DocumentCode
3738022
Title
Innovative Conceptualization of Fly-By-Sensors (FBS) flight control systems using ZigBee Wireless Sensors networks
Author
Zohaib Mushtaq;Lalarukh Shairani;Syeda Shaima Sani;Anam Mazhar;M Asim Saeed;Nimrah Aftab
Author_Institution
Department of Electrical Engineering, University of Management Technology, Sialkot, Pakistan
fYear
2015
Firstpage
1
Lastpage
4
Abstract
This paper presents the longer term solutions for more safer flight control systems that´s named as Fly-By-Sensors (FBS) control system. They often used for dominant associated observance of an in-flight functions, starting and landing, speech communications etc. and can be implemented on any air vehicle including remote-controlled Air Vehicles, Quad rotor, Aerial Vehicles, Drones, Jet air craft, business air craft etc. Nowadays, the concept of fly-by-wire (FBW) control system of Air vehicles have been used for previous couple of years in crafts through which interior and external functions of aircraft are controlled and monitored by electrical signals that are transmitted and received by electrical signals. The planned plan is predicated on ZigBee Wireless device network that may be enforced on any air vehicle by deploying ZigBee Wireless Sensors that are considered as low price, low power, reliable and secure to regulate and monitor the controlling functions. The electrical signals, for dominant and observance of internal and external functions of air vehicle, in Fly-By- Sensors (FBS) control system are transmitted and received by ZigBee wireless modules. The conceptualized plan can bring exceptional enhancements within the field of astronautics and space sciences. This innovative solution can also bring some remarkable achievements in exploring the universe by the help of wireless sensors.
Keywords
"Ad hoc networks","Zigbee","Security","Wireless LAN","Wireless personal area networks","Network topology","Topology"
Publisher
ieee
Conference_Titel
Wireless for Space and Extreme Environments (WiSEE), 2015 IEEE International Conference on
Type
conf
DOI
10.1109/WiSEE.2015.7393103
Filename
7393103
Link To Document