Genetic algorithms and remote sensing technology for tracking flight debris

Genetic algorithms and remote sensing technology for tracking flight debris

"This book explores the use of genetic algorithms in the context of the analysis of remotely sensed images. This is illustrated with a case study of the M370 crash"--

Bibliographic Details
Main Author: Marghany, Maged
Format: eBook
Language:English
Published: Hershey, PA IGI Global, Engineering Science Reference, [2020]
Series:Advances in mechatronics and mechanical engineering (AMME) book series.
Subjects:
2014
Aircraft accidents > Investigation > Data processing.
Marine debris > Remote sensing > Data processing.
Genetic algorithms.
Malaysia Airlines Flight 370 Incident, 2014.
EBSCO eBooks
Electronic books.
Online Access:EBSCOhost
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Table of Contents:
  • Chapter 1. Speculations behind the disappearance of flight MH370
  • Chapter 2. Novel theories behind flap failure impact on flight MH370 crash
  • Chapter 3. Mathematical theory of flight MH370 ditching
  • Chapter 4. Principles of genetic algorithms
  • Chapter 5. Simulation of MH370 actual route using multiobjective algorithms
  • Chapter 6. Potential of optical remote sensing sensors for tracking MH370 debris
  • Chapter 7. Optical satellite sensors for tracking MH370 debris
  • Chapter 8. Aeroplane detection techniques in optical satellite sensors
  • Chapter 9. Optical satellite multiobjective genetic algorithms for investigation of MH370 debris
  • Chapter 10. Fundamentals of altimeter microwave satellite data
  • Chapter 11. Advanced altimeter interferometry for modelling the wave pattern impacts of MH370 flaperon
  • Chapter 12. Pareto optimization for Rossby wave pattern impacts on MH370 debris
  • Chapter 13. Multiobjective algorithm-based pareto optimization for modelling trajectory movement of MH370 debris
  • Chapter 14. Why flight MH370 has not vanished in the southern Indian Ocean.

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