1. [ Hansen , 2008] Hansen, N. ( 2008 ). CMA-ES with two-point step-size adaptation. [research report] rr-6527 , 2008. Inria- 00276854v5. [Hansen, 2008] Hansen, N. (2008). CMA-ES with two-point step-size adaptation. [research report] rr-6527, 2008. Inria-00276854v5.
2. [Hansen et al. 2014] Hansen N. Atamna A. and Auger A. (2014). How to assess step-size adaptation mechanisms in randomised search. In Parallel Problem Solving from Nature-PPSN XIII pages 60--69. Springer. [Hansen et al. 2014] Hansen N. Atamna A. and Auger A. (2014). How to assess step-size adaptation mechanisms in randomised search. In Parallel Problem Solving from Nature-PPSN XIII pages 60--69. Springer.
3. [ Ait Elhara et al., 2013] Ait Elhara, O., Auger, A., and Hansen, N. (2013). A median success rule for non- elitist evolution strategies: Study of feasibility . In Proc. of the GECCO , pages 415 -- 422 . [Ait Elhara et al., 2013] Ait Elhara, O., Auger, A., and Hansen, N. (2013). A median success rule for non- elitist evolution strategies: Study of feasibility. In Proc. of the GECCO, pages 415--422.
4. [ Loshchilov , 2014 ] Loshchilov, I. (2014). A computationally efficient limited memory cma-es for large scale optimization . In Proc. of the GECCO , pages 397 -- 404 . [Loshchilov, 2014] Loshchilov, I. (2014). A computationally efficient limited memory cma-es for large scale optimization. In Proc. of the GECCO, pages 397--404.
5. A Simple Modification in CMA-ES Achieving Linear Time and Space Complexity