Sentence examples for solutions for testing from inspiring English sources

The derived results can be used as benchmark solutions for testing approximate or numerical methods used for the vibration analysis of non-homogeneous Timoshenko beams.

Innoviz CEO and co-founder noted in a press release that "companies are currently spending tens of thousands of dollars on under-performing LiDAR solutions" for testing, which is likely a dig at Velodyne, whose LiDAR units adorn Uber test vehicles and have a per-unit cost of around $70,000.

If appropriate additional time-series data are available, the set of admissible solutions for testing can be further constrained and reduced.

The second advantage of this method is that it provides solutions for testing the consistency of the network using Cochrane's Q statistics and finding out the reasons for the consistency by a net-heat plot.

To prepare the extract solutions for testing, the plant extract was dissolved in DMSO and RPMI media, so that the final concentration of DMSO when added to test well was 0.83%.

Finally, we present solutions for test problems to demonstrate the accuracy and robustness of the algorithm.

The algorithms for the potential solver, electric field evaluation, loading, scatter-gather algorithms are verified using analytic solutions for test cases subject to Laplace and Poisson equations.

The switch of molecular carbanemase detection to robust loop-mediated isothermal amplification (LAMP) [ 46] allows for commercial point-of-care testing (POCT) compatible test solutions for bedside testing, for example, the eazyplex SuperBug CRE system (Amplex, Gießen, Germany) which provides results within 10 minutes.

The company, which competes with Teradyne and Credence Systems, focuses on a single-platform solution for testing needs.

FPGA implementation is a suitable solution for testing the performance of the proposed architecture before the development of ASIC.

The presented solution represents therefore a convenient solution for testing large-scale testbeds under realistic energy supply scenarios for wireless sensor networks.