The phrase "a decision capable" is not correct in standard written English.
It seems to be an incomplete expression and lacks clarity without additional context.
Example: "The committee reached a decision capable of addressing the concerns raised by the community."
Alternatives: "a decision that can" or "a decision able to".
Don't force pregnant 16-year-olds to get parental consent before having an abortion; this is a "cold" decision, capable of being made after careful thought, which the 16-year-old brain is well-equipped to handle.
Since it is difficult to find a decision scheme capable of successfully detecting slightly mismatched mainlobe targets and effectively rejecting sidelobe targets simultaneously, it becomes important to achieve a good tradeoff between a high sensitivity of mainlobe targets and perfect rejection of sidelobe targets.
The objective of this paper is threefold: (i) to introduce the concept of total airport performance analysis, (ii) to describe the development of a Decision Support System capable of performing integrated airport analysis, and (iii) to demonstrate the capabilities of this Decision Support System by analyzing a real-world airport planning case of the Athens International Airport.
This paper presents a decision making method capable to estimate the best position of a photosensor on the ceiling and its proper FOV based on multiple criteria analysis.
The simulator is a decision making tool capable of analyzing different supply chain scenarios by using an approach based on multiple performance measures and user-defined set of input parameters.
A decision support system capable of optimising spatially varying restoration strategies, that considered the level of averted dose, costs (including those of waste disposal) and environmental side effects was developed.
In this study, we propose a decision theory, which is capable to deal with vague preferences and imperfect information.
Using widely available microcomputer tools, we designed and built a Decision Support System (DSS) capable of running MOLP algorithms, and conducted a field test which asked 98 decision makers to solve a business case using the system.
Our purpose is merely to illustrate that such a decision study tool is capable of explicitly showing the following: a). the inputs that the evaluators think must play a role in the evaluation; b). the values of the evaluators, through the scores they have provided; c). the importance they give to each of the factors/inputs through the weights that they have provided, d).
The purpose was to establish a diagnostic decision tree capable of distinguishing between children with optimal or suboptimal neuromotor status at 2 years of corrected age.
