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Investigation of Bovine Disease and Events through Machine Learning Models

Investigation of Bovine Disease and Events through Machine Learning Models

Ghalib Nadeem* and Muhammad Irfan Anis 

High Performance Research Group, FEST, Iqra University Defence View, Karachi, Pakistan.

 
*Correspondence | Ghalib Nadeem, High Performance Research Group, FEST, Iqra University Defence View, Karachi, Pakistan; Email: [email protected]

Figure 1:

Block diagram of entire flow.

Figure 2:

Graphical result of ML models for the event of Estrus in Data-set-1.

Figure 3:

Graphical result of ML models for the event of Calving in Data-set-1.

Figure 4:

Graphical result of ML models for the event of Mastitis in Data-set-1.

Figure 5:

Graphical result of ML models for the event of Lameness in Data-set-1.

Figure 6:

Graphical result of ML models for the event of Estrus in Data-set-2.

Figure 7:

Graphical result of ML models for the event of Acidosis in Data-set-2.

Figure 8:

Graphical result of ML models for the event of Mastitis in Data-set-2.

Figure 9:

Graphical result of ML models for the event of Lameness in Data-set-2.

Figure 10:

Graphical result of ML models for the event of Estrus in Data-set-3.

Figure 11:

Graphical result of ML models for the event of Estrus in Data-set-4.

Figure 12:

Graphical result of ML models for the event of Estrus in Data-set-4.

Figure 13:

Graphical result of ML models for the event of Mastitis in Data-set-4.

Equation 1
Equation 2
Equation 3
Equation 4
Equation 5
Equation 6

Pakistan Journal of Agricultural Research

September

Vol.37, Iss. 3, Pages 190-319

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