In the earlier world, the number of airplane uses and transportation through airlines were limited but
now the people are upgraded, and they choose the easiest way for transportation then naturally the air
traffic is also increased. Optimizing aircraft navigation control has become an important field of
research because of the quick advances in aviation technology and the growing desire for economical
air travel. A detailed overview of contemporary aircraft navigation optimization techniques,
technologies, and strategies is given in this study. It includes conventional techniques, the incorporation
of contemporary technology like artificial intelligence and machine learning, and it talks about the
difficulties and potential paths forward in this area. We need to reduce the plane crashes and other
airplane disaster my maintaining by controlling and better communication. Navigation control helps to
control the paths of airplane and can be optimized in several ways through several techniques. In this
study, we give a brief review about the airplane control block and path control like something, which is
helpful for navigation control. New methods are also mentioned, and some experimental results are
noted. The complex problem of optimizing airoplane navigation control calls for the fusion of
conventional techniques with cutting-edge technologies and creative thinking. Even though there has
been a lot of progress, more research and development are still needed to solve new issues and maintain
the sustainability, efficiency, and safety of air travel. Robust cybersecurity measures, a comprehensive
approach to air traffic management, and the seamless integration of cutting-edge technologies are key
components of the future of aircraft navigation control.

Keywords: Advanced air mobility, control, GNC, guidance

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Full text is available to subscribers and institutional members. Please choose an option below to access it.

In the earlier world, the number of airplane uses and transportation through airlines were limited but
now the people are upgraded, and they choose the easiest way for transportation then naturally the air
traffic is also increased. Optimizing aircraft navigation control has become an important field of
research because of the quick advances in aviation technology and the growing desire for economical
air travel. A detailed overview of contemporary aircraft navigation optimization techniques,
technologies, and strategies is given in this study. It includes conventional techniques, the incorporation
of contemporary technology like artificial intelligence and machine learning, and it talks about the
difficulties and potential paths forward in this area. We need to reduce the plane crashes and other
airplane disaster my maintaining by controlling and better communication. Navigation control helps to
control the paths of airplane and can be optimized in several ways through several techniques. In this
study, we give a brief review about the airplane control block and path control like something, which is
helpful for navigation control. New methods are also mentioned, and some experimental results are
noted. The complex problem of optimizing airoplane navigation control calls for the fusion of
conventional techniques with cutting-edge technologies and creative thinking. Even though there has
been a lot of progress, more research and development are still needed to solve new issues and maintain
the sustainability, efficiency, and safety of air travel. Robust cybersecurity measures, a comprehensive
approach to air traffic management, and the seamless integration of cutting-edge technologies are key
components of the future of aircraft navigation control.

Keywords: Advanced air mobility, control, GNC, guidance

🔒 This is a subscription article

Full text is available to subscribers and institutional members. Please choose an option below to access it.