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An analytical approach for modelling unmanned aerial vehicles and base station interaction for disaster recovery scenarios
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E. Casmin And E. EVER, "An analytical approach for modelling unmanned aerial vehicles and base station interaction for disaster recovery scenarios," Wireless Networks , vol.30, no.5, pp.3299-3319, 2024

Casmin, E. And EVER, E. 2024. An analytical approach for modelling unmanned aerial vehicles and base station interaction for disaster recovery scenarios. Wireless Networks , vol.30, no.5 , 3299-3319.

Casmin, E., & EVER, E., (2024). An analytical approach for modelling unmanned aerial vehicles and base station interaction for disaster recovery scenarios. Wireless Networks , vol.30, no.5, 3299-3319.

Casmin, Eugene, And ENVER EVER. "An analytical approach for modelling unmanned aerial vehicles and base station interaction for disaster recovery scenarios," Wireless Networks , vol.30, no.5, 3299-3319, 2024

Casmin, Eugene And EVER, ENVER. "An analytical approach for modelling unmanned aerial vehicles and base station interaction for disaster recovery scenarios." Wireless Networks , vol.30, no.5, pp.3299-3319, 2024

Casmin, E. And EVER, E. (2024) . "An analytical approach for modelling unmanned aerial vehicles and base station interaction for disaster recovery scenarios." Wireless Networks , vol.30, no.5, pp.3299-3319.

@article{article, author={Eugene Casmin And author={ENVER EVER}, title={An analytical approach for modelling unmanned aerial vehicles and base station interaction for disaster recovery scenarios}, journal={Wireless Networks}, year=2024, pages={3299-3319} }