Sentence examples for many standard techniques from inspiring English sources

The process of re-engineering is, like any other process, one in which many standard techniques have emerged, each of which resolves various forces and may entail many trade-offs.

These dramatic changes occur on a sub-millisecond to sub-nanosecond timescales, making them inaccessible to many standard techniques.

However, there are no many standard techniques available for dispersion characterization of nanoparticles suspensions at high (>2 vol.%) solids loading.

The CFM method is superior to many standard techniques that have been used to solve the Schrodinger equation such as Numervo.

Although there are challenges, many standard techniques have been developed for cell sorting.

This has unfortunately been challenging, due to the intrinsic difficulties of working with a livebearer for which many standard techniques that can be utilized in model organisms are not available.

Another difficulty is that GPCRs are naturally embedded in a complex and dynamic lipid bilayer, which restricts the use of many standard biophysical techniques used for studying soluble proteins.

In steps two and four, the term "compression" denotes the whole process including coefficient quantization and symbol encoding (see [46] for scalar quantization, Huffman coding, LZ77, LZW, and many other standard techniques).

This turns spanners into more of a computational problem, and allows us to use many of the standard techniques from approximation algorithms (convex relaxations in particular).

The approach here proposed enjoys many advantages over standard techniques, such as considerably higher convergence rates, geometrical flexibility, and, in our experience, the possibility of using elements with large aspect ratios without significant deterioration in accuracy.

High order methods possess many advantages over standard techniques, such as considerably higher convergence rates, and, in our experience, the possibility of using elements with large aspect ratios without significant deterioration in accuracy.