Sentence examples for range optimization from inspiring English sources

First, Sony makes much of this camera's Dynamic Range Optimization feature, which is supposed to enhance the dynamic range (the spectrum between the shadow details and the bright highlights).

It is highlighted that the modularity of this concept has made it possible to apply it to problems as complex as working range optimization in high-temperature gas turbine and compressor blade design.

From the rigorous review, it is observed that almost all current conventional EESSs for vehicles cannot meet a high-efficiency of power flow over the full operation range; optimization of EESS and improved control strategies will become an important research topic.

These models [27] suggest that visual adaptation results from two effects: error-correction mechanisms [28] and dynamic range optimization [29].

Sinapinic acid was used as the ionization matrix and ProteinChip Arrays were analyzed both for low- and high-mass range optimization in a Bio-Rad PCS4000 mass spectrometer.

By attributing persistent activity to fluctuations in excitability, the model presented here provides an instantiation of these models and performs both error-correction and dynamic range optimization (gain control, see Supplementary Note S2 and Fig S2 for details).

Ancestral areas were optimized under both models over 1000 post-burnin posterior trees randomly chosen [ 107] and generated by divergence time estimation A and, in a second analysis, by estimation B. Composite Akaike weights [ 108] were used to summarize the likelihood of range optimizations.

In fact, after developing and testing a medium-range optimization method SDU, which employs quadratic semi-definite underestimation in the 5D angular space with the exponential parameters also used in this work (Shen et al., 2008), we understood that the approach can be made more efficient by accounting for the reduced dimensionality of the search space and adding regularization based on PCA.

Fig. 13 Hidden node scenario, illustration of the protection range at optimization round 5 Fig. 14 The performance of the proposed optimization in hidden nodes scenario.

Fig. 16 Exposed node scenario, illustration of the protection range at optimization round 5 Fig. 17 The performance of the proposed optimization in exposed nodes scenario.

The calculation of the thermal hydraulic and total strain range for optimization results was conducted with ANSYS software, and compared with the data before optimization.