Sentence examples for model and standardization from inspiring English sources

However, some process system engineering (PSE) issues still need to be addressed more to fully realize the advantages of closed-loop CPM, such as novel sensor development, real time optimization (RTO), real time release (RTR), material traceability, validated CPM model, and standardization of control module.

Our results suggest a strong need for implant testing in three- and four-part fracture models, testing of shoulder arthroplasty prostheses in a PHF model, and standardization of testing parameters to ensure results can be compared between studies.

We also discuss in some detail the lessons learned in this modeling and standardization effort.

Multivariate regression models and direct standardization procedures were used to control for potential confounding due to individual characteristics.

Additional studies also need to be conducted on the mechanism of action, long term toxicity, and efficacy on other experimental models including human and standardization before it can be recommended for human use.

Codegen uses the NetBeans Metadata Repository (MDR) to provide UML support, model API standardization, and full model access[ 19].

Based on this method, employing a template parametric technique, knowledge including design methods, rules, and expert experience in the process of modeling is encapsulated and a finite element model is established automatically, which greatly improves the speed, accuracy, and standardization degree of modeling.

For a broad practical usage of the introduced ODDs, a functioning business model and some kind of standardization committee are required.

We used an open process for the evolution and standardization of data models according to a framework for how data models in synthetic biology should be published [37].

This paper contains novel investigations involving computer-aided durability design, corrosion modeling under varying oxygen, classification and standardization of corrosion product data.

In this paper, we survey the literature in all areas of laser trackers as applied to large-scale dimensional metrology (LSDM), with emphasis on error modeling, measurement uncertainty, performance evaluation and standardization.