Sentence examples for discuss the errors from inspiring English sources

At the weekly meetings, doctors discuss the errors made while taking care of patients.

In addition, we discuss the errors in the elements in doubly terminated filters structures.

Now we study the existence of uncountably bounded nonoscillatory solutions for equation (1.9) with respect to (binBbb {R}setminus{pm 1}), suggest a few Mann iterative approximation schemes with errors for these bounded nonoscillatory solutions and discuss the errors estimates between the iterative approximations and the bounded nonoscillatory solutions.

Finally, we discuss the error in the GNSS PWV and describe the conclusions of the study.

In this section, we discuss the error bounds under different conditions for the unitarily invariant norm.

The second and third theorems discuss the error analysis of the full discretization scheme for the two problems (3.5) and (3.17).

If we want to discuss the error values more precisely, we need a larger dataset and must use the simultaneous estimation method.

In this section, we discuss the error rate performance of MC CC-CDMA using different combining schemes with PIC to show the superiority of PIC in reducing the effect of MAI in frequency-selective Nakagami-m fading channel.

Now we use the Banach fixed point theorem to show the existence of uncountably many bounded positive solutions for Eq. (1.11), construct Mann iterative schemes and discuss the error estimates between the bounded positive solutions and the sequences generated by the Mann iterative schemes.

Using the Banach fixed point theorem, we prove several existence results of uncountably many bounded positive solutions for Eq. (1.11), suggest a few Mann iterative methods for these bounded positive solutions and discuss the error estimates between these bounded positive solutions and the iterative sequences generated by the Mann iterative methods.

Our aim in this paper is to establish a few existence results of uncountably many nonoscillatory solutions for Eq. (1.6), to suggest Mann iterative approximations for these nonoscillatory solutions and to discuss the error estimates between the approximate solutions and the nonoscillatory solutions.