Sentence examples for model lifecycle from inspiring English sources

For Non-STEM workers, attrition remains stable latest in the representative 10-year model lifecycle for the low-density model, which lags the early lifecycle peak in STEM attrition for low-density model STEM workers.

The usefulness of MOT is illustrated through a case study, which highlights the design and optimization of a continuous stirred tank reactor as steps in the process model lifecycle.

Together with the medium- and high-density models, the behavior of Non-STEMs in the low-density model suggests that environmental conditions and worker STEM or Non-STEM percentages have the most significant impact on Non-STEM attrition early in model lifecycle.

We then modelled lifecycle energy and GHG emissions for the net zero (NZE) and threshold energy positive (E+) versions of the case study design.

We propose and implement a framework and architecture that uses the three pillars of flexibility in decision making (sequential, parallel, convergence, and interwoven), versatility (of paradigm and/or domain), and independence of components (value, dimension, and purpose) to support the decision making process and the entire modelling lifecycle.

The motivation for this work is the apparent lack of automation in model creation, which leads to bottlenecks in the models lifecycle and scalability (two other attempts at automation of model development methodology can also be found in Budka and Gabrys 2010; Budka et al. 2010).

In today's networked economy, the ubiquity of the Internet and distributed computing environments further amplifies the need and the potential for distributed model management system (DMMS) that manages decision models throughout the modeling lifecycle and throughout the extended enterprise.

We model the lifecycle of a consumer electronics product to examine the complex interactions among different participants and their decisions.

Complex systems, Pattern-based Systems Engineering, are Model-bapproachesms Engineering are approaches to model system lifecycles and address engineered systems complexity.

Moreover, current approaches to BIM servers do not consider the integration of BIM models with lifecycle processes such as energy simulation and construction site layout planning.

The AEC industry thus needs a collaborative framework that could facilitate integration of BIM models with lifecycle processes and social interaction records, either formal or informal, throughout a construction project.