Search for: [Abstract = "The computational cost is further decreased by the strategy employed for solution inter\-processing and fitness deterioration. The HMS efficiency is compared with the results of a standard evolutionary technique, as well as with the multi\-start strategy on benchmarks that exhibit typical inverse problems` difficulties. Finally, an HMS application to a real\-life engineering problem leading to the identification of oil deposits by inverting magnetotelluric measurements is presented. The HMS applicability to the inversion of magnetotelluric data is also mathematically verified."]

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