Sentence examples for for engineering implementation from inspiring English sources
A solution based on a design well-suited for engineering implementation is proposed.
This structure can not only reduce the conservatism of the outer loop controller design, but also is convenient for engineering implementation.
The main improvement of the proposed simple hybrid fuzzy PD controller is that it has high robustness against noise and easy for engineering implementation.
As a preferred, minimum part-count scheme useful for engineering implementation, we then introduce and evaluate the DOF (delayed optical feedback) configuration, basically a self-mixing scheme operating at a high level of (self -coupling.
On the other hand, in order to achieve the similar performance, the proposed algorithm needs less than half of the iterative times compared with the conventional iterative MMSE algorithm, which means a reduction of almost half of the joint detection and decoding latency and lower complexity for CDMA satellite systems, more suitable for engineering implementation.
The aerodynamic design of a rigid-flexible coupling profile is the decisive factor for the flow-field quality of a supersonic free jet wind tunnel nozzle, and its mechanic dynamic features are the key for engineering implementation of continuous Mach number regulations.
The mixing process between the injectant and air is very crucial for the engineering implementation of the scramjet engine, and this is due to the very short resident time of fuel in supersonic flows.
The comparative simulation results with a linear PD control demonstrate the better performance of the developed fuzzy controller, which have built a solid base for the engineering implementation of the high precision tracking of the feed for the SKA.
A two-dimensional (2-D) semiconductor bridge (SCB) thermo-electric model is exploited to obtain a thorough understanding of the strongly coupled multi-field problem, in particular for the engineering implementation with respect to the transient heat transfer mechanism.
The simulation results have verified the effectiveness of this mechatronics design strategy, the designed controlled actuator system based on this mechatronics strategy has large gain coefficient and favorable performance over the conventional designed one, which have laid a solid base for the engineering implementation of the SKA.
This MNPs reactivation technique can achieve low energy separation and reduce MNPs consumption by 67%, providing potential engineering implementation for cyanobacterial biomass harvesting.
