This paper describes a discrete programming approach, implemented in the Jacaranda synthesis tool, incorporating dynamic modelling for the generation of process designs, which meet specified criteria for operability or flexibility.
A qualitative and a quantitative analysis of the criterion for operability that could be used during the design phase of a process have also been performed.
Setting criteria for operability, these dynamic effects have been quantified into a single value namely, operability index.
Traditionally applicable only to propulsive performance, the hydrodynamic design based on clear definitions of operability requirements and mission criteria have made sea keeping and maneuvering oriented design decisions easier through a quantitative description of performance throughout the design process.
This shows the comparison between handwriting and texting on the aspect of "operability," "intuition," and "speed".
In other situations, the region of operability is the entire experimental region.
Conversely, with both being dual ASMs, the probability of operability is (0.575 2 = 0.33.
We report the complement of these probabilities (i.e. the probability of operability) in Tables 1, 2, 3, 4 and 5. Table 1 Probabilities for operability for various scenarios.
This shows the comparison between handwriting and speech recognition on the aspect of "operability", "intuition", and "speed".
This shows the comparison between handwriting and stroke recognition on the aspect of "operability," "intuition," and "speed".
