However, for complex, large systems, global control and optimization are difficult to realize using a limited number of targets and control variables; a target system that is more comprehensive and can efficiently control the key processes and characteristics becomes indispensable.
This preferential consumption of sugar, termed carbon catabolite repression (CCR), makes it challenging to design and efficiently control the fermentation processes using lignocellulosic biomass as a feedstock.
It was shown that the new method is very effective, i.e. for these problems it is always able to efficiently control the process toward the stable state.
Though several evidence have accrued demonstrating this phenomenon, there is still a gap in understanding the molecular mechanism of such transitions which will be important to efficiently control the process.
We believe that the normalization introduced by using a single application for databank synchronization is very likely the only way to efficiently control this process.
To reduce bit rates, we apply an additional block, namely temporal masking (TM) which, together with DPQ, can efficiently control process of quantization.
Therefore, these properties of RNAi vector systems based on HIV or other lentiviruses open up a possibility of efficiently controlling replication processes of infectious viruses such as HBV, and have the potential to become important tools in clinical gene therapy.
Economic ex vivo manufacture of erythrocytes at 1012 cell doses requires an efficiently controlled bio-process capable of extensive proliferation and high terminal density.
This determinant is used to efficiently control water and wastewater treatment processes and to demonstrate compliance to EMA-imposed discharge consents in the Trinidad and Tobago situation.
As it is impossible to efficiently control the plant under all influent conditions that may occur by using one universal control strategy, different control strategies are designed.
These findings are very helpful for more efficiently controlling the hard anodization process and developing new electrolyte systems to further broaden the interpore distance range.
