A new degree-of-freedom concept is introduced, along with a stiffness tensor that enables one to visualize a finite element method via a boundary discretization process, just as in a boundary element approach.
The number of GSM related to each concept reflects the importance degree of the concept to some extent.
For example, weight scores according to the degrees of concepts, path length, and VIP pairs from the PharmGKB have been applied for path ranking.
Then, the productivity of staff (which is the sum of efficiency and effectiveness) is analyzed to determine the unproductive staff as well as the impact degree of each concept on efficiency and effectiveness.
The Chylla–Haase polymerization reactor is used as a benchmark problem to illustrate the potential of feedforward control design by extending the conventional cascade control in the framework of the two-degree-of-freedom control concept.
Simulation and experimental data obtained from a fully equipped forming tool are presented for pure feedforward control and a two-degree-of-freedom control concept amending the feedforward part by an output error feedback controller.
Further, two other aspects worth highlighting were: the positive usage of self-assessed tests in order to evaluate the degree of integration of concepts; and the fact that the university has a fast WiFi network, which facilitates working on the internet.
But the "small world" or "six degrees of separation" concept, which makes political leaders or Hollywood stars seem practically like our neighbors, may also play a role in helping huge networks of computers work together in harmony.
These initial research steps provide the starting point for continuing study that aims to develop and demonstrate the degrees of connectivity concept linking workers and design elements, with the goal of understanding how to design a project and work operations in order to improve safety during construction.
The feedforward control is combined with industry-standardized proportional-integral-derivative (PID) output error feedback control within the so-called two-degree-of-freedom (2DOF) control concept.
