Multi-objective optimization was used to realize a design that properly balanced the power output and conversion efficiency so that both improved simultaneously.
The outcome of such a design process realizes a design space populated with appropriate designed dialogue patterns, along with their associated design parameters (e.g. user- and usage-context-attribute values).
The results show that the resulting designs are sensitive to the use of interval or full QMU to achieve a confidence ratio, and it is not always possible to realize a design at a particular confidence ratio.
This method is aimed for realizing a tight design for distributed controllers so that a better performance of the total system can be gained.
We present here a proof-of-principle which motivates further work in our group toward realizing a practical design capable of long-term survival in a high rate experiment.
The performance of high power handing semiconductor devices with high speed control capabilities and redundant configurations helps in realizing a fault-tolerant design.
For example, "iPhonoid-D" is a modified design from "iPhonoid-C" in order to realize a personalized design.
An augmentation to maximize the primary scintillation detection efficiency of the 0 ν ββ decay detector design will realize an optimum design for both purposes.
This will help realize a reasonable design of the Japanese Test Blanket Module (TBM) of the International Thermonuclear Experiment Reactor ITERR).
In order to realize a compact design, the final 90° bending magnet is divided into two bending magnets of 60° and 30°.
