The project aims to develop software that enables an operator, in the absence of visual contact with the flying vehicle, is able to keep track of the flying vehicle’s position with the sensors on board. The data transmitted from the flying vehicle to the base can determine the position of the flying vehicle. The report presents the various approaches to meet the aim of the project. Both the flight controller and Android smartphone were used in the experiments to acquire accelerometer, gyroscope and magnetometer data and comparisons were made. Processing and filtering of the data were made to turn the data into useful directional data.Bachelor of Engineerin
In this project, an android application of a ground control station would be developed to work wi...
New mobile applications and services in the field of e.g. healthcare, transport and mobile work and ...
One potential application for a smartphone-type device is a flight management and control computer f...
Abstract: Today, global object-positioning is accomplished very precisely by GPS satellite technolog...
Applications of drones have increased significantly in the past decade for both indoor and outdoor o...
The thesis aims to design and implement an Android application with ability to control the autopilot...
This thesis deals with the possibility of connecting inertial navigation sensors (accelerometer, mag...
AR Drone 2.0 is a miniature unmanned aerial vehicle used in the field of research. AR Drone 2.0 has ...
The aim of this work was to create a system used to record the Ćight hours of ultralight aircraft. T...
Usage of mobile technology will help the flying personnel to coordinate and implement assigned tasks...
This paper represents the android mobile application which is built to track thelast position of the...
This diploma thesis deals with the flight data wireless transmission from aircraft to the ground sta...
A Ground Control System (GCS), which controls Unmanned Aerial Vehicles (UAVs) and monitors their mis...
Sensor it is the most powerful part of any system. Aviation industry is the plase where milions of ...
Mobile phones permeate in all aspects of our lives, which increased the popularity and importance of...
In this project, an android application of a ground control station would be developed to work wi...
New mobile applications and services in the field of e.g. healthcare, transport and mobile work and ...
One potential application for a smartphone-type device is a flight management and control computer f...
Abstract: Today, global object-positioning is accomplished very precisely by GPS satellite technolog...
Applications of drones have increased significantly in the past decade for both indoor and outdoor o...
The thesis aims to design and implement an Android application with ability to control the autopilot...
This thesis deals with the possibility of connecting inertial navigation sensors (accelerometer, mag...
AR Drone 2.0 is a miniature unmanned aerial vehicle used in the field of research. AR Drone 2.0 has ...
The aim of this work was to create a system used to record the Ćight hours of ultralight aircraft. T...
Usage of mobile technology will help the flying personnel to coordinate and implement assigned tasks...
This paper represents the android mobile application which is built to track thelast position of the...
This diploma thesis deals with the flight data wireless transmission from aircraft to the ground sta...
A Ground Control System (GCS), which controls Unmanned Aerial Vehicles (UAVs) and monitors their mis...
Sensor it is the most powerful part of any system. Aviation industry is the plase where milions of ...
Mobile phones permeate in all aspects of our lives, which increased the popularity and importance of...
In this project, an android application of a ground control station would be developed to work wi...
New mobile applications and services in the field of e.g. healthcare, transport and mobile work and ...
One potential application for a smartphone-type device is a flight management and control computer f...