261 results about "Project manager" patented technology

A system for defining and managing an asset which includes a data store for item specification data provided on a host computer coupled to a network. The system includes a data input toolset, a data modification toolset including project management tools; and a teamwork toolset. The data modification toolset may comprise at least one item procurement system, a cost management system, a project management system, and an information collection system. Each system includes a database interface allowing the system to retrieve, use and modify data subject to permissions granted by project manager.

This invention is a tool for computer-aided design, computer-aided manufacturing forming a Project Management System, comprising: (1) a Component Database; (2) a Component Data Management System; (3) a Design and Manufacturing System; (4) an Assembly Drawing Generator; (5) a Bill of Materials Generator; and, (7) a Project Database. The Project Manager tracks the process and actions, recording and supervising version and change order compliance and task completion, from the start through verification of a production-ready finished version. Each project uses a master workbench. On it design specifications are entered for each subassembly element and connector. Then the user consults the Component Database using a Search and Cross Reference engine for components meeting those design specifications, until a constraint-satisfying design is completed. The tool generates a Bill of Materials, Assembly Drawings, and process records for the project in process.

A system and method for managing an enterprise is provided. The system and method may be based on a layered architecture including a data center that may store all documents and data abstractions for an enterprise. One or more services may interact with an enterprise resource planning system and / or a customer relationship manager to facilitate interaction with the documents and data abstractions. A client access point of the system may include a graphical user interface that includes one or more enterprise management functions for managing the enterprise documents and / or data abstractions. The enterprise management functions may include a user proposal manager, an enterprise proposal manager, a proposal library, a content health manager, an archive library, a bid center, a contracts manager, a resume manager, a debriefing center, and / or a projects manager. The enterprise management functions may re-engineer business processes and enable users to manage all aspects of an enterprise using a single unified interface.

A system is used for the creation, maintenance, and management of an overall project schedule, of individual project member schedules, and of project task assignments over a network. The system comprises three editors accessed through a web browser to perform the various tasks by members of a project. Information is passed between a web server and web browser and a database is used to maintain all information. The project manager can use a task assignment editor to assign tasks to individual project members. The project manager can use a project schedule editor to initially create the project schedule and to show the overall project schedule. After the project schedule is created, each project member can create their own member schedule using a member schedule editor, containing tasks related to the project schedule. After project members complete a task, the project member updates the member's schedule via the member schedule editor.

The present invention provides a novel way to forecast the number of software defects for an upcoming software release. The systems and methods of the present invention involve evaluating the relative size of the upcoming software release with respect to a baseline software release, and estimating the number of expected defects based on the relative size of the upcoming software release and the number of observed software defects for the baseline release. Additional robustness may be achieved by adjusting the forecast to take into consideration regression defects that were detected in the baseline release as well as any code re-factoring. The present invention may be used in various applications such a project management system to allow a project manager to allocate sufficient resources to handle software defects, and to plan accordingly. In various embodiments, a metric is provided to measure the quality achieved after product implementation, based on the forecasted number of software defects.

A system providing a bi-directional feedback loop that assists project management to make timely decisions and alterations based on personal calendar data retrieved from team members' calendars. The system provides a project manager user with perceptible alerts in a project manager user interface in response to detecting a conflict between proposed or actual personal calendar events of a team member user and deliverables assigned to that team member user. The project manager user interface enables the project manager to take an action in the event such a conflict is detected. Project manager actions in this regard may include permitting a conflicting personal calendar event, forbidding the conflicting personal calendar event, delegating the conflicting deliverable to another team member, adjusting the deliverable requirements, and / or escalating the conflict to a higher level of management.

A program management structure that includes a plurality of projects, where each project is staffed with a project manager and wherein each project includes a plurality of tasks which can have multiple interdependencies and at least one position reporting up to the project manager. A plurality of organizations is also included, where each organization is provided with a plurality of departments, each of which has a department manager and at least one staffer reporting up to the department manager and filling at least part of the at least one position. Additionally, project exceptions are reported to the project manager and functional exceptions are reported to the functional manager.

A system for planning and managing a software development project uses an extreme programming (XP) process and includes a graphical user interface (GUI) for displaying graphs and for entering, displaying and modifying underlying planning data. In one embodiment, the GUI includes first, second and third windows. The first window displays bar graphs reflecting both estimated development work and available resources (developer hours) for working on development. The second window displays bar graphs representing both estimated testing work and available resources for working on testing. The third window displays underlying data (e.g., project components and assignment of project components to scheduled development periods). A project manager may use the third window to adjust underlying data in order to better balance work and resources displayed in the first and second windows. Additional underlying data (individual developers, assigned hours, estimates of work on individual project components, etc.) may be displayed in other windows.

