Moving horizon optimization of dynamic trajectory planning for high-speed train operation
XH Yan, BG Cai, B Ning… - IEEE Transactions on …, 2015 - ieeexplore.ieee.org
Trajectory planning plays a crucial role in train operation by providing with the authorized
speed at each position. The traditional static train trajectory planning methods are always …
speed at each position. The traditional static train trajectory planning methods are always …
Application of differential evolution-based constrained optimization methods to district energy optimization and comparison with dynamic programming
S Ikeda, R Ooka - Applied Energy, 2019 - Elsevier
Metaheuristic optimization methods, as model-free approaches, are expected to be
applicable to practical issues (eg, engineering problems). Although optimization methods …
applicable to practical issues (eg, engineering problems). Although optimization methods …
Investigation of mutation strategies in differential evolution for solving global optimization problems
Differential evolution (DE) is one competitive form of evolutionary algorithms. It heavily relies
on mutating solutions using scaled differences of randomly selected individuals from the …
on mutating solutions using scaled differences of randomly selected individuals from the …
[PDF][PDF] Adapting differential evolution algorithms for continuous optimization via greedy adjustment of control parameters
Differential evolution (DE) presents a class of evolutionary and meta-heuristic techniques
that have been applied successfully to solve many real-world problems. However, the …
that have been applied successfully to solve many real-world problems. However, the …
Enhanced Differential Evolution Algorithm with Local Search Based on Hadamard Matrix
C Deng, X Dong, Y Tan, H Peng - Computational Intelligence …, 2021 - Wiley Online Library
Differential evolution (DE) is a robust algorithm of global optimization which has been used
for solving many of the real‐world applications since it was proposed. However, binomial …
for solving many of the real‐world applications since it was proposed. However, binomial …
Greedy adaptation of control parameters in differential evolution for global optimization problems
Differential evolution (DE) is a very attractive evolutionary and meta-heuristic technique to
solve many optimization problems in various real-world scenarios. However, the proper …
solve many optimization problems in various real-world scenarios. However, the proper …
Global evolution commended by localized search for unconstrained single objective optimization
RA Khanum, MA Jan, N Tairan, WK Mashwani… - Processes, 2019 - mdpi.com
Differential Evolution (DE) is one of the prevailing search techniques in the present era to
solve global optimization problems. However, it shows weakness in performing a localized …
solve global optimization problems. However, it shows weakness in performing a localized …
Designing optimal harmonic filters in power systems using greedy adaptive Differential Evolution
Harmonic filtering has been widely applied to reduce harmonic distortion in power
distribution systems. This paper investigates a new method of exploiting Differential …
distribution systems. This paper investigates a new method of exploiting Differential …
Eager random search for differential evolution in continuous optimization
This paper proposes a memetic computing algorithm by incorporating Eager Random
Search (ERS) into differential evolution (DE) to enhance its search ability. ERS is a local …
Search (ERS) into differential evolution (DE) to enhance its search ability. ERS is a local …
Adaptive differential evolution supports automatic model calibration in furnace optimized control system
Abstract Model calibration represents the task of estimating the parameters of a process
model to obtain a good match between observed and simulated behaviours. This can be …
model to obtain a good match between observed and simulated behaviours. This can be …