Optimized Drug Distribution for Pharmacies of the National Order of Pharmacists in DR Congo using a Multi-Agent Engineering Approach

Authors

  • Blaise Fyama M.

  • Ruphin Nyami

Keywords:

JADE, multi-agent systems, agent modeling, O-MaSE, pharmacist

Abstract

This paper focuses on a Multi-Agent Oriented Engineering for the problem of registration of pharmacists in the National Order of Pharmacists NOP and the regulation of the sale of pharmaceutical products in a distributed environment The behavior of a pharmacist in the practice of pharmacy is characterized by interactions with the Provincial Council of the Order of Pharmacists PCOP of his jurisdiction where he obtains an authorization to practice pharmacy This authorization is accompanied by the ethical rules to be observed in order to expose medicines on the market The activities of each pharmacist are continuously subject to quality control and pharmaceutical vigilance to protect the health of the population In this paper we focus on the design of a Multi-Agent System MAS in order to help the PCOP to control the pharmaceutical activity on the one hand and the pharmacists to sell their drugs safely on the other hand

How to Cite

Blaise Fyama M., & Ruphin Nyami. (2021). Optimized Drug Distribution for Pharmacies of the National Order of Pharmacists in DR Congo using a Multi-Agent Engineering Approach. Global Journal of Computer Science and Technology, 21(C1), 61–79. Retrieved from https://computerresearch.org/index.php/computer/article/view/2046

Optimized Drug Distribution for Pharmacies of the National Order of Pharmacists in DR Congo using a Multi-Agent Engineering Approach

Published

2021-01-15