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(56-32) 260 3631

Rodrigo Olivares Órdenes

Antecedentes Académicos
  • 2015 to present.  PhD student in Informatics Engineering, Pontificia Universidad Católica de Valparaíso, Valparaíso, Chile.
  •  2016.  Master in Computer Science, Pontificia Universidad Católica de Valparaíso, Valparaíso, Chile.
  • 2015.  Master in Informatics Engineering, Pontificia Universidad Católica de Valparaíso, Valparaíso, Chile.
  • 2009.  Informatics Engineering, Universidad de Valparaíso, Valparaíso, Chile.
Master thesis
  • «Usinganautonomous searchapproachtoimprove  themetaheuristicperformances».  PhD  Ricardo  SotodeGiorgis.
  • «Online  Control ofEnumerationStrategies viaBat-InspiredOptimization».  PhD  Ricardo  SotodeGiorgis.
Research  interests
  • Operations Research
  • Combinatorial
  • Optimization
  • Optimizationin
  • Health Informatics
  • SignalProcessing
Research  projects
  • Research  in  Health Informaticsfor  CENS,  CORFO, led  by School of Civil Informatics  Engineering.
  • Research in Health Informatics, Stic-AmSud 17STIC-03, CONICYT, led by PhD Carla Taramasco.
  • Research in Health Informatics to development a PhD program, MEC, MEC80170097, CONICYT, led by PhD Carla Taramasco.
  • Research in Optimization in Health, FONDEF IDeA ID16I10449, CONICYT, led by PhD Carla Taramasco.
  • PhD student in Informatics Engineering, FONDECYT Regular 1171243, CON- ICYT, led by PhD Ricardo Soto de Giorgis.
  • Master student in Informatics Engineering, FONDECYT Iniciación 11130459, CONICYT, led by PhD Ricardo Soto de Giorgis.
Publications

[1] R. Soto, B. Crawford, R. Olivares, H. Ortega, and B. Almonacid. An imperialist competitive algorithm to solve the manufacturing cell design problem. Advances in Intel ligent Systems and Computing, 662:102–113, 2018.

[2] R. Soto, B. Crawford, R. Olivares, and F. Escárate. A harmony search algorithm to solve the manufacturing cell design problem. Advances in Intel ligent Systems and Computing, 661:20–30, 2018.

[3] R. Soto, B. Crawford, R. Olivares, S. Niklander, F. Johnson, F. Paredes, and E. Olguín.
Online control of enumeration strategies via bat algorithm and black hole optimization.
Natural Computing, 16(2):241–257, 2017.

[4] R. Soto, B. Crawford, R. Olivares, J. Barraza, I. Figueroa, F. Johnson, F. Paredes, and E. Olguín. Solving the non-unicost set covering problem by using cuckoo search and black hole optimization. Natural Computing, 16(2):213–229, 2017.

[5] R. Olivares, R. Soto, B. Crawford, M. Barria, and S. Niklander. Evaluation of choice functions to self-adaptive on constraint programming via the black hole algorithm. In Proceedings of the 2016 42nd Latin American Computing Conference, CLEI 2016,
2017.

[6] R. Soto, B. Crawford, R. Olivares, and E. Olguin. Evaluating the efficient of using choice functions to solve csps via autonomous search [evaluando la eficiencia de utilizar funciones de selección en búsqueda autónoma para resolver problemas de satisfacción de restricciones]. In Iberian Conference on Information Systems and Technologies, CISTI, volume 2016-July, 2016.

[7] R. Soto, B. Crawford, R. Olivares, S. Niklander, and E. Olguín. The impact of using different choice functions when solving csps with autonomous search. Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intel ligence and Lecture Notes in Bioinformatics), 9799:904–916, 2016.

[8] R. Soto, B. Crawford, R. Olivares, S. Niklander, and E. Olguín. Autonomous search in constraint satisfaction via black hole: A performance evaluation using different choice functions. Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intel ligence and Lecture Notes in Bioinformatics), 9712 LNCS:56–65, 2016.

[9] R. Soto, B. Crawford, R. Olivares, C. Galleguillos, C. Castro, F. Johnson, F. Paredes, and E. Norero. Using autonomous search for solving constraint satisfaction problems via new modern approaches. Swarm and Evolutionary Computation, 30:64–77, 2016.

[10] R. Soto, B. Crawford, R. Olivares, M. De Conti, R. Rubio, B. Almonacid, and S. Niklander. Resolving the manufacturing cell design problem using the flower pollination algorithm. Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intel ligence and Lecture Notes in Bioinformatics), 10053 LNAI:184–
195, 2016.

[11]  R.Soto,B.Crawford,and R.Olivares.   Achoicefunctions portfolio  forsolvingcon- straintsatisfaction  problems:Aperformanceevaluation. InProceedings-International

 

2016.

[12]  R.  Soto, B.Crawford,I.Figueroa,R.  Olivares,  and  E.  Olguin.    The  set  covering problem solvedbythe  blackholealgorithm[elproblemadecoberturadeconjuntos solucionadoporelalgoritmodelagujeronegro].  InIberianConferenceonInformationSystems  andTechnologies,CISTI,volume2016-July,  2016.

