Abstract

The practical aspects of creating a hardware-software complex for digital information technology implementation in beef breeding feeding management system are considered. Based on systematic analysis of fattening enterprises current state in Kazakhstan, the areas most prepared for automation in the activities of feeding management in beef breeding were identified. The basic information processes are structured to ensure the adoption of optimal management decisions to comply with the technological regulations for keeping animals on the feedlot. The architecture of information infrastructure and integration of its hardware and software components are proposed, taking into account the current state of IT-solutions market. The material and technical base of the processes for feeding management activities automating was selected taking into account the current state of IT-solutions market and integration requirements, its software integration was implemented. Some methodological approaches to solving problems of software engineering are substantiated, implementation of which contributes to the achievement of practical results of increasing the management activities efficiency of personnel at the operational level.

Highlights

  • The modern paradigm of efficiency increasing of the production system is more related to the management of resources at each of its sections

  • The conceptual architecture of integrated system for feeding management activities automation in beef breeding is presented in the figure 1

  • It reflects the managerial activity information model of feeding manager in beef breeding at the operational level, which functioning is designed to ensure the effective processing of operational data into management information, to maintain the optimal development of animal feeding technological regulation

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Summary

Introduction

The modern paradigm of efficiency increasing of the production system is more related to the management of resources at each of its sections. The latter can be done only by modern software and hardware systems [1,2,3]

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