Sentence examples for our constructions are from inspiring English sources

Our constructions are inspired by obfuscation techniques, but do not use obfuscation.

Because of the GDH group structure and the base scheme, most of our constructions are simpler, more efficient and have more useful properties than similar existing constructions.

However, at least in the cases we discuss, our constructions are relatively simple and avoid most of the machinery of parabolic geometry.

Safety factors are numerical factors employed or used as part of the design process for our houses, tools, etc., in order to ensure that our constructions are stronger than the bare minimum expected to be required for their functions.

Of course, we have good technical reasons for this: the way symmetry arguments are used in existing discussions made it natural to focus on those two-dimensional spaces which have a large enough symmetry group, and our constructions are entirely based on exploiting the presence of this symmetry group.

In particular, a remarkable feature of our constructions is that they can operate asynchronously, whereby the clock signal, which is indispensable for synchronizing all elements as in a reversible logic circuit, can possibly be removed from the construction.

Furthermore, implicit in our constructions is the desire to use the simplest multiuser receiver and avoid universal decoding (which is not matched to any particular source distribution but to a whole class).

Then, the fundamental alphabet for our constructions is given by Ω = x = ∑ k = 0 P - 1 u k θ k : u k ∈ A (2). where integer P ≤ [F: F].

All our constructions were subsequently verified by sequencing.

The diglycine motif of these small proteins is directly linked to the first amino acid of the protein to be delivered, which in our constructions was GFP, taken as a model polypeptide.

In the worst case, the sparsity bound in our construction is similar to that of binary compressed sensing matrices constructed by DeVore and partial Fourier matrices constructed by Xu and Xu.