Mobilization of Resources and Emergency Response on the National Scale

Binkley, Jana; Kemp, Kevin M.

doi:10.1016/j.suc.2021.09.014

Cited by 5 publications

(2 citation statements)

References 13 publications

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“…Resource mobilization can be considered one of the important issues in emergency governance [22] during public health emergencies. In some theories, social capital can involve the various resources embedded in social networks [23].…”

Section: Introductionmentioning

confidence: 99%

Resource Support for “Mobilization–Participation” in Public Health Emergencies Based on a Complex Network Evolutionary Game

2023

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The organized system of emergency resources with the participation of social subjects features a network, which puts forward new requirements for mobilization policies for public health emergencies. Considering the “mobilization–participation” action of the relationship between the government and social resource subjects and revealing the mechanism of governance measures represent the foundation of developing effective mobilization strategies. To analyze the behavior of subjects in an emergency resource network, this study proposes a framework for the emergency actions of government and social resource subjects, as well as clarifies the functions of relational mechanisms and interorganizational learning in decision making. The game model and its rules of evolution in the network were developed by considering the interventions of rewards and penalties. An emergency resource network was constructed on the basis of a response to the COVID-19 epidemic in a city in China, and a simulation of the “mobilization–participation” game was designed and conducted. We propose a path to promote emergency resource actions by analyzing the initial situations and the interventions’ effects. This article suggests that guiding and improving the initial selection of subjects under a certain reward system would be an effective path to facilitate resource support actions during public health emergencies.

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Section: Introductionmentioning

confidence: 99%

Resource Support for “Mobilization–Participation” in Public Health Emergencies Based on a Complex Network Evolutionary Game

2023

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“…The emergency medical material transport and reserve network can be established in advance [53], the processing speed of the emergency medical materials transport and reserve can be strengthened, and the public health emergency management center can be established. The urgency of demand for each city demand point can be calculated in advance, the emergency medical material storage center can be set according to the urgency of demand and through prediction and calculation, and the site selection of the emergency medical material storage center can be carried out in advance.…”

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confidence: 99%

Transportation and Reserve of Emergency Medical Supplies during Public Health Events

An,

Zhuo

2023

Applied Sciences

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When a public health event occurs, it is very difficult to guarantee a stable supply of emergency medical supplies; this has a great impact on the efficiency of emergency rescue work. Therefore, this paper takes the problem of transporting and stockpiling emergency medical supplies in modern public health events as its research theme. We use the SEIRD (susceptible, exposed, infected, recovered, and dead) system dynamics model to predict the number of infected people and the demand for emergency medical supplies and obtain a number of single-day demand of 0.3 N + 0.15 I − 0.15 R − 0.3 D. An index system based on 11 indicators was established and the demand urgency function was designed. A bi-objective vehicle routing problem with time windows (VRPWT) for emergency medical supplies considering demand urgency and response cost minimization is established and solved using particle swarm optimization (PSO). To test our approach, the model is simulated using the initial COVID-19 data of six cities in China. Finally, we obtain the prediction of these six demand points and the demand urgency, and the PSO algorithm can reach the optimal solution in this VRPTW problem. The optimal travelling distance is about 1461.45 km and the total cost is 6726.5 Yuan. This simulation confirms the model’s rational and feasibility and presents suggestions to cope with modern public health events.

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Critical Care in the Austere Environment

Lord,

Lee

2024

Critical Care Clinics

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Mobilization of Resources and Emergency Response on the National Scale

Cited by 5 publications

References 13 publications

Resource Support for “Mobilization–Participation” in Public Health Emergencies Based on a Complex Network Evolutionary Game

Resource Support for “Mobilization–Participation” in Public Health Emergencies Based on a Complex Network Evolutionary Game

Transportation and Reserve of Emergency Medical Supplies during Public Health Events

Critical Care in the Austere Environment

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