The focus of research on metaheuristics is also becoming problem oriented rather than algorithm oriented.
The proposed approach is based on an original evolutionary algorithm called evolutionary algorithm oriented by knowledge (EAOK).
The general principles of the integral sliding mode compensator design are modified to yield the basic control algorithm oriented to time-delay systems, which is then applied to robustify the optimal regulator.
Some of these binary descriptors and detectors include Binary Robust Invariant Scalable Keypoints (BRISK), Binary Robust Independent Elementary Features (BRIEF), and the developed algorithm, Oriented FAST and Rotated BRIEF (ORB).
We present the robotic research setup designed for analysis of control algorithms oriented to complex technical objects.
The development of advanced algorithms oriented towards fuel cell system monitoring, diagnostics, prognostics and control can significantly reduce the incidence of degradation mechanisms and faulty events on fuel cell performance and durability.
The algorithm first orients the molecule so the substituents on the stereogenic atom are positioned as they would appear in a Fischer projection.
We include a theoretical proof of the optimality of the new algorithm, named oriented relative fuzzy connectedness (ORFC), in terms of an oriented energy function subject to the seed constraints, and show its usage to devise powerful hybrid image segmentation methods.
In this paper, a new evolutionary algorithm named oriented cuckoo search algorithm (OCS) is designed.
