Artificial ecosystem optimization by means of fitness distance balance model for engineering design optimization
Optimization techniques have contributed to significant strides in complex real-world
engineering problems. However, they must overcome several difficulties, such as the …
engineering problems. However, they must overcome several difficulties, such as the …
Interactive artificial ecosystem algorithm for solving power management optimizations
B Mahdad, K Srairi - 2022 - repository.kpi.kharkov.ua
Анотація Introduction. Power planning and management of practical power systems
considering the integration and coordination of various FACTS devices is a vital research …
considering the integration and coordination of various FACTS devices is a vital research …
Identification of linear dynamic systems using the artificial bee colony algorithm
Ö Ercin, R Coban - Turkish Journal of Electrical Engineering …, 2012 - journals.tubitak.gov.tr
This paper presents an investigation into the development of system identification using the
artificial bee colony (ABC) algorithm. A system identification task can be formulated as an …
artificial bee colony (ABC) algorithm. A system identification task can be formulated as an …
[图书][B] Dynamic System Identification Using Adaptive Algorithm
SS Roy - 2017 - researchgate.net
Over the latest few years the part of System Identification has drawn interest of numerous
researchers due to its wide applicability to different fields. Adaptive direct modeling or …
researchers due to its wide applicability to different fields. Adaptive direct modeling or …
Fitness-distance balance based artificial ecosystem optimisation to solve transient stability constrained optimal power flow problem
ABSTRACT The Transient Stability Constrained Optimal Power Flow (TSCOPF) has become
an important tool for power systems today. TSCOPF is a nonlinear optimisation problem …
an important tool for power systems today. TSCOPF is a nonlinear optimisation problem …
Simultaneous computation of model order and parameter estimation of a heating system based on gravitational search algorithm for autoregressive with exogenous …
System identification is a class of control system engineering that determines physical
functionality of a plant and represents them in the form of mathematical expression by …
functionality of a plant and represents them in the form of mathematical expression by …
Gravitational search algorithm for non-linear system identification using ANFIS-Hammerstein approach
The nature of real problems in engineering tends to non-linearity, so that, their identification
must be solved using similar approaches what represents a high challenge. The …
must be solved using similar approaches what represents a high challenge. The …
A comprehensive review and application of metaheuristics in solving the optimal parameter identification problems
For many electrical systems, such as renewable energy sources, their internal parameters
are exposed to degradation due to the operating conditions. Since the model's accuracy is …
are exposed to degradation due to the operating conditions. Since the model's accuracy is …
Techno-economic evaluation of hybrid energy systems using artificial ecosystem-based optimization with demand side management
Electrification of remote rural areas by adopting renewable energy technologies through the
advancement of smart micro-grids is indispensable for the achievement of continuous …
advancement of smart micro-grids is indispensable for the achievement of continuous …