摘要:
A method, apparatus and system for managing asset intervention while considering how the interventions amongst the assets inter-relate include receiving information regarding at least one of asset parameters or network parameters via, for example, a GUI or at least one sensor, implementing heuristics and the at least one of the asset parameters or the network parameters to determine and propose, as at least one asset model, a best set of candidate interventions for a bundle of asset interventions for a defined period of time, and implementing at least one prioritization algorithm to prioritize across the determined at least one asset model to determine a priority for implementing the candidate interventions. The determination of the priority can be limited by constraints. In addition, machine learning processes can be implemented to determine and propose, as at least one asset model, a best set of candidate interventions for a defined period of time.
摘要:
A method, apparatus and system for performing asset lifecycle modelling. The model is used to test various asset intervention hypotheses to generate a hazard rate and an intervention rate that may be used to minimize hazard risk across a system comprising assets that fail over their lifetimes.
摘要:
Systems and methods for continuously planning maintenance of enterprise equipment are provided. Draft forecasts relating to projects in an infrastructure are generated by a computer system. A first user (U1) selects a draft forecast and submits it for approval. The computer system adds the submitted forecast to a submitted scenario. A second user (U2) approves or rejects the submitted forecast for inclusion in a master scenario. The second user may modify the submitted forecast. The system permits continuous planning of projects to maintain an enterprise infrastructure.
摘要:
Apparatus and methods for managing and upgrading components in an infrastructure are provided. Records relating to components may be retrieved from a database and separated into subsets based on conditions of those components, the types of those components, deterioration models of those components, and/or other factors. Future condition values may be calculated for each subset, and likelihoods of failure of components may be determined for each subset based on those future condition values. The estimated condition values may be used in order to determine an optimal approach to maintaining, refurbishing, and/or replacing the components in the infrastructure. Computational efficiency is increased.
摘要:
Apparatus and methods for filtering and displaying different scenarios are provided. Gantt charts illustrating multiple scenarios for performing projects are generated by a computer system. The projects shown in the Gantt charts are filtered by the computer system so that only projects which exhibit differences between the multiple scenarios are displayed. The computer system may display projects with differences that exceed a threshold. Gantt charts may be displayed by computer systems along with risk matrices describing the risks involved in one or more of the projects. Risk matrices plot risk values associated with projects. Computer systems may group projects with similar risk values into bins.