general individual model is used as an effective means for solving the problem that models in an energy economy system are complex and diverse, the problem that system modeling universality is poor can be effectively solved, development of a modeling simulation system is promoted, and the method has practical popularization value.

Provided is an APSO method for optimizing geographically distributed time-cost. According to the relation of geographically distributed development time and cost, a time-cost model is established, constraint planning processing is performed, constraint processing is further performed by combining with an APSO algorithm and using a penalty function method, and it is verified that an APSO can optimize the geographically distributed time-cost through a simulation experiment. In addition, different project time-cost optimization schemes can be obtained according to different established models, and an accurate and reliable data basis is provided for formulation of project planning.

The invention discloses a distributed development method and device, a storage medium and computer equipment. The method comprises steps of a Docker being established, and tool codes and a framework for training of distributed development being deployed in the Docker; receiving a training task for distributed development; computing resources being allocated to the training task, and the computingresources comprising computing nodes in a cluster; mounting a distributed file system for the computing node allocated with the training task; and respectively executing the training tasks allocated to the computing nodes in a mode of loading the Docker to the computing nodes allocated with the training tasks. According to the method, technical problems of limited cluster scale, high maintenance cost and waste of cluster computing resources when distributed development training is carried out by adopting a customized cluster mode in related technologies are solved.