Sentence examples for tolerance solution from inspiring English sources

This paper proposes a checkpoint-based fault tolerance solution for heterogeneous applications, allowing them to survive fail-stop failures in the host CPU or in any of the accelerators used.

The bottom line here is that hackers of all stripe are having a field day because the wetware problem has been largely unaddressed, and until people become the alpha and omega of the process that leads to a zero tolerance solution, data breaches will continue apace.

Our classification of software fault tolerance solutions is also based on a general taxonomy of design issues.

This is mainly due to the fact that the proposed intrusion tolerance solutions for ad hoc, sensor or mesh networks can not be applied to the relay context without introducing some modifications induced by the particularities of the relaying concept.

In addition, related to the decision mechanism, many FT-protocols within diversity-based fault tolerance solutions frequently selected results based on properties other than the actual response values, such as response time or likelihood of failure.

In this chapter, we focus on characterizing the recurrent failures in a typical cloud computing environment, analyzing the effects of failures on user applications, and surveying fault tolerance solutions corresponding to each class of failures.

They can also be used to determine values of optimality tolerance in solution algorithms that achieve the balance between solution quality and time.

The tolerance for solution improvement was set to 1e−3 and the number of iterations was set to 500 during cross-validation and 1,000 for learning the metric with a selected λ.

The effect of parameter errors and optimality tolerances in solution algorithms on solution errors are studied.

We find that it is advantageous to use the FC approach utilizing relaxed tolerances for solution of the sub-problems, combined with the LV preconditioner.

There the relationship between user-specified error tolerances and solution accuracy is explored, tradeoffs between accuracy and CPU time are shown, and close-to-linear increase in CPU time with increasing chemical mechanism size is demonstrated.