71 results about "Project assessment" patented technology

A method for generating an interactive profile of a structure, such as a building, employing an interactive profile system that preferably utilizes an Internet web browser to interface with a user. The interactive profile system includes an application engine embodied in a computer program that is preferably based within a server. A plan set, usually in a CAD format, is received into the interactive profile system, typically submitted by the user or client. The building can be any structure, such as a home, office or warehouse, and can also include the property that the structure occupies. The plan set is converted to a profile data set by the profiling engine. In compliance with an enhanced data protocol, which is a specific format for organizing the profile data set in a standardized array. The profiling engine parses, or extracts, the profile data set to develop and link a plurality of potentially interrelated building. The profiling engine performs a systematic enhancement of the plan set, building upon the elemental physical descriptions of the plan set. Each element of the physical description is functionally analyzed for relational attributes and then expanded and tagged. The user directs a profile query to the application engine of the interactive profile system. The profile query is relatable to the enhanced profile and more specifically relatable to at least one of the plurality of interrelated elements of the building. Typical profile requests can include proposed or actual changes to the building, requests for material listings, and project assessments.

The present invention relates to a project assessment method and software featuring processes and tools for the implementation and assessment of large, business critical, and high risk business programs and projects. The method provides a work breakdown structure life cycle; a set of work breakdown structure milestones, selected from health check, monthly status, and certification milestones; assessing each milestone based upon process, delivery, and certification process assessment areas; determining best practices; optional feedback mechanisms; and reports at each step to evaluate and provide structured recommendations regarding the status or execution of a project.

A network interface accesses project data, wherein the project data comprises a metric for a project. A processor determines a project completeness based on the project data. The network interface receives a project assessment and also accesses updated project data, wherein the updated project data comprises an updated metric for the project. The processor then determines an updated completeness of the project, and determines a change in the completeness of the project. When the change in the completeness of the project is over a threshold, the processor sets a material change flag. The processor also determines a low-granularity project status. The processor then generates a project heat map. The project heat map is displayed in a tabular format. The project heat map presents the completeness of the project, material change flag, and the low-granularity project status for the project simultaneously.

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 embodiment of the invention provides a risk assessment method and a risk assessment device, so as to solve technical problems that during a tunnel blasting project in the prior art, qualitative assessment is mainly carried out through an experienced person and an expert, the qualitative assessment is mainly subjective judgment and qualitative analysis, quantitative analysis is lacked, and thus, the stability and the accuracy of an assessment result are poor. According to the risk assessment method and the risk assessment device provided by the invention, after the identity of a user passes verification, basic events for project assessment inputted by the user are received, the risk values of the basic events are calculated quantitatively, and according to the risk values and the weight values of multiple basic events and a grahame assessment method and a fault tree analysis method, the risk value of the assessment project is acquired, and according to the risk value of the assessment project, the assessment result of the assessment project is acquired. Thus, the technical effects of quantitatively calculating the risk value of the assessment project and acquiring the risk assessment result according to the multiple basic events of the assessment project are achieved.

A computer readable storage medium encoded with a project assessment program for assessing a project including a plurality of processes when executed by a computer computing forecasts of the project based on a set of information. At least one scheme by a user input is selected from a group of schemes including an estimation of mutual-correlation of estimated value pattern. Process planning information, up-to-date actual process information and forecast model information of each process included in the project is retrieved. The forecast model information of each process of the project is defined as probability distribution variations of a plurality of parameters of the processes, wherein the probability distribution variations are quantitative values of the project. Estimated values of variations in at least two parameters of the processes using the process planning information, the up-to-date actual process information and the forecast model information are computed.

The invention relates to the technical field of finance technology, and discloses a project research and development process management method, which comprises the following steps of recording the actual working hours consumed by the development of each functional point during a software project research and development process through a preset timer; counting the actual working hours at the preset time intervals to obtain the actual total working hours corresponding to the software project; determining the actual workload remaining of the software project according to the actual total workinghours, and drawing an actual workload remaining curve on a preset burn-off diagram template according to the actual workload remaining; and when a project evaluation request is received, outputting the software project research and development evaluation information according to the actual workload remaining curve. The invention further discloses a project research and development process management device, an apparatus and a computer readable storage medium. According to the present invention, the burnout chart is generated by accurately counting the actual working hours during the softwareproject research and development process, so that the project research and development workload is accurately evaluated, and the software development efficiency is improved.

