Genocop, by Zbigniew Michalewicz, is a genetic algorithm-based program for constrained and unconstrained optimization, written in C. The Genocop system aims at finding a global optimum (minimum or maximum: this is one of the input parameters) of a function; additional linear constraints (equations and inequalities) can be specified as well. The current version of Genocop should run without changes on any BSD-UN*X system (preferably on a Sun SPARC machine). This program can also be run on a DOS system. This software is copyright by Zbigniew Michalewicz. Permission is granted to copy and use the software for scientific, noncommercial purposes only. The software is provided ”as is”, i.e., without any warranties.

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  1. Champion, Magali; Picheny, Victor; Vignes, Matthieu: Inferring large graphs using (\ell_1)-penalized likelihood (2018)
  2. Dana Mazraeh, Hassan; Abbasi Molai, Ali: Resolution of nonlinear optimization problems subject to bipolar max-min fuzzy relation equation constraints using genetic algorithm (2018)
  3. Fahimnia, Behnam; Davarzani, Hoda; Eshragh, Ali: Planning of complex supply chains: a performance comparison of three meta-heuristic algorithms (2018)
  4. Gansterer, Margaretha; Hartl, Richard F.: Centralized bundle generation in auction-based collaborative transportation (2018)
  5. Nouri, Nouha; Ladhari, Talel: Evolutionary multiobjective optimization for the multi-machine flow shop scheduling problem under blocking (2018)
  6. Szabó, Norbert Péter; Dobróka, Mihály: Exploratory factor analysis of wireline logs using a float-encoded genetic algorithm (2018)
  7. Yu, Chunlong; Semeraro, Quirico; Matta, Andrea: A genetic algorithm for the hybrid flow shop scheduling with unrelated machines and machine eligibility (2018)
  8. Atifi, K.; Balouki, Y.; Essoufi, El-H.; Khouiti, B.: Identifying initial condition in degenerate parabolic equation with singular potential (2017)
  9. Drzisga, D.; Gmeiner, B.; Rüde, U.; Scheichl, R.; Wohlmuth, B.: Scheduling massively parallel multigrid for multilevel Monte Carlo methods (2017)
  10. Jana, Dipak Kumar; Das, Barun: A two-storage multi-item inventory model with hybrid number and nested price discount via hybrid heuristic algorithm (2017)
  11. Jin, Yin-Fu; Yin, Zhen-Yu; Shen, Shui-Long; Zhang, Dong-Mei: A new hybrid real-coded genetic algorithm and its application to parameters identification of soils (2017)
  12. Lostado-Lorza, Ruben; Escribano-Garcia, Ruben; Fernandez-Martinez, Roberto; Illera-cueva, Marcos; Mac Donald, Bryan J.: Using the finite element method and data mining techniques as an alternative method to determine the maximum load capacity in tapered roller bearings (2017)
  13. Martinez, Nadia; Anahideh, Hadis; Rosenberger, Jay M.; Martinez, Diana; Chen, Victoria C. P.; Wang, Bo Ping: Global optimization of non-convex piecewise linear regression splines (2017)
  14. Pelusi, Danilo; Mascella, Raffaele; Tallini, Luca: Revised gravitational search algorithms based on evolutionary-fuzzy systems (2017)
  15. Salgueiro, Rui; de Almeida, Ana; Oliveira, Orlando: New genetic algorithm approach for the MIN-degree constrained minimum spanning tree (2017)
  16. Vömel, Christof; de Lorenzi, Flavio; Beer, Samuel; Fuchs, Erwin: The secret life of keys: on the calculation of mechanical lock systems (2017)
  17. Ahmed, Zakir Hussain: Experimental analysis of crossover and mutation operators on the quadratic assignment problem (2016)
  18. Berres, S.; Coronel, A.; Lagos, R.; Sepúlveda, M.: Performance of a real coded genetic algorithm for the calibration of scalar conservation laws (2016)
  19. Chakraborti, Debjani: Evolutionary technique based goal programming approach to chance constrained interval valued bilevel programming problems (2016)
  20. Covantes, Edgar; Fernández, Eduardo; Navarro, Jorge: Handling the multiplicity of solutions in a MOEA based PDA-THESEUS framework for multi-criteria sorting (2016)

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