Design conditions for a feedforward compensator have been developed utilizing the so-called Q parameterization.
The scheme, called RBPS∗, has been developed utilizing the conventional models of call arrival, cell residence time and microscopic mobility.
An in-plane resonant bimetal microcantilever based on thermal actuation mechanism was developed utilizing the photolithography technique.
A useful metric, tan/D, was developed utilizing the hopper semi-apex angle and orifice diameter (D), and was considered as a first-pass scale-up model.
On the other hand, software components were developed utilizing the XML structure for system description files, gathering features like a flowchart descriptive language and a graphic user-interface.
An Excel-based tool was developed utilizing the horizontal and vertical well models for predicting total volume of water production by current and future wells in Wattenberg Field.
In this paper, a compact polymer actuator is developed utilizing the electrostrictive terpolymer, which is suitable for full page Braille display and graphic display.
Then, an integrated CFD design system of residual correction loop was developed utilizing the existing inverse problem solver which solved integral equations.
Furthermore, five ANFIS models with 6, 9, 19, 21 and 51 rules were developed utilizing the first order Sugeno fuzzy approach by back-propagation neural networks training algorithm.