The personnel evaluation system that makes use of a terminal unit 1 having an input unit 1g as being an input element and an information processing unit 2 having an external memory unit 2c as being a memory element comprises a performance capability input receiving means 103 that receives an input of the job duty performance capability as being an evaluation of a performance capability of a work actually conducted during job duty through the input unit 1g, a performance capability digitalizing means 204 that digitalizes the job duty performance capability received by the performance capability input receiving means 103, a calculating means 205 that calculates an item evaluation value as being a value summed up a numerical value of the job duty performance capability digitalized by the performance capability digitalizing means 204 for each previously set item, an evaluation memorizing means 206 that memorizes the item evaluation value calculated by the calculating means 205 in relationship with an evaluation target person identifier showing an evaluation target person and an item identifier showing the item in a predetermined area of the external memorizing unit 2c, and an evaluation outputting means 207 that outputs the item evaluation value memorized in the evaluation memorizing means 206.

The invention relates to a TRL (technology readiness level)-based technical maturity assessment information processing method for aeronautic equipment. The TRL-based technical maturity assessment information processing method comprises the following steps: 1, a login request is sent to the application server by a client side; 2, the application server judges the type of the client side according to the information sent by the client side, and the step 3 is executed if the client side is a template management client side, and the step 4 is executed if the client side is a project evaluation client side; 3, the template management client side takes the built technical maturity assessment template as the center to generate the specific technical maturity assessment standard information for the aeronautic equipment, form an assessment template and send the assessment template to a database server; and 4, the project evaluation client side takes technical maturity of a specific project as the judgment main line, and takes the assessment standard information obtained from the server as the judgment scale, so as to form technology readiness level information of key technology elements in project development of aeronautic equipment. Compared with the prior art, the TRL-based technical maturity assessment information processing method has the advantages of efficient information processing specification and clear information structure layer.

A method and system for facilitating analysis of risks. Items, families of items, risks, sub-categories of risks, and categories of risks are weighted. Items are related to each other by a common business function. The risks are associated with each item. For each item, each associated risk is evaluated to determine whether the risk is mitigated. Risk ratings associated with the items or families are calculated using at least risk evaluations and weights assigned to risks and items. The risk ratings are summarized in selectable views which are based on the sub-categories or categories, and which are to be analyzed by wide-ranging levels in a business organizational hierarchy.

The invention discloses a construction engineering project evaluation system comprising a server terminal, a project generation terminal, an evaluation system, a management terminal and a database system. The project generation terminal is used for generating subprojects in the engineering project and establishing a basic evaluation model and transmitting the basic evaluation model to the server terminal. The evaluation system includes multiple evaluation terminals based on the expert consultation method and is used for scoring each primary index of the basic evaluation model of the subprojects. The subprojects are evaluated and index description is enabled to be detailed so that accurate elaboration for each angle of the project implementation effect can be realized and the degree of the implementation quality of the subprojects can be better reflected; and expert consultation and scoring are performed so that the interference of subjective factors can be reduced, the project effect can be displayed in a more targeted way by using the weight evaluation system and thus the evaluation result is enabled to be more reasonable.

Assessment is standardized by linking project objectives to normalized assessment outcomes using a common set of keywords. Specifically, assessment methodologies are captured as text and codes, and assessment observations are captured as text and rankings. The rankings are normalized and assessment reports are generated from the normalized rankings and codes. Educational assessment and/or project assessment may thereby be standardized.

