Optimization model to minimize feed costs portions standing (lifting, fattening and finishing)
DOI:
https://doi.org/10.22517/23447214.17091Keywords:
Simplex two-stage method, stage of pig production, optimizationAbstract
The efficient feeding of growing pigs is one of the most important practices of a pig farm, because both the production yield and the profitability of the farm depend on it. Feeding accounts for 80 to 85% of total production costs. For this reason, a linear optimization model was formulated and designed at minimum cost for the management of information of pig production on its feet (lifting, fattening and finishing) for the farm "La Esperanza" in Tierra Negra Fusagasugá (Cundinamarca). The percentages of the practical and maximum levels of inclusion of food in pork rations in growth given by the Spanish Foundation for the development of animal nutrition FEDNA in 2016 were managed to reach the restrictions of feeding and costs per kilogram in each stage. These data were used for the mathematical model in which it was adjusted to the two-phase Simplex Method. For which a prototype of web-oriented software was developed with a simple, simple and friendly design, applying good practices to solve it. For the development of this project, programming languages such as PHP with the Object oriented Programming paradigm, MySQL database and technologies such as HTML5, CSS and JavaScript were used. They helped to guarantee the security and integrity of the data, allowing us to build a quality code, safe and easy to maintain. It was determined that the application easily enters decision variables, the objective function and constraints of each linear optimization model, giving a final report of the results obtained. The mathematical model allowed to give a new feeding formula according to the percentage applied to the bulk of each raw material in the ton, allowing a significant reduction in feed costs in pigs per ton produced.Downloads
References
[1] Cruz, E, Almagel R, Mederos C,” Sistema de cama profunda en la producción porcina a pequeña escala,” Rev. Cient. (Maracaibo) v.19 n.5 Maracaibo. 2009. [online]. Disponible en: http://www.scielo.org.ve/scielo.php?script=sci_arttex t&pid=S0798-22592009000500009
[2] Fundación Española para el Desarrollo de la Nutrición Animal, FEDNA. Tablas FEDNA 2010-
-noviembre. [Online]. Disponible en: http://www.fundacionfedna.org/tablas fednacomposicion-alimentos-valor-nutritivo.
[3] Kniberg,H, Scrum and XP from the Trenches, 2nd ed, InfoQ, 2015.
[4] Wayne W.” Investigación de operaciones. Aplicaciones y Algoritmos”, 4 ed., México: Thomson, 2005, pp. 127-191.
[5] Bronson R. (1993). “Investigación de operaciones”. Colección Schaum- Editorial Mc Graw Hill.
[6] Cañas R.C. “Alimentación y Nutrición Animal”, 2 ed., Chile: Ediciones Facultad de Agronomía. Universidad Católica de Chile. 2000.
[7] Vietes,C, L Basso, R Cañas Cruchaga, “Producción Porcina. Estrategias para una empresa porcina sustentable”. Hemisferio Sur. Buenos Aires. (AR). 1997, Capitulo 12.
[8] Alagón, H.G.; Moscoso, M.J. y Quispe, Q.E.J. (2001). Formulación computarizada de raciones para aves, cerdos y truchas. CISPAAS-FAZ-UNSAAC. Cusco,
Perú. [Online]. Disponible en: http://elmerq.pe.tripod.com/lp.htm
[9] Jiménez, G. Optimización. Universidad Nacional de Colombia sede Manizales. 1 ed.,2009.
[10] Campabadal, C. y Navarro, G. (1995). “El papel de los ingredientes en la formulación de alimentos balanceados por computadora”. Editorial C.I.N.A. – UCR – A.A.S.
[11]Charaja, M. (2000). “Métodos de optimización I”. Editorial EPG-MGE-UNA. Puno - Perú.
[12] Church, D. y Pond, W. (1992). Fundamentos de nutrición y alimentación de animales. Editorial Limusa. México.
[13]Córdova, A. (1993). “Alimentación animal”. Editec Concytec. Lima, Perú.
[14]Eppen, Gould y Schlmdt “Investigación de Operaciones en las Ciencias Administrativas”. Editorial Prentice Hall. México.
[15]Fourier, R. (1999). “Linear Programming Frequently Asked Questions. Optimization Technology Center of Northwestern University and Argonne
[16]National Laboratory”. http://www-unix. mcs.anl.gov/otc/Guide/faq/linearprogrammingfaq.html Hillier y Lieberman. (1986). “Introducción a la Investigación de Operaciones”. Editorial
[17] Mc. Graw Hill. México. Mathur k. y Solow D. (2000). “Investigación de operaciones. El arte de la Toma de Decisiones. Editorial Prentice Hall Hisp.
[18] Momparler J. (2004). “Aplicación práctica de los modelos matemáticos a la gestión de las Pymes”. Castellon – España.
[19]Moskowtz H. y Wright G. (1992). Editorial Prentice Hall. Mexico.
[20]Namakforoosh. (2002). “Investigación de operaciones. Introducción a modelos y casos”. Editorial Limusa.
[21] National Research Council (1988). Nutrient Requirements of Swine. NAP. Washington D.C.
[22] National Research Council (1994). “Nutrient Requirements of Poultry”. NAP. Washington D.C.
[23]Pesti, G.; Miller, B. y and Hargrave, J. (1992). UserFriendly Feed Formulation, Done Again (UFFDA). University of Georgia.[24]. Van Nostrand Reinhold. http://www.uga. edu/~poultry/progs/software.htm
[24]Prawda, J. (1986). “Métodos y modelos de Investigación de Operaciones: Representaciones y servicios de ingeniería”. Editorial Limusa. Mexico.
[25]Quispe, Q. (2001). “Zootec: Formulación de raciones balanceadas en aves y cerdos”. Editorial FAZUNSAAC. Cusco, Perú.
[26]Shamblin y Stevens. (2000). “Investigación de
[27]operaciones. Un enfoque fundamental. Editorial Mac Graw Hill.
[28]Thierauf y Grosse. (2000). “Toma de decisiones por medio de la investigación de operaciones. Editorial Limusa.
[29]Trujillo, F. (1987). Métodos matemáticos en la nutrición animal. Editorial McGraw-Hill. México
[30]Montoro, S. Cómo seleccionar una plataforma de desarrollo para un proyecto web. La Pastilla Roja. (2013, octubre). [Online]. Disponible en:https://lapastillaroja.net/2013/10/como-seleccionarplataforma-tecnologica/
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