artículo académico

• Effect of models uncertainties on the emission constrained economic dispatch. A prediction interval-based approach.  APPLIED ENERGY.  317. 2022
• A duality theory approach to the environmental/economic dispatch problem.  ELECTRIC POWER SYSTEMS RESEARCH.  184. 2020
• A probabilistic economic/CO2eq emissions dispatch model: Real applications.  IEEE LATIN AMERICA TRANSACTIONS.  16(9):2362-2369. 2018
• Aprobabilistic economic dispatch model and methodology considering renewable energy, demand and generator uncertainties.  ELECTRIC POWER SYSTEMS RESEARCH.  121:325-332. 2015
• Optimal stochastic fault tracking for rural electrical distribution networks via emergency brigades.  ELECTRIC POWER SYSTEMS RESEARCH.  101:56-62. 2013
• A Novel Ann Training Approach for Supervised and Constructive Learning Applied to Fault Classification & Short-Circuit Zoning in Rural Primary Distribution Systems.  PROCEEDINGS OF THE ROMANIAN ACADEMY, SERIES A.  13(4):378-386. 2012
• Descriptive Mathematical Techniques to Study Historical Data: An Application to Sulfur Dioxide Pollution in the City of Talcahuano-Chile.  ATMOSPHERIC ENVIRONMENT.  43(40):6279-6286. 2009
• Microgenetic Multiobjective Reconfiguration Algorithm Considering Power Losses and Reliability Indices for Medium Voltage Distribution Network.  IEE GENERATION, TRANSMISSION & DISTRIBUTION.  3(9):825-840. 2009
• Minimal Loss Reconfiguration Considering Random Load: Applications to Real Networks.  INGENIARE (CHILE).  16(2):264-272. 2008
• Multiobjective Location of Automatic Voltage Regulators in a Radial Distribution Network Using a Micro Genetic Algorithm.  IEEE TRANSACTIONS ON POWER SYSTEMS.  22(1):404-412. 2007
• Minimal Loss Reconfiguration Using Genetic Algorithms With Restricted Population and Addressed Operators: Real Application.  IEEE TRANSACTIONS ON POWER SYSTEMS.  21(2):948-954. 2006
• Switches Optimum Location in Medium Voltage Network Via Minimization of Energy Not Supplied.  PROCEEDINGS OF THE IEEE COMPUTER SOCIETY.  2006
• Down-Conductor Fault Detection and Location Via a Voltage Based Method for Radial Distribution Networks.  IEE PROCEEDINGS-GENERATION TRANSMISSION AND DISTRIBUTION.  152(2):180-184. 2005
• Minimal Loss Reconfiguration Based on Simulated Annealing Meta-Heuristic.  IEEE TRANSACTIONS ON COMPUTERS.  0:1-5. 2005
• Online Reconfiguration Considering Variability Demand: Applications to Real Networks.  IEEE TRANSACTIONS ON POWER SYSTEMS.  19(1):549-553. 2004
• Minimal loss reconfiguration based on dynamic programming approach: application to real systems.  ELECTRIC POWER COMPONENTS AND SYSTEMS.  30:693-704. 2002