121 results about "Project team" patented technology

A system and method configured to provide access to and management of information from a plurality of third party software development systems from a single application, where each software development system has a unique data module. Data is retrieved from third party software development tools and cached in a temporary repository to be merged and linked. Changes made are temporary until saved, at which point the changes are saved back to the software development system that originated the data. The system provides interactive manipulation and a consolidated view of merged data for more efficient management, collaboration and real-time editing without going into each individual software development system. This set up embraces and enhances the agile software development interaction while overcoming the software administration, management and maintenance issues of having a plurality of software development tools across a variety of project teams and locations, including geographically disperse locations.

A computer-implemented automated building design and modeling and construction project cost estimating and scheduling system (“DMES system”) is described. The DMES system provides a central source for all of the design and construction information for a construction project in a coordinated two-dimensional and three-dimensional spatial database that is freely accessible by all of the members of an interdisciplinary construction project team as a means to produce automatically coordinated design development and construction document information. The DMES system acquires and stores all of the appropriate design, engineering, and construction expertise and information available for any building type for use in automatically assembling and coordinating the design, cost-estimating, and scheduling for a construction project. In one embodiment, the DMES system consists of a plurality of objects, comprising elements and massing elements arranged in an assembly hierarchy. Each of the objects includes programming code that defines an interface and discrete internal functions that define its behavior. When instantiated in the database, the objects automatically create further instances of other objects in the hierarchy, which in turn do the same, thus assembling a complete building model automatically from the initial manually-placed instance. The building model enables automatic generation of drawings and cost and scheduling information. By running automatic iterations of the building model, multiple designs may be evaluated to determine the optimum design.

A collaborative engineering environment (CEE) enables the effective capture, management, communication, and exploitation of all product related information to a project team. The systematic employment of this information offers substantial improvements in productivity, cost savings, cycle time reductions, product integrity, and lifetime supportability of the system. Advanced CEE capabilities exploit and leverage the engineering, architectural and technological expertise of enterprise subject matter experts (domain experts) across multiple complex systems development and integration activities. The CEE provides a tightly coupled process automation using reusable product elements for coupling information with engineering processes and ensuring adherence to repeatable and traceable engineering processes. A product catalog provides a single information management point for intrinsic complex product characteristics and facilitates the propagation of that information to engineering teams incorporating the complex product into their system designs. The intrinsic complex product characteristics are augmented with implementation specific information to fully describe the complex product in the system design.

System and Methods for implementing a Internet-Based Group Cloud Management System (GCMS) comprised by several Cloud Management System sites (CMS sites), where providing institutions, means for: A) The Creation of the Educational Group comprised by: A1) Community CMS sites for Campuses and / or Groups of Users, A2) Personal CMS Sites for each Faculty, Staff, Student and Alumnus, A3) Project CMS sites for each Project Team. B) Communication within the Educational Group: B1) Among CMS Sites, B2) to e-mail and text-messaging devices. The CMS sites are reachable by their own domain names or sub-domain from the GCMS, and by any search engine. Each CMS site is multi-user and includes its own security system, user-defined and predefined pages for among others, Professional Profile, Web Apps, Virtual Desktop / Apps and Web / Cloud Services. Each CMS site is connected to the GCMS, allowing the Exchange of Information among CMS sites within the GCMS and among GCMS sites.

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.

The system of method for building a database for the design and execution of projects is described. This system includes a host computer system in data communication with a central database and at least first and second databases. The central data base stores information relating to the design and execution of the project predetermined to be important to one or more project team members. The first and second databases are in communication with first and second computer systems which may be remotely located from each other and which execute standard industry software tools. The host computer system is configured to monitor a plurality of transactions to the first database. Each of the plurality of transactions stores data in the first database. The monitoring includes comparing the plurality of a transaction against a predetermined transaction. If the host computer detects a match between one of the plurality of transactions and the predetermined transaction, the host computer reads the first data stored in the first database by the matched transaction and stores the first data in either the second database or the central database, or both. Additionally, the host computer system generates a message indicating that the first database was updated with the first data. This message is then transmitted to the second computer system.

