Systematic Literature Review of Models Used in the Epidemiological Analysis of Bovine Infectious Diseases

There are different bovine infectious diseases that show economic losses and social problems in various sectors of the economy. Most of the studies are focused on some diseases (for example, tuberculosis, salmonellosis, and brucellosis), but there are few studies on other diseases which are not officially controlled but also have an impact on the economy. This work is a systematic literature review on models (as a theoretical scheme, generally in mathematical form) used in the epidemiological analysis of bovine infectious diseases in the dairy farming sector. In this systematic literature review, criteria were defined for cattle, models, and infectious diseases to select articles on Scopus, IEEE, Xplorer, and ACM databases. The relations between the found models (model type, function and the proposed objective in each work) and the bovine infectious diseases, and the different techniques used and the works over infectious disease in humans, are presented. The outcomes obtained in this systematic literature review provide the state-of-the-art inputs for research on models for the epidemiological analysis of infectious bovine diseases. As a consequence of these outcomes, this work also presents an approach of EiBeLec, which is an adaptive and predictive system for the bovine ecosystem, combining a prediction model that uses machine-learning techniques and an adaptive model that adapts the information presented to end users.

Automated summary

This article is a systematic literature review on models used in the epidemiological analysis of bovine infectious diseases in the dairy farming sector. The review presents the relationships between the different models and bovine infectious diseases, as well as the techniques used and the works on infectious diseases in humans. The outcomes of this review provide up-to-date inputs for research on models for the epidemiological analysis of infectious bovine diseases, and introduce an adaptive and predictive system for the bovine ecosystem.