We have showed that a local strategy based on the estimation of the auxiliary state via a generalised heterodyne measurement, followed by the corresponding discrimination measurement on the signal mode, performs worse than the most general (collective) strategy.
Having only two possibilities for α allows us to solve analytically the most general local strategy, since estimating the auxiliary state becomes a discrimination problem between the coherent states (vert sqrt{n}alpha_{0}+1 rangle) and (vert sqrt {n}alpha _{0}-1 rangle).
In the previous section, we defined the most general user association strategy.
In any case, let us present now the most general user association strategy and then propose some simplifications that will make the problem tractable and solvable with a reasonable computational complexity.
In order to screen the key phrases with the most general importance, a voting strategy is used.
In this section, we develop the most general epoch-by-epoch user association strategy.
However, as the presence of a unique, ideally positioned tryptophan residue is not a common feature of most proteins, we devised a more general strategy to find a fluorescent probe that binds to the protein with properties relying on the conformation of the protein.
However, most companies have tried to pursue only one general strategy in gaining market share.