A system and method is adapted to utilize the Internet as a medium for providing information and data management and sharing between diverse project team members. The project team members may be part of diverse functional organizations within one or more larger organizations, may be geographically separated, or may utilize differing information management tools to perform their work activities. Each team may have its own organization separate from the organization from which the team members are drawn. Moreover, the information and data may be financial, technical, marketing and the like.

A system and method for software collaboration includes implementing and using a platform for project collaboration, e.g., a deployment cockpit, based on received parameters. The deployment cockpit can receive and / or retrieve project data, e.g., from a bid cockpit. The data received and / or retrieved can include guidelines, relevant documents, tasks for the project, templates, and best practices. The deployment cockpit can assemble a project team including suggestions and invitations to prospective team members. Team members can have definable access permissions. The data for the project can be gathered in a workspace such that project collaborators can complete tasks without leaving the workspace.

The invention discloses an online monitoring and fault diagnosis system of large wind turbine units. A sensor and data collection equipment are installed on a wind turbine unit to be detected, so as to collect equipment operation state characteristic signals, such as video signals, noise signals, flame signals, electric signals, vibration signals and pressure signals, of the wind turbine unit, and transmits the state characteristic signals to a central control room of a wind power plant through a network in real time; and operation and maintenance personnel can know the operation state of the wind turbine unit at any time in the central control room of the wind power plant, and can directly analyze signal data of the abnormally operated wind turbine unit, so that operation conditions of gear boxes, main shafts, generators, bearings, hydraulic systems, yaw systems, bearing lubricating systems, brake systems, blades and towers of all units in the wind power plant are monitored in real time and failure warning information is output. Data can also be transmitted to a remote fault diagnosis center through a network, a project team performs professional analysis to faults and issues a diagnosis report, and a field maintenance team performs corresponding repair / maintenance operation.

System and Methods for implementing a Internet-Based Group Cloud Management System (GCMS) comprised by several Cloud Management System sites (CMS sites), where providing institutions, means for: A) The Creation of the Educational Group comprised by: A1) Community CMS sites for Campuses and / or Groups of Users, A2) Personal CMS Sites for each Faculty, Staff, Student and Alumnus, A3) Project CMS sites for each Project Team. B) Communication within the Educational Group: B1) Among CMS Sites, B2) to e-mail and text-messaging devices. The CMS sites are reachable by their own domain names or sub-domain from the GCMS, and by any search engine. Each CMS site is multi-user and includes its own security system, user-defined and predefined pages for among others, Professional Profile, Web Apps, Virtual Desktop / Apps and Web / Cloud Services. Each CMS site is connected to the GCMS, allowing the Exchange of Information among CMS sites within the GCMS and among GCMS sites.

A method embodied as a web application that enables the automated construction of project teams from profiles contained in data sources accessible through the World Wide Web. The data sources may include social networks, blogs, web pages, and postings on online discussion forums. The locations of these data sources are supplied by a system administrator (during configuration and maintenance) and by registered users of the web application. The web application allows the system administrator to create a set of templates describing the kinds of roles and skills required by the users of the web application. The web application identifies potential team members referenced in the information sources and constructs a semantic network describing the skill sets and team suitability of those potential team members. The web application allows a registered user to enter the roles and capabilities required for a project team they wish to create. Once the user has entered a description of their desired project team, the application automatically constructs candidate teams by analyzing the semantic network to identify appropriate candidate teams given constraints on roles and skills. Four methods for identifying teams from the semantic network are provided. The system then provides the user with a set of recommended team members. In an iterative process, the user adjusts constraints on the team member capabilities until a satisfactory team is identified. The web application allows the user to negotiate compensation with the selected team, and provides a web-based collaboration page that the user and team may use for communication and coordination.

