Sentence examples for consistent configurations from inspiring English sources

That could be much easier to prove than the power-of-two formulas for the numeration of all consistent configurations.

I rigged up some C code to find all the consistent configurations by depth-first search, and try all 27=128 colorings for each one (not 28, because switching red for blue yields an equivalent coloring, so I can assume that the largest number is blue — *this* twofold symmetry was easy), and then outputting those that had no solution.

[NB most of these maximal combinatorial configurations don't arise arithmetically.] A final curious observation is that the consistent configurations always split evenly between even and odd size; e.g. for n=7 the counts are: so the even configurations total 1 + 420 + 6538 + 8593 + 832 = 16384, same as the count of odd configurations 35 + 2310 + 10076 + 3899 + 64.

Flawed rules are identified and potential modifications are provided in order to get consistent configurations.

In order to identify consistent configurations we developed a matrix of cause and effect relationships describing theoretically or empirically grounded interrelationships between contingency factors and governance dimensions.

Due to the large number of possible relationships among goals in the goal model and possible control flows of activities, developers struggle with the challenge of maintaining consistent configurations of both models and their mappings.

Testing this first for n=7 found a unique consistent configuration of triples that could not be 2-colored, namely (note that this is symmetric, as it must be given that it's unique: pairs 125/367, 136/257, 234/456, and the symmetrical 147,246,345).

C denotes consistent configuration while V denotes violating configuration.

First, the prior has the following structure: where C=1 if ℳ and ℐ describe a consistent configuration, and 0 otherwise.

A PMN 𝒫=〈ℳ,ℐ〉 model has a consistent configuration if each regulator in the Module Network has a regulation path from its protein to the genes in its target module (Fig. 2).

The best environments for desktop virtualization are those that combine a consistently fast network with fairly consistent desktop configurations (i.e., the same applications for all users, or a small set of such standard configurations).