Sentence examples for differentiable performances from inspiring English sources

It has been proposed that different types of affective state might result in differentiable performances towards specific probes, i.e. anxiety may result in changes largely towards the NR- probe while depression-like states would largely induce changes towards the NR+ probe [ 16, 17].

The evolutionary technique is applied to building dominant structural identification with local parametric tuning without the need of a differentiable performance index in the presence of noisy data.

Intelligently guided by the evolutionary optimization, control engineers are able to obtain a near-optimal "off-the-computer" controller by feeding the developed CACSD system with plant I/O data and customer specifications without the need of a differentiable performance index.

MO-PS2 relaxes restrictive assumptions required by existing methods to address practical concerns, such as discrete design variables, nonlinear and non-differentiable performance functions, and disjoint failure domains.

Practical applications of RBDO involve discrete design variables, which are selected from commercially available lists, and non-smooth (non-differentiable) performance functions.

Previous analysis was carried out under assumptions of differentiable sample-performance functions which serve to approximate a steady-state (expected-valued) function.

We discuss main aspects of analytical Hamilton Jacobi Bellman (HJB) theory for a differentiable optimal performance function V (also known as principal function or value function).

Gradient-based methods [ 34, 35] are also widely used, which require the kernel function and the scoring function differentiable to assess the performance of the parameters.

Based on the maximum entropy principle, the cost function of EDP is approximated by using a smooth and differentiable function to improve the performance of the SQP.

Based on these studies, we extend the accelerated Bregman method to solve (1.7) in which the object function might be not differentiable but have the 'good' performance (convex and continuous).

Further study on experiments of fed-batch process demonstrated the use of complex, non-differentiable model and produced improved process performances using the optimal feeding profile.