A method for identifying and using historical work patterns to build high-performance project teams, in one aspect, may comprise identifying historical data associated with one or more past projects, determining from said historical data, one or more patterns in team member attributes that are correlated with at least one of an individual determined to be successful and a project determined to be successful, and generating one or more staffing plans based on said determined patterns. A system and program storage device for performing finctionalities of the method are also provided.

An attrition warning and control system informs an employer as to the risk of attrition for an employee. The employee is assigned a discrete attrition category. The discrete attrition category is determined from an employee satisfaction behavior. The employee satisfaction behavior may be categorized according to its behavior type. Portal logic executed by the attrition warning and control system generates employee team attrition risk reports for employee teams. The portal logic also builds project team attrition risk reports from the employee team attrition risk reports. Reporting logic executed by the attrition warning and control system delivers the discrete attrition category, employee satisfaction behavior, the employee team attrition risk reports, and the project team attrition risk reports through an authorized connection via a communication interface.

A method and system for assessing the project testing practices of an organization is provided. In one embodiment, a consultant gathers current testing practices documentation and procedures for the project and then conducts an interview of at least one project team member utilizing templates and procedures provided by a testing practices assessment toolkit. The consultant then enters the results of the interview and the information obtained from the testing practices documentation and procedures into the toolkit. The toolkit then calculates maturity scores for a select number of key focal areas using formulas based on the industry to which the project belongs. The consultant then analyzes the current situation in the select number of key focal areas against industry best practices using the maturity scores calculated by the toolkit as an aid. The consultant then determines recommendations for the organization that would improve the testing practices of the organization.

An Internet-based integrated technology platform that simultaneously supports the management of Public Information Sites—Web sites used to both (1) inform the public; and (2) capture and manage public comment (including submission of images)—while at the same time providing support for electronic communication for project teams that manage public involvement projects. The support includes sharing of graphic, text and collaborative tasks. The system and method allow revisions to comments and dynamic feedback in agency decision making based on comments with greater responsiveness. The system is also suited for implementing charettes with a large number of participants.

Based on software developed with use-cases, a suite of metrics for the Product / Process (PP) complexity of software systems as well the PP complexity of each stage in the software development process—analysis, design, and testing—is provided. The metrics suite is important for software quality assurance—Validation and Verification (V&V) as well as for understanding new complexities brought into software development by new technologies. The metrics can be collected based on the two most important documents of use-case software development—scenario diagrams and state diagrams. All metrics are CASE tool computable. Thus, each iterative or incremental development process can be quantitatively measured and compared without incurring extra cost or load on the project team. Efficiency metrics for implementation and test stages, normalization rules and logic-metrics for business tables are also presented. A three-level software visualization approach may have impact on graphical programming or direct transformation.

Frameworks and methods for executing large-scale build and operate programs, such as sporting events, and particularly an Olympic Games. A framework of interlinked build, operate, and management processes is formed in accordance with the program requirements, which are specified in terms of deliverable products or service levels. Links between individual processes can only be traversed when exit criteria are satisfied. Methodologies are described that can be used to determine the exit criteria. Once a framework is established, a schedule control plan, by way of significant milestones, is determined. The milestones are chosen to correspond with links between processes that span process streams or project teams.

A system and method for managing access rights to a project team area for a community development asset. The system includes an asset consumption dependency generator and a behavior pattern activity analyzer. The asset consumption dependency generator identifies a member of a project team area for a community development asset. The project team area defines access rights of individuals to the community development asset. The behavior pattern activity analyzer identifies a user within a collaborative development network associated with the identified member of the project team area. The behavior pattern activity analyzer also grants an access right to the identified user to access the community development asset based on a social map dependency between the identified user and the identified member.

