Sentence examples for problem sections from inspiring English sources

Three restoration courses at the University of Washington have been strengthened by adding elements of ecological engineering to their lectures and problem sections.

Proofs of our results, for somewhat stronger hypotheses than ours and in special cases, are scattered in the literature, as briefly reviewed in the 'Introduction' and 'Setting of the problem' sections.

On that account, we will describe and illustrate the shielding effect and its impacts using appropriate experimental scenarios of multiple persons tracking (Section 2) and, subsequently, we will focus on the possible solutions to that problem (Sections 3 5).

We go on to show that there are potential traps in determining the criticality of a Hopf bifurcation when we try to apply GSPT; the criticality of a Hopf bifurcation in the layer problem may not match that of the corresponding Hopf bifurcation in the full system (Section 3.3), although matters are more straightforward when there is no Hopf bifurcation in the layer problem (Sections 3.4 and 3.5).

Identify any problem sections and break them down further.

"Dynamic investment problem" section formulates the dynamic investment problem.

In Section 3, the proposed formulation is applied to the image sharpening problem (Section 3.1) and exposure fusion problem (Section 3.2).

A number of distinct problems go under the name of "the functional indeterminacy problem" (section 4.1) and the magnetesome example can be used to illustrate several of them.

The proposed method for the multi-response problem is defined in 'Robust simultaneous estimation of multi-response problem' section.

Economic aspects of renewable source investments are dealt with in the first long-term problem section, and operational issues of renewable generator like coordinated dispatch with other thermal plants in the second short-term problem section.

We review state-of-the-art target-tracking robots in "Efforts to overcome the occlusion problem" section.