A discovery information management system, which can be easily configured, instantly reset, and run by project managers, is disclosed for use in discovery processes. The system allows users to post information on a discussion board, exchange email between members, add information to plural configurable database tables, validate information in different routes by different methods, move information between tables, share real-time information by using local search method, project-wide search method, and interactive data retrieving tools. The system also allows the users to process information by using interactive server pads, investigative identity data search algorithm, identity data processing algorithm, configurable interactive data entry tool, and phrase construction tool.

A globalization management system (200) for managing resources of multiple interrelated data sources (1021, 1022, 1041, 1042, 1000, 1200, 1002, 1202) corresponding to a plurality of sites (102, 104, 106) accessed through a communications network (20) is provided. The globalization management system (200) includes a plurality of target application interfaces (222) respectively coupled to the interrelated data sources through the communications network. Each target application interface (222) includes systems (212, 214, 216, 218) for converting a protocol of the respective data source to a predetermined protocol, and the predetermined protocol to the protocol of the respective data source. The globalization management system (200) further includes a global management engine (100) coupled to the plurality of target application interfaces (222). The global management engine (100) includes a site-to-site relationship manager, a system for reading data representing current content from the interrelated data sources, a system for comparing the data representing current content with data representing prior content, and a project manager for transferring the data identified as a content change to at least one of the interrelated data sources that has been identified as a subscriber site.

A project management process for implementing change requests to a computer application proceeds in stages. In an assessment stage, a project manager determines whether the change request falls within the scope of the computer application. If the project manager deems the change request acceptable, the change request is forwarded to a development lead, a quality assurance (QA) lead, and a documentation lead for approval. The development lead determines whether the change request is technically feasible and if there are any technical issues. The QA lead determines what testing requirements must be met to implement the change request. The documentation lead determines what documentation requirements must be met to implement the change request. If the change request is approved by the development lead, the QA lead and the documentation lead, the change request is implemented. If the change request is not approved, it is rejected or placed on hold.

A system implemented on a computer network for delegating tasks within a project to achieve collaboration among resources in a team environment. Components of the computer network permit communication among a project manager and resources working on the project. Task delegations can be performed vertically from the project manager to resources and horizontally among resources. The project manager can monitor the delegations or can allow the resources to control the delegations. Resources can also further define and subdivide tasks. Ownership of tasks and other information about the status of the tasks can be stored and assembled in various useful formats for the project manager.

The invention discloses a three-dimensional environment model reconfiguration method, equipment and system based on image recognition. The method comprises the following steps: extracting and matching feature points, and carrying out back projection by using the feature points to obtain pixel information; and carrying out stereo matching and iterative updating according to the pixel information. The accuracy of reconfiguration of a three-dimensional scene is improved; and visual and accurate reference is provided for follow-up construction management. The equipment runs on the basis of the method, in a whole construction process, modeling is implemented in real time by computer vision three-dimensional reconfiguration, and a construction scene is recovered visually and clearly. According to the system, images are acquired through a helmet, a camera is arranged on the helmet, terminal equipment is arranged on the background, and project management personnel who do not need to enter a construction site can clearly know the construction process of the site. By the management personnel, a three-dimensional reconfiguration model can be compared with an expected planning model of an expected construction process in BIM in real time, deviation in implementation is discovered in time, and the management efficiency is greatly improved.

A program management structure that includes a plurality of projects, where each project is staffed with a project manager and wherein each project includes a plurality of tasks which can have multiple interdependencies and at least one position reporting up to the project manager. A plurality of organizations is also included, where each organization is provided with a plurality of departments, each of which has a department manager and at least one staffer reporting up to the department manager and filling at least part of the at least one position. Additionally, project exceptions are reported to the project manager and functional exceptions are reported to the functional manager.

A system and method for personnel management collaboration is provided. Each employee has an employee profile data area that is used to store planning data and actual data corresponding to the employee. Planning data includes risk analysis data, compensation data, and development planning data. Actual data includes current compensation data and performance data. A management team may have a common project manager with many department managers. The project manager selects employees normally included in the project manager's view, such as the department managers, and excludes them to form a new view in order to protect the confidentiality of the department manager's data. The new view can be shared amongst the department managers without compromising confidentiality. Employee data pertaining to employees reporting to the department managers is still included in the view for collaborative management meetings and online discussions. Changes to employee data are visible to all of the managers.

