Flight Control of Unmanned whole of its parts for Enhanced Situational Awareness (Robotics Research and Technology: Defence, Security and Strategies)
The need for highly reliable and stable maneuvering unmanned whole of its parts (URS) class of unmanned aerial vehicles (UAVs) has morbid for critical situations in real-time search-and-rescue operations for rapid situational awareness (SA) increased. A rotor aircraft is a heavier-than-air flying machine that obtains lift rotors. SA is just aware of what is happening around you.
This book provides basic approaches for the modeling and simulation of systems based on equations of motion of various kinds of models of the whole of its parts (mini-helicopter, intermediate helicopter coaxial rotor / ducted fan mini-UAV, trirotor mini-UAV, vectored thrust mini-UAV, quad rotor mini-UAV, X4-flyer mini-UAV, eight-rotor mini-UAV) with focus on the modeling and simulation of realistic dynamics for fast SA. The effectiveness of the proposed research technique has been verified in the field of flight simulation tests for selected control models of the URS using software package Simulink.
The simulation results show that the UR models showed an advantage for good maneuverability in controlled flight during missions and good performance for rapid stabilization motors during maneuvers can thus be rapidly SA with economy energy batteries during missions and the duration of the mission can be longer his.
List Price: $ 62.00
Star december 21, 2014
This review is from: Flight Control of Unmanned whole of its parts for Enhanced Situational Awareness (Robotics Research and Technology: Defence, Security and Strategies) (Paperback)
did not like something a PHD in physics might be interested in