Airborne Wireless Sensor Networks for Airplane Monitoring System

Table 7

Comparison of the characteristics features for airborne wireless prototypes.

Study (-)	Throughput; (Kbps)	Max. sample rate (Hz)	Synchronization; accuracy (us)	Target application (-)
Wu et al. [39]	250	32	-	Strain monitoring for aircraft carbon fiber reinforced plastic wing box
Wu et al. [40, 63]	250	32	-
Liu et al. [38],; Yuan et al. [62]	250	-	-	Impact monitoring for aircraft wing box
Delebarre et al. [64]	-	-	-	Impact monitoring for aircraft wing box
Gao et al. [45]	909	32	50	Strain monitoring for aircraft wing box and an UAV composite wing
Gao et al. [46]	2000	10000	-	Aircraft aluminum plate
Loo et al. [65]	250	-	-	Aircraft corrosion monitoring
Pook et al. [35]; Kiepert et al. [36, 37]	250	-	-
Becker et al. [41]	-	40000	-	Laboratory environment
Zhao et al. [66, 67]	250	15000	-	Ultrasound monitoring for aircraft wing inspection
Demo et al. [34] Samson et al. [52]	250	1000	-	Aircraft corrosion monitoring
Hall et al. [60, 61]	250	50000	-	Aircraft corrosion monitoring
Arms et al. [42–44]	250	512	39000	Strain and vibration monitoring Bell Model 412 helicopter
Blanckenstein et al. [68]	250	-	-	RSSI and BER for Airbus A330-300
Lu et al. [53]	-	5300	-	Lab environment