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HARVESTING OPTIMISATION AND POST-HOC ANALISYS

Authors: Snežana MATIĆ-KEKIĆ; Lazar SAVIN; Nebojša DEDOVIĆ;

HARVESTING OPTIMISATION AND POST-HOC ANALISYS

Abstract

{"references": ["ASAE D497.6 JUN2009. Agricultural Machinery Management Data. American Society of Agricultural and Biological Engineers.", "CAMARENA, E.A., GRACIA, C., CABRERA SIXTO, J.M.: A mixed integer linear programming machinery selection model for multifarm systems. Biosyst. Eng., 87(2)145-54,2004.", "DYER, J.A.: Fall fieldworkdays in Canada. Agrometeorology Section, Research Branch, Agriculture Canada,1980. Technical Bulletin, 92:57, 1980.", "\u0110URI\u0106, V., MLADENOV, N., HRISTOV, N., KONDI\u0106-\u0160PIKA, A., RACI\u0106, M.: Effect of rainfalls on wheat quality in 2009 harvest season. Field and Vegetable Crops Research, 47(1)335-40,2010.", "FOKKENS, B., PUYLAERT, M.: A linear programming model for daily harvesting operations at the large-scale grain farm of the IJsselmeerpolders development authority. J. Operational Res. Soc., 32:535-47,1981.", "MATI\u0106-KEKI\u0106, S., DEDOVI\u0106, N., TRIVUNOVI\u0106, S.: Recursive Formula for Number of Cows in Milk Production, Contemporary Agriculture 60(1-2):7-14,2011.", "MILEUSNI\u0106, Z. I., PETROVI\u0106, D.V., \u0110EVI\u0106, M.S.: Comparison of tillage systems according to fuel consumption. Energy, 35:221-28,2010.", "NIKOLI\u0106, R.: Optimisation of parameters of agricultural tractors with the aim of determinating the optimal structure of tractor-machinery systems. PhD thesis, Faculty of Agriculture, Serbia, Novi Sad, 1983.", "OUHIMMOU, M., D'AMOURS, S., BEAUREGARD, S., AIT-KADI, D., CHAUHAN, S.S.: Optimization Helps Shermag Gain Competitive Edge. Interfaces, 39:329-45, 2009.", "ROTZ, C.A., MUHTAR, H.A., BLACK, J.R.: A multiple crop machinery selection algorithm. Trans. of the ASAE, 26(6)1644-49,1983.", "SAVIN, L.: Optimisation of the structure of the machine pool in the agriculture. PhD thesis, Faculty of Agriculture, Novi Sad, Serbia, 2004.", "SAVIN, L., MATI\u0106-KEKI\u0106, S., DEDOVI\u0106, N., SIMIKI\u0106, M., TOMI\u0106, M.: Profit maximization algorithm including the loss of yield due to uncertain weather events during harvest. Biosyst. Eng., 123:56-67, 2014.", "Statistical Office of the Republic of Serbia. 2010. http://webrzs.stat.gov.rs/WebSite.", "Wolfram, S.: Mathematica: Virtual book . http://reference.wolfram.com/mathematica/tutorial/VirtualBookOverview.html, 2001."]}

formulated model of linear programming, which minimizes the total harvest and transport time for the observed farm company, is necessary for achieving the maximum profit from combine harvester rentals. Interdependent field operations have been mutually connected. The calculated optimal operating time showed that more human labour and machinery were used than necessary. This was later used for the post-hoc analysis which determined the profit from the combine harvester rentals for the observed period.

Keywords

optimisation, maximum profit, minimum operating time, machinery pool

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