Sentence examples for strict error from inspiring English sources
The phrase "strict error" is not commonly used in written English and may not convey a clear meaning.
It could be used in contexts discussing errors that are rigidly defined or enforced, but it is not a standard expression. Example: "The system flagged a strict error in the data entry process, preventing any further actions."
Nevertheless, iterative interpolation, or numerical retrodiction, demonstrates that the computer generated trajectories are shadowed within strict error bounds by exact Čebyšev iterates.
While convergence happens in at most 26 iterations, it can be as few as 8 iterations for a rather strict error tolerance ε=10−4.
The residual phase equation pairs were deduced individually, relying on strict error conditions, e.g. the error of the correlation phase must be less than 4.3°.
In this paper, we demonstrate that strict error reduction from stage to stage can be assured under rather general conditions and we illustrate this rapid convergence numerically for a simple family of two dimensional transport problems.
It appears that an integrated approach is required in real life dating situations where more than one model is applied, with strict error calculation, and with the integration of radiocarbon data with sedimentological analyses of site formation processes.
A thorough numerical study is carried out which shows that a strict error control is achieved and that the method exhibits an optimal computational complexity which does not depend on the value of the tolerance or on the type of Hamiltonian.
Computations with the strict error-control parameters mathtt {odeset('RelTol',1e-13,'AbsTol',[1e-13 1e-13])} (7) produced virtually the same results.
We conclude that even the toy example considered in this section is not trivial to solve (with the strict error-control setting (7), ode15s also managed to produce the curves shown in Fig. 4).
Simulations with the strict error-control setting mathtt {odeset('RelTol',1e-13,'AbsTol',1e-13)} generated the same results, and so did an explicit Euler scheme, with uniform time-step (Delta t= 10^{-7}).
Improved security features such as: protection from cross-site JSON data leaks, tighter restrictions on site-specific content using effective TLD service, better presentation of website identity and security, malware protection, stricter SSL error pages, anti-virus integration in the download manager, version checking for insecure plugins.
Not, the authors think, if we abandon a Cartesian "ethos" of error-avoidance in favor of a Jamesian "counterethos," where "the pursuit of truth" trumps the "strict avoidance of error".