The invention discloses a method for evaluating the delivery quality of a software developer, comprising the following steps: creating a development project, dividing the development project into a plurality of milestones, and designating an inspection item, an index and a weight of each milestone; at the end of each milestone, the system calculates the evaluation result of the current milestone through the milestone evaluation model according to the data of the inspection item; after all the project milestones are finished, the system calculates the weighted evaluation results of each milestone through the overall project evaluation model, obtains the project evaluation results and feeds back to the users. The invention establishes a mathematical model on the basis of setting evaluation rules, indexes and weights for evaluation items related to software development quality, and calculates the evaluation result of software quality, thereby realizing transparent and quantifiable evaluation of software delivery quality, and providing a powerful basis for users to select software suppliers.

The embodiment of the application provides a method and system for project evaluation of an application program. The method comprises: acquiring various heterogeneous data; acquiring characteristic information of a to-be-evaluated target application program from the heterogeneous data; and acquiring a project credit coefficient of the target application based on the characteristic information of the target application program. Therefore, project evaluation accuracy of the application program is improved and thus the reference significance of the project credit coefficient is increased.

The invention discloses a project workload assessment system based on agile management and development, relates to the information processing technology field. According to the evaluation system, firstly, a data storage module, a data analysis module and a master control service module are trained by utilizing construction period evaluation information of an original project to acquire construction period evaluation error coefficient, then, the type and data of the new project are sequentially transmitted to a data storage module, a data analysis module and a master control service module; the construction period evaluation information of the original project is referred; data analysis of construction period evaluation is conducted according to the type of the new project, pre-judgment is conducted on the research and development time of the new project according to the type of the original project, prototype design and PRD, after all pre-judgment time is accumulated, the pre-judgment time is multiplied by a construction period evaluation error coefficient, and the final evaluation construction period of the new project and the evaluation workload within a certain time period are obtained. And the whole evaluation process is carried out online, so that the offline time of project evaluation can be saved to a great extent. The invention further discloses a project workload assessment method based on agile management development.

The invention provides a project evaluation collaborative management system applying artificial intelligence. The project evaluation collaborative management system comprises a system management module, a user login module, a project input module, an expert review module, a report compiling and reviewing module, a project summarizing module, a report generation module, a message pushing module, aninformation query module, an information display module and a database module. According to the invention, process management and control of an evaluation project are realized and management from project planning to project ending is covered, wherein the functions of report online editing, various data statistics, investment index analysis and the like are integrated, and participants relate to delegation units, construction units, evaluated units, related experts and internal project teams. By setting different authorities, all parties of the project are centralized together for project cooperative work, the problems that in an existing project evaluation process, the circulation time of all links is long, the project progress cannot be monitored in real time, and relevant information ofthe project cannot be obtained in real time are solved, and the working efficiency is greatly improved.

The invention belongs to the technical field of Internet bidding and provides a bidding data processing method and system. The bidding data processing method comprises the following steps: auditing item information and bidding document issuing enterprise qualification information which are pre-submitted by a bidding document issuing party, and publishing the successfully audited item information; auditing competitive bidding enterprise qualification information pre-submitted by a competitive bidding party, and receiving competitive bidding information corresponding to the audited competitive bidding enterprise qualification information; determining an evaluation expert to generate a competitive bidding room address; receiving response information, audio/video information and graphics and text information which are sent by the bidding document issuing party, the evaluation expert or the competitive bidding party to the competitive bidding room address; receiving evaluation scores submitted by the evaluation expert; determining target enterprises in competitive bidding enterprises corresponding to the competitive bidding party. The bidding data processing method and system can effectively realize bidding data processing, assists bidding document issuing enterprises in item evaluation and cooperation, brings convenience for evaluating the competitive bidding enterprises, meets business requirements and guarantees real-time information transmission.

An assessment tool for projects can include a computer system having at least one computer device to gather information about projects, generate project assessments, and display information about project assessments. A client-questionnaire module through which questions may be populated pertaining to a project can be used to gather data. Data used to generate a project assessment may be a compilation of coalesced data acquisitioned from a library of historical projects stored in a database of the system. Questions can be assigned and/or grouped based on a relevance-indicator and answers to questions can be assigned an importance-indicator. The coalesced data can be formed by assigning weight-factors to project parameters and analyzing the data to generate statistical expectation values for project parameters of a client's project.

