Sentence examples for specification of processes from inspiring English sources
Nowadays, standards are merely developed for the specification of processes, methods, and instructions for continued airworthiness security.
This kind of modeling extremely simplifies the specification of processes that have to operate in dynamic environments, since the developer does not need to think about and specify all the possible alternatives to deal with specific situations (e.g., context changes, availability of functionalities, improbable events).
This is mainly because networks better control opportunistic behaviour through norms of reciprocity and reputation concerns and therefore avoid the need of direct supervision or of ex-ante specification of processes characterizing bureaucratic control.
Our specification of processes build on prior theory and curriculum development in the PAR field (Cargo et al. 2003; Checkoway et al. 2003; Jennings et al. 2006; London 2001; Schensul et al. 2004; Zimmerman 1995); they further reflect dimensions suggested to us by youth in our own research.
Process engineering is a set of activities that leads to the specification of process equipment that is most suitable for processing mixtures with a predetermined composition.
It is the specification of process and/or outcome against which performance can be measured.
In Line 23, the active_node_life-cycle of a task is defined with the same control-flow constructs for the specification of process life-cycles.
The development approach utilizes reaction kinetic modeling, design of experiment, and neural network analysis to establish a quantitative basis for specification of process operating ranges.
The analysis allows for specification of process control parameters and their relation to extrusion force, torsional moment, and the associated plastic dissipation for varying reduction ratios.
Our focus is on describing the specification of process properties, that is, the high-level goals of a process that ultimately dictate why a process should be performed in a given manner.
An algorithm is developed that allows specification of process constraints and great freedom in implementing un-forming strategies, leading to a prediction of the strain history of the un-forming process.
