BackgroundIn recent years, COVID-19 and tuberculosis have emerged as major infectious diseases, significantly contributing to global mortality as respiratory illnesses.There is increasing evidence of a reciprocal influence between these diseases, exacerbating their incidence, severity, and mortality rates.MethodsThis study involved retrieving COVID
This paper deals with the problem of signal source traversal based on a quadrotor in an environments with obstacles by proposing a data-driven receding horizon control approach.The proposed control approach includes two parts: One part is a data-driven learning method while the other part is a receding horizon control method.Gaussian process as a k
Thermal radiation has a great effect on personnel evacuation when the train is on fire in the rack railway tunnels.However, the influence of the longitudinal slope, especially the large longitudinal slope, is not clear.The critical location of a disaster caused by thermal radiation is proposed.Based on the FDS, the correction models of maximum temp
Wireless sensor networks are usually applied in hostile areas where nodes can easily be monitored and captured by an adversary.Designing a key distribution scheme with high security and reliability, low hardware requirements, and moderate communication load is crucial for wireless sensor networks.To address the above objectives, we propose a new ke