5G-Network-Enabled Smart Ambulance: Architecture, Application, and Evaluation

As the fifth generation (5G) network comes to the fore, the realization of 5G-enabled service has attracted much attention from both healthcare academics and practitioners. In particular, 5G-enabled emergency ambulance service allows to connect a patient and an ambulance crew at an accident scene or in transit with the awaiting emergency department team at the destination hospital seamlessly so as to improve the rescue rate of patients. However, the application of the 5G network in ambulance service currently lacks a reliable solution and simulation testing of performance in the existing literature. To achieve this end, the primary aim of this study is to propose a 5G-enabled smart ambulance service and then test the quality of service of the proposed solution in experimental settings. We also consider emergency scenarios to investigate the task completion and accuracy of 5G-enabled smart ambulance, and to verify the superiority of our proposed solution. Our study explores the value of a 5G-en-abled smart ambulance and provides practical insights for 5G network construction, business development, and network optimization of smart ambulance service.

Automated summary

The emergence of the fifth generation (5G) network has brought attention to the potential of 5G-enabled services in the healthcare industry, particularly in emergency ambulance services. However, the application of 5G in ambulance services currently lacks reliable solutions and performance testing. This study aims to propose a 5G-enabled smart ambulance service and test its quality in experimental settings, exploring its value and practical implications for network optimization.