Automation in Animal Housing and Production - Agricultural Automation - page 228

Morrison, W.D., E. Amyot, I. McMillan, L. Otten, and D.C.T. Pei. 1987a. Effect of reward
duration upon operant heat demand of piglets receiving microwave or infrared heat.
Canadian Journal of Animal Science 67:903-907.
Morrison, W.D., I. McMillan, and E. Amyot. 1987c. Operant control of the thermal envi-
ronment and learning time of young chicks and piglets. Canadian Journal of Animal
Science 67:343-347.
Morrison, W.D., L.A. Bate, E. Amyot, and I. McMillan. 1987d. Performance of large groups of
chicks using operant conditioning to control the thermal environment. Poultry Science
66(11):1758-1761.
Morrison, W.D., L.A. Bate, I. McMillan, and E. Amyot. 1987b. Operant heat demand of pig-
lets housed on four different floors. Canadian Journal of Animal Science 67:337-347.
Naas, I.A. (ed.). 2006. Workshop of CIGR Section II: Animal Housing in Hot Climates. CIGR:
Accessed June 2012. url: http://www.cigr.org/documents/Animalhousinginhotclimates2006
.pdf.
Nienaber, J.A., G.L. Hahn, and J.T. Yen. 1987. Thermal environment effects on growing-
finishing swine: Part I. Growth, feed intake and heat production. Transactions of the
ASAE 30(6):1772-1775.
Palmer, J.D. 2002. Evaporative Cooling Design Guidelines Manual. Project Report, NRG
Engineering, Albuquerque, NM, USA. Accessed June 2012. url: http://www.helmitech
nologies.com/downloads/ecgm_nrgreadme.pdf.
Parsons, D.J., C.P. Schofield, D.M. Green, and C.T. Whittemore. 2005. Real-time, model-
based control of pig growth. Journal of Agricultural Science 143, 320.
Pratt, G.L., J.E. Mentzer, L.D. Albright, and D.S. Bundy. 1983. Ventilation equipment and controls.
In Ventilation of Agricultural Structures , 47-80. St. Joseph, MI: ASAE.
Price, L., P. Young, D. Berckmans, K. Janssens, and J. Taylor. 1999. Data-based mechanis-
tic modeling (DBM) and control of mass and energy transfer in agricultural buildings.
Annual Reviews in Control 23:71-82.
Robertson, A.P., R.P. Hoxey, T.G.M. Demmers, S.K. Welch, R.W. Sneath, K.F. Stacey, A.
Fothergill, D. Filmer, and C. Fisher. 2002 Commercial-scale studies of the effect of
broiler-protein intake on aerial pollutant emissions. Biosystems Engineering 82:217-225.
Schofield, C.P. 1990. Evaluation of image analysis as a means of estimating the weight of pigs.
Journal of Agricultural Engineering Research 47:287-296.
Scott, N.R., J.A. DeShazer, and W.L. Roller. 1983. Effects of the thermal and gaseous environment
on livestock. In Ventilation of Agricultural Structures , 121-168. St. Joseph, MI: ASAE.
Segovia, J.P., D. Sbarbaro, and E. Ceballos. 2004. An adaptive pattern based nonlinear PID
controller. ISA Transactions 43:271-281.
Shao, B., and H. Xin. 2008. A real-time computer vision assessment and control of thermal
comfort for group-housed pigs. Computers and Electronics in Agriculture 62(1):15-21.
Shoen, T. 2012. What's new in feed mill automation? In Proc. 66th Annual Convention of the
Virginia State Feed Association & Nutritional Management . Blacksburg, VA: Virginia
Polytechnic Institute and State University.
Singletary, I.B., R.W. Bottcher, and G.R. Baughman. 1996. Characterizing effects of tem-
perature and humidity on misting evaporative efficiency. Transactions of the ASAE
39(5):1801-1809.
Soldatos, A.G., K.G. Arvanitis, P.I. Daskalov, G.D. Pasgianos, and N.A. Sigrimis. 2005.
Nonlinear robust temperature-humidity control in livestock buildings. Computers and
Electronics in Agriculture 49:357-376.
Stables, M.A., and C.J. Taylor. 2006. Non-linear control of ventilation rate using state-dependent
parameter models. Biosystems Engineering 95(1):7-8.
Stacey, K.F., D.J. Parsons, A.R. Frost, C. Fisher, D. Filmer, and A. Fothergill. 2004. An
automatic growth and nutrition control system for broiler production. Biosystems
Engineering 89:363-371.