The invention discloses a BIM (Building Information Modeling) technology based steel structure engineering visualization acceptance inspection method. Steel structure acceptance inspection application and acceptance inspection judgment are carried out in a spatial three-dimensional visualization virtual environment through a system, acceptance inspection results are expressed by different colors, and a project manager is enabled to understand acceptance inspection results and states visually. Inputted measurement results and standard judgment in a BIM model can assist acceptance inspection, and the efficiency is improved. The system inputs acceptance inspection process information into the BIM model, and the acceptance inspection process information is used as maintenance information in an engineering operation stage, and the traceability of the engineering quality is realized. The BIM technology based steel structure engineering visualization acceptance inspection method overcomes information island problems of high management communication cost, low efficiency and high error rate of traditional steel structure engineering acceptance inspection, acceptance inspection work is prevented from becoming formalistic, and the traceability of the engineering quality is realized.

The present invention discloses an engineering construction project intelligent management system belonging to the technical field of engineering project management. The system comprises a project information collection module, a project assessment module, a bidding and tendering management module, a risk analysis module, a resource management module, a project tracking module, a contract paymentmanagement module, an engineering archives management module and a project progress management module. Through combination of a project management technology and a modern information technology, the engineering construction project intelligent management system greatly improves the management efficiency of the engineering project, allows project managers to easily grasp various information combination statements of the project such as engineering progress, project quality and project cost and forms a powerful background function module support platform so as to thoroughly change the engineering project construction cost extensive-form current management situation and achieve coordination and unification and efficient operation of the engineering project management activity.

The invention discloses a transparent regulation system for interior decoration design and construction, comprising a video monitoring system, a center business platform, a client and a WEB management background which are connected through a network. A decoration company administrator can manage all home decoration projects of the company in a unified way. A decoration owner can see the home decoration picture, know about the decoration progress and grade the decoration progress in real time. A project manager can manage the project information and construction progress of all construction sites in real time. A project supervisor can view the project information and progress and perform stage acceptance and assessment. A designer can view the basic information of a project. Thus, the whole construction process is transparent and controllable, convenience is provided for the decoration company to manage all home decoration projects as a whole, a window is provided for the decoration owner to remotely check the decoration progress and quality in real time, and a method is provided for the project manager and the project supervisor to manage the project progress and upload project supervision information in a quick and real-time way. The efficiency of work in all phases of decoration is improved greatly, and the quality of decoration work is ensured.

A globalization management system (200) for managing resources of multiple interrelated data sources (1021, 1022, 1041, 1042, 1000, 1200, 1002, 1202) corresponding to a plurality of sites (102, 104, 106) accessed through a communications network (20) is provided. The globalization management system (200) includes a plurality of target application interfaces (222) respectively coupled to the interrelated data sources through the communications network. Each target application interface (222) includes systems (212, 214, 216, 218) for converting a protocol of the respective data source to a predetermined protocol, and the predetermined protocol to the protocol of the respective data source. The globalization management system (200) further includes a global management engine (100) coupled to the plurality of target application interfaces (222). The global management engine (100) includes a site-to-site relationship manager, a system for reading data representing current content from the interrelated data sources, a system for comparing the data representing current content with data representing prior content, and a project manager for transferring the data identified as a content change to at least one of the interrelated data sources that has been identified as a subscriber site.

A system is used for the creation, maintenance, and management of an overall project schedule, of individual project member schedules, and of project task assignments over a network. The system comprises three editors accessed through a web browser to perform the various tasks by members of a project. Information is passed between a web server and web browser and a database is used to maintain all information. The project manager can use a task assignment editor to assign tasks to individual project members. The project manager can use a project schedule editor to initially create the project schedule and to show the overall project schedule. After the project schedule is created, each project member can create their own member schedule using a member schedule editor, containing tasks related to the project schedule. After project members complete a task, the project member updates the member's schedule via the member schedule editor.

A method of managing a project comprises: receiving data representing attributes of a project from a project manager; receiving data identifying attributes of the task; assigning a task to a task-responsible person; automatically providing a notice to the task-responsible person, the notice identifying the assignment of the task; receiving at least one task report from the corresponding task-responsible person; providing the corresponding task-responsible person and the project manager read-write access to the task report; and providing at least one other person read-only access to the task report. A computer-implemented information integration system comprises: a database for receiving a plurality of patent data; the database for receiving a plurality of entity data; the database for receiving a plurality of evidence data; the database associating the patent data, the entity data, and the evidence data to each other and storing the patent data, the entity data, and the evidence data.

