Peng-Yeng Yin | National Chi Nan University (original) (raw)
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Papers by Peng-Yeng Yin
ABSTRACT A fertile complementarity exists between scatter search (SS) and particle swarm optimiza... more ABSTRACT A fertile complementarity exists between scatter search (SS) and particle swarm optimization (PSO). Shared and contrasting principles underlying these methods provide a fertile basis for combining them to create a hybrid method. We identify a specific hybrid, scatter PSO, giving rise to two variants that prove more effective than the constriction factor model of PSO. Applied to finding global minima for continuous nonlinear functions, scatter PSO not only is able to obtain better solutions to a widely used set of benchmark functions, but also proves more robust under a variety of experimental conditions.
Page 1. '1' 1994 Intemational Symposium on Speech, Image Processing and Neural Networks... more Page 1. '1' 1994 Intemational Symposium on Speech, Image Processing and Neural Networks, 13-16 April 1994, Hong Kong A NEW METHOD FOR MULTILEVEL THXESHOLDIKG USING SYMMETRY AND DUALITY OF THE HISTOGR'M ...
Journal of Electronic Imaging, 1994
Signal Processing, Aug 1, 1997
The previously published optimal thresholding techniques based on some objective functions are ve... more The previously published optimal thresholding techniques based on some objective functions are very efficient in the bi-level thresholding case, but they are impractical when extended to multilevel thresholding. The reason for this is their computational complexity ...
Decision Support Systems, Mar 1, 2014
Computer Standards & Interfaces, Apr 1, 2006
In a distributed system, a number of application tasks may need to be assigned to different proce... more In a distributed system, a number of application tasks may need to be assigned to different processors such that the system cost is minimized and the constraints with limited resource are satisfied. Most of the existing formulations for this problem have been found to be NP-complete, and thus finding the exact solutions is computationally intractable for large-scaled problems. This paper
The Open Artificial Intelligence Journal, Feb 27, 2009
Applied Mathematics and Computation, 2007
Sustainability, Aug 12, 2022
Applied sciences, Dec 15, 2020
Mathematical Problems in Engineering, 2013
Journal of Systems and Software, May 1, 2007
Applied sciences, Sep 28, 2022
IGI Global eBooks, Jan 18, 2011
Lecture Notes in Computer Science, 2018
Lecture Notes in Computer Science, 2017
Wind farm micro-siting is to determine the optimal placement for the wind turbines such that the ... more Wind farm micro-siting is to determine the optimal placement for the wind turbines such that the cost of energy (COE) is minimal. The problem is clearly a long-term decision one, once the micro-siting was constructed, it is extremely costly to reconfigure the layout. Long-term electricity demand forecasting is a necessity for formation of governmental energy policy. We anticipate that the two problems should be considered simultaneously to create potential benefits because they have resembling properties and close supply-and-demand relationship. This paper proposes a demand-aware micro-siting system to COE minimization. The system is a holistic integration of long-term electricity demand forecasting and optimal micro-siting. A case study in central Taiwan area is conducted to validate the feasibility of the proposed system.
ABSTRACT A fertile complementarity exists between scatter search (SS) and particle swarm optimiza... more ABSTRACT A fertile complementarity exists between scatter search (SS) and particle swarm optimization (PSO). Shared and contrasting principles underlying these methods provide a fertile basis for combining them to create a hybrid method. We identify a specific hybrid, scatter PSO, giving rise to two variants that prove more effective than the constriction factor model of PSO. Applied to finding global minima for continuous nonlinear functions, scatter PSO not only is able to obtain better solutions to a widely used set of benchmark functions, but also proves more robust under a variety of experimental conditions.
Page 1. '1' 1994 Intemational Symposium on Speech, Image Processing and Neural Networks... more Page 1. '1' 1994 Intemational Symposium on Speech, Image Processing and Neural Networks, 13-16 April 1994, Hong Kong A NEW METHOD FOR MULTILEVEL THXESHOLDIKG USING SYMMETRY AND DUALITY OF THE HISTOGR'M ...
Journal of Electronic Imaging, 1994
Signal Processing, Aug 1, 1997
The previously published optimal thresholding techniques based on some objective functions are ve... more The previously published optimal thresholding techniques based on some objective functions are very efficient in the bi-level thresholding case, but they are impractical when extended to multilevel thresholding. The reason for this is their computational complexity ...
Decision Support Systems, Mar 1, 2014
Computer Standards & Interfaces, Apr 1, 2006
In a distributed system, a number of application tasks may need to be assigned to different proce... more In a distributed system, a number of application tasks may need to be assigned to different processors such that the system cost is minimized and the constraints with limited resource are satisfied. Most of the existing formulations for this problem have been found to be NP-complete, and thus finding the exact solutions is computationally intractable for large-scaled problems. This paper
The Open Artificial Intelligence Journal, Feb 27, 2009
Applied Mathematics and Computation, 2007
Sustainability, Aug 12, 2022
Applied sciences, Dec 15, 2020
Mathematical Problems in Engineering, 2013
Journal of Systems and Software, May 1, 2007
Applied sciences, Sep 28, 2022
IGI Global eBooks, Jan 18, 2011
Lecture Notes in Computer Science, 2018
Lecture Notes in Computer Science, 2017
Wind farm micro-siting is to determine the optimal placement for the wind turbines such that the ... more Wind farm micro-siting is to determine the optimal placement for the wind turbines such that the cost of energy (COE) is minimal. The problem is clearly a long-term decision one, once the micro-siting was constructed, it is extremely costly to reconfigure the layout. Long-term electricity demand forecasting is a necessity for formation of governmental energy policy. We anticipate that the two problems should be considered simultaneously to create potential benefits because they have resembling properties and close supply-and-demand relationship. This paper proposes a demand-aware micro-siting system to COE minimization. The system is a holistic integration of long-term electricity demand forecasting and optimal micro-siting. A case study in central Taiwan area is conducted to validate the feasibility of the proposed system.