Significantly, using the aberration-based design method, the secondary mirror only required 15 µm of freeform departure; whereas, the conventional method produced a secondary mirror with 165 µm of departure an increase of more than an order of magnitude.
Using the Taguchi design method, the effective parameters were determined and optimized for CeO2 nanoparticle synthesis.
Compared to the previous design method, the proposed method does not require many trial iterations.
To validate this design method, the PM force has to be measured accurately.
In the proposed design method, the flatness of the frequency response can be specified arbitrarily.
In order to show the effectiveness of the design method, the controlled planar motion of an underwater robotic vehicle is taken as an illustrative example.
Compared to the existing design method, the new one is simpler, but does not degrade the final design accuracy.
In the proposed design method, the partially decentralized control system is first expanded to the nonsquare decentralized structure.
By using the MAS based embedded control system design method, the development procedure is high efficiency and clear hierarchy.
For the loop shaping design method, the acceleration measurement is required to improve the performance compared to the pid controller.
Following the systems engineering principles, a systematic design method, the Iterative and Participative Axiomatic Design Process (IPADeP), has been adopted.
