Implementation of a System for Physiological Status Monitoring by using Tactical Military Networks
Keywords: E-health sensors, UHF radio communication, Markov decision process, first responder, physiological status monitoring
AbstractE-health sensors are continuing to become more advanced and more reliable in monitoring the human physiological status. There is a continuous scope for improvement in their implementation in different emergency situations. Military organisations can take an advantage of this technology for applying physiological status monitoring on personnel engaged in military operations. This implementation is driven by continuous enhancements of existing communication equipment that produces more data capable radio networks in military environment. Based on these technologies we are proposing system communication architecture for applying real-time physiological status monitoring for personnel engaged in military operations. To examine the proposed architecture, a laboratory testing was performed. The laboratory work included a definition of military communication equipment, testing the received data with custom developed algorithm based on Markov decision process for automating the medical emergency protocol (MDP-AMEP) and implementation of adequate data protocols for data transmitting. Obtained results showed that physiological status of the military personnel can be successfully monitored by using tactical military network.
How to Cite
Stevanoski, G., Kocev, I., Achkoski, J., Koceski, S., & Temelkovski, B. (2016). Implementation of a System for Physiological Status Monitoring by using Tactical Military Networks. Defence Science Journal, 66(5), 517-521. https://doi.org/10.14429/dsj.66.9920
Electronics & Communication Systems
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