The invention discloses a method for establishing an audit strategy of an information system. The establishing method comprises the steps of audit object information system current situation assessment, information system audit strategy formulation, informatization audit organization guarantee system formulation and informatization internal control and audit implementation. According to the invention, a set of internal control and audit management systems suitable for informatization features of an audit object and top-level designs for carrying out related management mechanisms is compiled; project evaluation comprising requirements, the feasibility, rough calculation and the like is carried out on informatization project requirements and feasibility study reports of the audit object, the priority and the reasonability are evaluated by combining norms and requirements of an audit management system, and method has guidance significance and practical values for improving the internal management and control level of the audit object, meeting requirements of services and management for construction of an information system, meeting requirements of external supervision and promoting the information system to conform to requirements of external specifications.

A web-based software as a service (SaaS) system and method that is designed to document and manage multiple participants involved in a construction project. The system and method can be used during or at the end of a construction project to document and manage a punch list. The present invention manages this process electronically and with higher functionality and interactivity than traditional punch list tools. In addition to punch list activities, the system can document multiple types of issues that arise during the course of a project, including issues arising during a project assessment, a project inspection, the closeout of the project, or similar types of events at a construction project. The invention uses an electronic “ticket” to document the imperfections, defects, damage, and incomplete items (collectively, the “deficiency” or “deficiencies”) discovered during a project assessment, a project inspection, or the closeout of a project.

The embodiment of the invention discloses an equipment quality assessment score processing method and device. The method includes the steps that quality assessment is conducted on at least one state attribute related to equipment on the basis of a corresponding project assessment algorithm so as to determine quality assessment scores of the state attributes; the determined quality assessment scores of the state attributes are counted so as to generate a quality assessment score of the equipment; the quality assessment score of the equipment is displayed. According to the technical scheme, the equipment quality assessment score processing method and device can dynamically extend the assessment algorithm used when quality assessment is conducted on the equipment and the equipment state attributes, and improve the effectiveness of quality assessment of the equipment.

Illustrative embodiments provide a computer implemented method, a data processing system and a computer program product for project assessment using project yield determination. In one embodiment, the computer implemented method comprises receiving project input to form received project data, and performing a first calculation on the received project data to create a project yield and performing a second calculation on the project yield to create a weighted project yield. The computer implemented method further performing a third calculation on the weighted project yield to create a sum of the weighted project yields, and determining whether the sum of the weighted project yields exceeds a predetermined value. Responsive to a determination that the sum of the weighted project yields exceeds the predetermined value, identifying a project associated with the sum of the weighted project yields to create an identified project, and selecting the identified project for delivery.

The invention discloses a project declaration system based on big data. The project declaration system comprises a data acquisition terminal, a data security module, a server, a data analysis processing module, an auditing module, a feedback module and a declaration module. The system has the beneficial effects that the project information applied by a user can be protected by using the data encryption module, the project information of the user is prevented from being stolen to cause economic loss, the data storage space can be reduced by using the data compression module, and the file storage cost is reduced. The data analysis processing module is used; the specific situation of the project can be evaluated scientifically, normatively and meticulously; randomness, blindness and one-sidedness are avoided, project evaluation quality and level are high, repeated project establishment is avoided, novelty and advancement of projects are guaranteed, audited data are more accurate by arranging the auditing module and the feedback module, and increase of the success rate of declaration is facilitated.

The invention, which belongs to the technical field of computer software development, especially relates to an evaluation method and system of a software workload. A development load and a work load of a function point of to-be-developed software are obtained; according to the development load and the work load of the function point, a work load needed by a development load measuring unit in the development load of the function point is determined; reasonability of the work load of the function point is determined based on the work load needed by one development load measuring unit in the development load of the function point as well as a first work load reference value of the development load measuring unit of the type which the function point belongs to. Therefore, the function points are classified and then the development loads and work loads of the function points are calculated; and splitting and calculation of the function points are not required. Therefore, the work load is low. The method and system are suitable for large-scale popularization in project evaluation.