The invention discloses an evaluation method for small and micro enterprise operation projects, which includes determining indicators affecting the feasibility factors of the project according to the contents of the small and micro enterprises to be evaluated; determining the weight of each indicator in the Internet financial environment; summarizing The weight of each indicator and the detailed rules for scoring establish an initial weighted scoring model; modify the initial weighted model to obtain an optimized weighted scoring model; score the items to be evaluated according to the optimized weighted scoring model; Scoring, determining the funding policy of the project and other steps. Its remarkable effect is: the weighted scoring model is adopted, and each indicator is given a weight, which fully considers the impact of the current Internet financial environment on the indicators and weights of the development factors of small and micro enterprises. Compared with the non-weighted evaluation model, the reliability is more reliable. High, the obtained score has a strong reference for the project managers of makerspaces.

Rights clearances management for assets, such as media assets. A rights brokerage service enables potential licensees to clears rights to use assets within designated projects, such as advertising campaign projects. The potential licensee uses an interface to select or identify an asset without necessarily accessing the asset itself. The rights holders and the rights held by each rights holder are identified based on the asset identity. A request is automatically issued to the rights holders to approve use of the asset for the project. The potential licensee may use an interface to track progress of approvals from the rights holders. Unenforceable rights are detected and approval is automatically obtained. If all enforceable rights are cleared, the asset may be committed for approval by a project manager or other authority. When approved, a license to use the asset is automatically created between the potential licensee and each of the rights holders.

A WBS design managing means in project management, comprising: a WBS tree-like architecture designing means for implementing graphical tree-like design of the work items included in a project and their relations, and mapping them into an enhanced WBS data structure; a WBS attribute editing means for defining and editing attributes of work items at each node of the tree-like architecture; and a WBS data managing means for storing and managing data constructed in accordance with said enhanced WBS data structure. The WBS design managing means may connect to a converter for converting said constructed data into the format required by a project management tool so as to input said structured data to the project management tool. Besides, there is provided an enhanced WBS design tool. The present invention makes the system design tool and project management tool be integrated, so that the system architect and the project management personal have more fluent channel for information exchange under the support of the present invention's tool, improving efficiency and accuracy of project management.

The present invention is directed to system and process for inputting, tracking, monitoring, and displaying the progress and status of the tasks within a project. The system is comprised of an application server, having a team directory and a project database, in communication with a member client and a manager client over a network. A manager client is configured with a plurality of interfaces to input users, create an adaptive, group based permission structure, select team members, and input tasks. The permissions structure allows a team member to be assigned to multiple groups with differing permission for different project functions. The system determines an effective permission based on the multiple group membership. The member client is configured with a plurality of interfaces to create and update task information. The manager client is further configured with a plurality of interfaces to monitor and input project information in response to project events and information. Specifically, the system allows a client to input a dependency hold status, which is visible to the project manager, the person creating the dependency, and other team members, reducing interference with task performance for redundant communication.

The invention discloses a ground subsidence prediction system and a method based on a support vector machine, which are mainly used to the problem that the supporting system cannot satisfy the demand for analysis of mass data in the process of shield construction. The system comprises a Hadoop big data analysis platform, a data collection module, a data preprocessing module, a model building module, and a subsidence prediction module. In the prediction method, for de-noising in preprocessing, a clustering algorithm based on confidence interval estimation and the Pauta criterion is proposed for abnormal point detection. In prediction model building, the iterative calculation process of the weight vector is updated with the average value of N partitions, which, together with stochastic gradient descent, enhances the training speed. The system has the ability to store and analyze mass data and the ability of high-performance redundancy. Real-time and efficient data analysis is realized. The system and the method are used for ground subsidence prediction in the process of shield construction to provide reference and adjustment basis for project managers and construction operators.

A system, method and computer program product for source area contamination data acquisition, analysis and processing. The present invention leverages and expands direct sensing technology, knowledge and experience to provide detailed, real-time images of subsurface conditions. The latest technologies in sensors, digital processing, computation and 3D visualization are used to enable clients to work with a single contractor who can perform data acquisition, processing and analysis necessary to produce quantifiable, user-friendly 3D maps on a daily basis which can be delivered via the Internet and / or to mobile devices. This allows the owner and site project manager to make timely decisions as they guide investigation, remediation and monitoring efforts.