This paper introduces a technique to transform between geometric and barometric estimates of altitude and vice-versa. Leveraging forecast numerical weather models, the method is unbiased and has a vertical error with a standard deviation of around 30 m (100 ft), regardless of aircraft altitude, which makes it significantly more precise than established comparable conversion functions. This result may find application in various domains of civil aviation, including vertical RNP, systemized airspace, and automatic landing systems
PDFJournalCockpitsInstrument displaysHuman factorsFlight pathsAir pilotsInformation display systemsG...
Accurate static pressure measurements are essential for safe navigation. Aircraft static pressure me...
Recent studies on the influence of the anomalous gravity field in GNSS/INS applications have shown t...
This paper introduces a technique to transform between geometric and barometric estimates of altitud...
Vertical navigation is crucial for safe aircraft separation, which have been traditionally based on ...
The use of barometric altimetry is to some extent a limiting factor on safety, predictability and ef...
The article presents the use of barometric sensors to precisely determine the altitude of a flying o...
The paper reports on research into the effect of the troposphere correction on the accuracy of the v...
The altitude of a moving vehicle as reported by GPS suffers from intermittent errors caused by tempo...
An issue of improving flight safety during landing with an inertial navigation system (INS) and a fa...
A sensor fusion method was developed for vertical channel stabilization by fusing inertial measureme...
A sensor fusion method was developed for vertical channel stabilization by fusing inertial measureme...
This work describes the barometric altimetry as virtual constellation applied to the Chinese Area Po...
Vertical navigation is essential for new aviation operations like precision approaches and automatic...
Pre-defined curved approach procedures represent an essential for noise abatement and may reduce the...
PDFJournalCockpitsInstrument displaysHuman factorsFlight pathsAir pilotsInformation display systemsG...
Accurate static pressure measurements are essential for safe navigation. Aircraft static pressure me...
Recent studies on the influence of the anomalous gravity field in GNSS/INS applications have shown t...
This paper introduces a technique to transform between geometric and barometric estimates of altitud...
Vertical navigation is crucial for safe aircraft separation, which have been traditionally based on ...
The use of barometric altimetry is to some extent a limiting factor on safety, predictability and ef...
The article presents the use of barometric sensors to precisely determine the altitude of a flying o...
The paper reports on research into the effect of the troposphere correction on the accuracy of the v...
The altitude of a moving vehicle as reported by GPS suffers from intermittent errors caused by tempo...
An issue of improving flight safety during landing with an inertial navigation system (INS) and a fa...
A sensor fusion method was developed for vertical channel stabilization by fusing inertial measureme...
A sensor fusion method was developed for vertical channel stabilization by fusing inertial measureme...
This work describes the barometric altimetry as virtual constellation applied to the Chinese Area Po...
Vertical navigation is essential for new aviation operations like precision approaches and automatic...
Pre-defined curved approach procedures represent an essential for noise abatement and may reduce the...
PDFJournalCockpitsInstrument displaysHuman factorsFlight pathsAir pilotsInformation display systemsG...
Accurate static pressure measurements are essential for safe navigation. Aircraft static pressure me...
Recent studies on the influence of the anomalous gravity field in GNSS/INS applications have shown t...