A Dynamic predictive model for efficient emergency health care center placement and resource allocation: a case of Kenyan healthcare system
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Tunduny, Titus
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Strathmore University
Abstract
Health is one of the cardinal areas of focus for a functioning society and is one of Kenya’s
goals for the Vision 2030 goal. Kenya lacks an effective healthcare system, falling way
below the recommended ratio of 23 healthcare practitioners for 10,000 people, with the
current ratio of 17 per 100,000. Limited resourcing and poor placement of hospitals
further compounds to the marginalization of some communities, some of whom are
greatly disadvantaged and make great candidates for terror sympathizers. The constitution
of Kenya (2010) devolved healthcare management to the county governments, but there
is lack of an efficient framework/ model that can aid in the placement of the healthcare
centers and first level POC for emergency situation, coupled with the resource allocation
to operationalize them. This proposed research aims to develop a neural network model
that can identify and place healthcare centers to areas of need, while also identifying the
resourcing needs and capacitation for the healthcare centers.
Description
Paper presented at the 5th Strathmore International Mathematics Conference (SIMC 2019), 12 - 16 August 2019, Strathmore University, Nairobi, Kenya