. . "978-80-87035-76-4" . . "3"^^ . . . "Vysok\u00E1 \u0161kola polytechnick\u00E1" . . "Jihlava" . "Jihlava" . . "6"^^ . "Fuzzy Methods in Land Use Modeling for Archaeology" . . . "social simulation; land-use model; fuzzy sets; Agent-based model"@en . "Mathematical methods in economics 2013 : proceedings of the 31st international conference" . "I, P(EE2.3.20.0001), P(GAP405/12/0926), S" . "18450" . . . "76086" . "The general objective of our research is to develop the complex agentbased simulation of ancient Celtic society population, food production and economics. To achieve this we proposed the agent-based agricultural model of land suitability for miscellaneous farming systems. The behaviour of agents is controlled by a fuzzy rule-based system. The system encodes farmers\u2019 agricultural knowledge as regards the decision where to apply specific farming method. Corresponding linguistic variables describe (1) the distance of individual land patches from the household, (2) the slope of the land, (3) the yield of individual land patches and (4) total harvest as a percentage of inhabitants' annual nutritional requirement. To prevent high-frequency spatial changes in land suitability caused by time-dependent stochastic nature of the crop yields, our model performs result smoothing using spatial signal filtering."@en . . "Fuzzy Methods in Land Use Modeling for Archaeology"@en . . "2013-09-11+02:00"^^ . "Ol\u0161evi\u010Dov\u00E1, Kamila" . . . "Fuzzy Methods in Land Use Modeling for Archaeology"@en . . "Mach\u00E1lek, Tom\u00E1\u0161" . . "Danielisov\u00E1, Al\u017Eb\u011Bta" . . . "Cimler, Richard" . "[39514A97002C]" . . "RIV/62690094:18450/13:50001742" . . . "RIV/62690094:18450/13:50001742!RIV14-GA0-18450___" . "The general objective of our research is to develop the complex agentbased simulation of ancient Celtic society population, food production and economics. To achieve this we proposed the agent-based agricultural model of land suitability for miscellaneous farming systems. The behaviour of agents is controlled by a fuzzy rule-based system. The system encodes farmers\u2019 agricultural knowledge as regards the decision where to apply specific farming method. Corresponding linguistic variables describe (1) the distance of individual land patches from the household, (2) the slope of the land, (3) the yield of individual land patches and (4) total harvest as a percentage of inhabitants' annual nutritional requirement. To prevent high-frequency spatial changes in land suitability caused by time-dependent stochastic nature of the crop yields, our model performs result smoothing using spatial signal filtering." . "4"^^ . "Fuzzy Methods in Land Use Modeling for Archaeology" . .