The invention discloses a distributed big data computing engine and an architecture method. The computing engine includes: a distributed coordination service cluster, which is used to provide coordination service for distributed applications, stores schema configuration files of related plug-ins and business database objects; a message intermediate cluster for transmitting different types of service data, the service data comprising raw data, calculation results, snapshot data, baseline data and alarm data; a streaming computing cluster, which is based on Storm bottom computing framework and is used to abstract the processing process of temporal index big data into several processes; a visual control module, which is used to display and manage the data through the way of web; a data cachecluster used to reduce the memory overhead of the streaming computing cluster in large-batch computing. The invention can help the enterprise with less accumulation of big data technology, or the project team with shortage of project cycle and manpower can realize online streaming processing of massive time series index data conveniently and quickly.

A method and structure for coordinating resources to complete a design project prioritizes tasks to create a project plan, automatically notifies resources of task responsibilities and associated due dates based on the project plan through the use of encryption keys, controls access to the design data through the use of the encryption keys assigned to the resources, automatically monitors work being performed on tasks through a computerized network, and automatically notifies a project team leader of task completion status, overdue tasks, and tasks being ignored, based on the monitoring.

A system (200) and method (500) is provided for a coordinated health care service delivery program. The method can include providing services to clients at high risk for chronic disease including co-morbidities and consequent disabilities associated with the chronic disease, linking community and vocational services (130) for facilitating community inclusion to supplement fundamental clinical and economic goals, creating a comprehensive and dynamic individual development plan (222) to involve the client and family members as active program team members for stressing client-centric collaborative goal setting, and applying action learning (226) to promote behavior modification and lifestyle change.

The invention relates to a web-based three-dimensional scenic visualized editing device, and particularly relates to a device and method for transmitting and editing data in parallel. The device comprises a server end and a client end, wherein the server end comprises a scenic data transmission device, a version managing device and a priority managing device, and the client end comprises a dynamic display managing device. Due to the adoption of the device and the method, based on a browser thin client, a three-dimensional graph editing user can carry out the high efficient parallel development of a large-sized three-dimensional scenic project, work duplicate of the project is unnecessary to store on a user terminal computer, all three-dimensional graph design functions are supported by a central server, the centralized management of distributed data can be realized, version control can be realized for the editing operation of the user, the current operation can be rolled back by the user to a designated historic version, so the cooperative development risk of a project team can be reduced. The invention also provides a method by utilizing the device to perform multi-user cooperative edition.

A system and method for executing an oilfield operation at a wellsite is provided. The system comprises a project execution unit, an employee assessment unit and a matrix execution unit. The project execution unit is configured to quantify a plurality of project parameters for executed projects, wherein a first project parameter is a success rate of the executed projects, and a second project parameter is a required project team member competency for the executed projects. The employee assessment unit is configured to assess a level of expertise obtained by each of the employees for a plurality of skill sets. The matrix execution unit is configured to compare to the required project team member competency to the level of expertise of each of the employees in each of the plurality of skill sets in order to select a group of employees to be used to complete the project team.

Systems and methods for the collaborative design, construction, and maintenance of fluid processing plants are provided. A collaborative commerce application may provide project management utilities, visualization utilities, dynamic pricing utilities, material procurement utilities, and certification utilities. These features may be integrated seamlessly into the collaborative commerce application. Communication among project team members in the design and construction of fluid processing plants may be made more efficient by providing automatic notifications via the collaborative commerce application. Version control may be used to ensure project team members are working with the latest designs and revisions. Access controls and other security features may be used to prevent confidential data from being disseminated unnecessarily.

The invention provides a construction project management system / method, a computer readable storage medium and a terminal. The management system comprises a reminding item management module which receives the checking instruction of a reminding item and checks the item content of the reminding item; a team information management module which receives the checking instruction of a project team and checks project team information of the construction project; and a prefabrication management module which searches first level component information of the construction project according to a first search instruction and searches second level component information of each construction component according to a second search instruction, wherein the first level component information includes the name of each construction component forming the construction project, the identification code of each construction component and / or the management progress of each construction component, and the second level component information includes the name, the identification code, the management progress, the floor, the system and the class of the construction components. The management efficiency of the construction personnel can be enhanced and paperless management of the construction project can be realized.