"tolerable error" is a correct and usable phrase in written English.
You can use it when referring to something that is not serious enough to cause major damage or disruption, or when a mistake or miscalculation would not be considered particularly significant. For example: "The occasional typo is a tolerable error and doesn't detract from the overall quality of the document."
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"?
Just as for limits of sequences, the formalization of these ideas is achieved by assigning symbols to "tolerable error" and to "sufficiently close".
(Note carefully that first the size of the tolerable error must be decided upon; only then can it be determined what it means to be "sufficiently close").
It is assumed that the elastic properties of the plate material and the permissible or tolerable error in the frequency of the Kirchhoff theory are known quantities.
For a maximum tolerable error of ±20percentnt in the determination of the exchange current density, the limitation of the techniques can be summarized as follows.
The maximum tolerable error between unknown time-varying delay and a constant estimate of the delay is determined to establish uniformly ultimately bounded convergence of the tracking error to the origin.
How does one estimate the continuum from critical to tolerable errors?
The Rice group's algorithm analyzes a circuit to identify paths that can be "pruned," while only introducing tolerable errors.
The minimum sample size of each genotype was estimated through a power analysis where the maximum tolerable errors were set at 0.10 for the rare genotypes (such as Hp1F-1F, Hp1F-1S and GPx-1 Leu/Leu) and at 0.05 for the other genotypes.
A connected network is called "average consensus achievable with tolerable synchronization error" if the maximum asymptotic expectation of the global time synchronization error is less than a predefined threshold when applying the SO-DCTS algorithm in (28), that is, when.
The merits of the proposed structure are low hardware complexity and good audiogram matching with tolerable matching error and acceptable delay, when compared to the state of the art techniques for audiogram matching.
