Sentence examples for double precision computation from inspiring English sources

Accuracy evaluation by comparing single and double precision computation results is also given.

In most of the processors the architecture is based on a double precision computation.

For instance, support for double precision computation, error correction capability, and increased shared memory may not be crucial for graphics processing in game applications, but they are important for many scientific and engineering applications.

As smaller p-values are not well managed by C double precision computation (the exact limit depends on the system), we get wrong results unless log computations are used.

During the development of Sapporo1 (before the GT200 chips) GPUs lacked support for IEEE-754 double precision computations and therefore all the compute work was done in either single or double-single precision.

GPU-MHD supports both single and double precision computations.

As mentioned in Section 2.2.2 the higher order integrators require the use of double precision computations.

The theoretical peak performance when using double precision computations is lower than the peak performance when using single precision computations.

The performance impact of double precision storage on algorithms that do not require double precision computations is limited.

As noted in Section 3.2, there is no difference in solution quality between single and double precision computations.

Since the smallest noticeable change in single precision is effectively 10−7, the subdomains with smaller changes will not be reactivated in single precision, but only in double precision computations.