[13]  R.Soto,B.Crawford,  W.Palma,  E.Monfroy,R.Olivares,C.Castro,  andF.Paredes.

Top-kbasedadaptive  enumeration inconstraintprogramming.  MathematicalProblemsinEngineering,  2015,2015.

[14]  R.Soto,B.Crawford,R.Olivares, F.Johnson, andF.Paredes.  Onlinecontrolof enumerationstrategiesviabat-inspiredoptimization.   Lecture  Notes  in  ComputerScience(including  subseriesLecture  NotesinArtificial  IntelligenceandLecture Notes inBioinformatics),9108:1–10,2015.

[15]  R.Soto,  B.Crawford,R.Olivares,  R.Herrera,  F.  Johnson,and  F.  Paredes.   Enu-meration  strategies  tosolveconstraintsatisfaction  problems:  Performance  evaluation [estrategiasdeenumeraciónpara  resolverproblemas desatisfacción  derestricciones: Evaluación  dedesempeño].  In201510thIberianConference  onInformationSystemsandTechnologies,CISTI2015,2015.

[16]  R.Soto,B.Crawford,R.Olivares,R.Herrera,  F.Johnson, andF.Paredes.  Enumera- tionstrategies  forsolvingconstraintsatisfaction  problems:  Aperformance evaluation. Advances  inIntelligentSystems andComputing, 347:169–179,2015.

[17]  R.  Soto,  B.Crawford,R. Olivares,  C.Galleguillos,  K.Crawford,F.  Johnson,andF.Paredes.   Thecomplexity ofdesigningandimplementing  metaheuristics. Commu- nications  inComputer  andInformationScience,  528:593–597,2015.

[18]  R.  Soto, B. Crawford,R.  Olivares,   J.  Barraza,F. Johnson,and F. Paredes.    A binary cuckoosearch algorithmforsolvingthe  setcoveringproblem.   Lecture Notes inComputer  Science (including subseriesLecture  NotesinArtificial  Intelligenceand Lecture NotesinBioinformatics),9108:88–97,2015.

[19]  R.Soto,B.Crawford,R.Herrera,R.Olivares,F.Johnson,andF.Paredes.  Wsmtuning inautonomoussearch  viagravitationalsearch  algorithms. AdvancesinIntelligent Systems andComputing, 347:159–168,2015.

[20]  B.Crawford,R.Soto,R.Olivares,R.Herrera,E.Monfroy,andF.Paredes. Autonomoussearch:  Towards theeasytuning ofconstraintprogramming  solvers.  Communications inComputer  andInformationScience,  434PARTI:165–168,2014.

Academic  workexperiences
  • Full-time  Academic Professor (Undergraduate School)Universidad de Valparaíso, Valparaíso,  Chile.
    • Escuela de Ingeniería Civil en Informática (School of Civil Informatics Engineering).
      • Fundamentos de la inteligencia artificial (Fundamentals of artificial intelligence ).
      • Investigación de operaciones (Operations research).
      • Lenguaje y autómatas (Theory of automates).
      • Analisis y diseño de algoritmos (Introduction to algorithms).
      • Fundamentos de programación (Fundamentals of programming).
      • Introducción a la Ingeneiría en Informática (Introduction to computer science).
    • Escuela de Ingeniería Civil Oceánica (Department of Civil Oceanic Engineering).
      • COI 114, Informática para la ingeniería (Informatics engineering).

–  Part-timeAcademicProfessor(UndergraduateSchool),PontificiaUniversidad

CatólicadeValparaíso,Valparaíso,  Chile.

–  EscueladeIngeniería  Informática(SchoolofInformaticsEngineering).

–  Lenguaje yautómatas(Theory  ofautomates).

–   Part-timeAcademicProfessor(UndergraduateSchool),UniversidaddeViña delMar,ViñadelMar,Chile.

–  EscueladeIngeniería  enInformática(DepartmentofInformaticsEngineering).

–  Fundamentosdesistemas  operativos  (Fundamentalsofoperating  systems).

–  Taller desistemas  operativos  (Practiceofoperating  systems).

–  Administracióndeservicios(Practiceofsystem administrations).

–  Lenguaje deprogramaciónII(Java  programming).

–  Lenguaje deprogramaciónIII(Java programming-advanced).

–  Lenguaje deprogramaciónwebI(Java webprogramming).

–  Lenguaje deprogramaciónwebII(Java  webprogramming-advanced).

–  EscueladeIngeniería  CivilIndustrial(DepartmentofCivilIndustrialEngineering).

–  Informáticapara  laingeniería  (Informaticsengineering).

Previous  workexperiences

–  Softwareengineering,Universidad  deValparaíso,Valparaíso,  Chile.

AnalisysandDesigninSoftware DevelopmentProject.

–   Softwareengineering,Ministerio SecretariaGeneraldeGobierno,Santiago,  Chile.

AnalisysandDesigninSoftware DevelopmentProject.

–   Softwareengineeringtrainee,CODELCO,  DivisiónVentanas, LasVentanas,  Chile.

AnalisysandDesigninSoftware DevelopmentProject.