However, if higher-dimensional quantum states are used, this requirement can be weakened, for example, with ququarts already up to nearly 19% or 22% errors can be tolerated (again, for two or three mutually unbiased bases), respectively27, 32, 34, 35.
The resolution-related bounds are found to be as follows: usual high-end confocal microscopy may be used if a substantial number of errors can be tolerated, the error rate ≈20 30%, while IDLM and SIM can achieve error rates below 1 5%.
Intuitively, a function f(t) approaches a limit L as t approaches a value p if, whatever size error can be tolerated, f(t) differs from L by less than the tolerable error for all t sufficiently close to p. But what exactly is meant by phrases such as "error," "prepared to tolerate," and "sufficiently close"?
Ultimately, Adamic says, it is a question of how much error can be tolerated when generating a network automatically.
This means finding applications where error can be tolerated.
In contrast, when a higher global error can be tolerated, higher summarization can be tolerated as well, resulting in a relative increment of the rewards to high summarization values.
Here, the decision is made based on an input parameter of the algorithm that is called the false alarm probability or P F, which is used to establish the sensitivity of the algorithm in terms of how much error can be tolerated in the identification of the actual number of endmembers in the image data.
In this case, the free energy calculations would be anywhere from 100 to 1000 times faster depending on how much sampling error can be tolerated.
One important benefit of linkage analyses in families is that more missingness and error can be tolerated than in pairwise IBD analysis since much information can be often imputed, with little uncertainty.
Researchers led by Krishna Palem, a professor of computing at Rice University, have designed an algorithm that modifies a circuit's design to make it more efficient, given a set rate of errors that can be tolerated.
The method can be used to design: robust controllers, LPV controllers, and non-fragile controllers with prescribed ranges of errors that can be tolerated in the implementation of the designed control gains.
