Sentence examples for margin is introduced from inspiring English sources

A safety margin is introduced to solve the numerical difficulties when solving this type of problem numerically.

A packet dropping margin is introduced as a measure of stability robustness of a system against packet dropping, and a formula for it is derived.

The effective region is extended from the actual region by a fixed length margin as shown in Figure 2. The margin is introduced in order to retain SV calls that were correct but slightly deviated from the actual SV region due to ambiguity of mapping to the reference genome, often observed at interspersed repeats and low-complexity regions.

The expansion margin was introduced as a result of experiences of many European rail organisations (included UIC) to account for the utilisation of the system.

Thus, the concept of the safety margin was introduced to propose a criterion for the assessment of ageing effects on thermal-hydraulic elements in NPPs.

To explain the algorithms, new concepts such as reachable area, stable area, potential search direction, and complementary kinematic margin are introduced, and the effectiveness of the algorithms is validated via simulations and experiments.

Safety margins are introduced by stepwise penalty functions instead of a direct rejecting method.

A margin index m is introduced, which controls seismic load/stress categorization.

The non-negative margin parameter ν is introduced to resolve the scaling ambiguity and to place a low-density region between two classes, similar to the margin idea in support vector machines, which is generally used for semi-supervised learning (Lawrence and Jordan, 2005).

A methodology to perform the Quantification of Margins and Uncertainties (QMU) is introduced to enable the assessment of the safety associated with the operating conditions of complex engineering devices consisting of multiple subcomponents or coupled multi-physics processes.

Therefore, in this work, we used the soft margin formulation, where a slack variable which is the difference between the target margin τ and the objective is introduced as: begin{array}{*{20}l} zeta = tau - mathbf{SVM} {K_{n}, alpha} forall_{n} = 1,ldots N end{array} (7).