Abstract: This paper describes the implementation of a helium gas balloon flying system equipped with a camera and tracking subsystem for aerial photography. This is partially the results of a successful project conducted in November 2012 by a group of electrical and electronic students from the University of Johannesburg. The goal of this project was to take aerial pictures at the highest possible altitude above the sea level from the flying system while tracking its position in real-time. The solution proposed was based on a low cost unmanned system for a reliable and optimal aerial observation and tracking, suitable for start-ups companies or research groups
ABSTRACT: A remotely controlled airship was designed, fabricated and demonstrated within a tight tim...
This paper shows that we can obtain aerial scenes faster, cheaper, safer, and easier using a reasona...
High-altitude balloons (HABs) are an engaging platform for formal and informal STEM education. Howev...
Abstract: This paper describes the implementation of a helium gas balloon flying system equipped wit...
This paper presents the development of a semi-automated blimp platform for aerial photography. The b...
Currently, the use of unmanned aerial vehicles (UAV) as a platform for aerial photography is becomin...
With the increase in developing aerospace technology there is also a higher demand for aerospace pro...
Documentation and measurements on historical buildings are mostly connected with close-range photogr...
In recent years, novel applications using high altitude (i.e. above 20km) balloon has attracted a...
This paper shows that we can obtain aerial scenes faster, cheaper, safer, and easier using a reasona...
The group Flying Robots at the DLR Institute of Robotics and Mechatronics in Oberpfaffenhofen conduc...
In this paper we present our work on enabling Balloon launched high altitude UAV Missions for an aut...
The purpose of our project was to conduct a series of high altitude balloon experiments on student-d...
At present, the vast majority of photographic measurement units are in a state of "measuring &q...
This report describes the design and testing of a camera stabilization system intended for use with ...
ABSTRACT: A remotely controlled airship was designed, fabricated and demonstrated within a tight tim...
This paper shows that we can obtain aerial scenes faster, cheaper, safer, and easier using a reasona...
High-altitude balloons (HABs) are an engaging platform for formal and informal STEM education. Howev...
Abstract: This paper describes the implementation of a helium gas balloon flying system equipped wit...
This paper presents the development of a semi-automated blimp platform for aerial photography. The b...
Currently, the use of unmanned aerial vehicles (UAV) as a platform for aerial photography is becomin...
With the increase in developing aerospace technology there is also a higher demand for aerospace pro...
Documentation and measurements on historical buildings are mostly connected with close-range photogr...
In recent years, novel applications using high altitude (i.e. above 20km) balloon has attracted a...
This paper shows that we can obtain aerial scenes faster, cheaper, safer, and easier using a reasona...
The group Flying Robots at the DLR Institute of Robotics and Mechatronics in Oberpfaffenhofen conduc...
In this paper we present our work on enabling Balloon launched high altitude UAV Missions for an aut...
The purpose of our project was to conduct a series of high altitude balloon experiments on student-d...
At present, the vast majority of photographic measurement units are in a state of "measuring &q...
This report describes the design and testing of a camera stabilization system intended for use with ...
ABSTRACT: A remotely controlled airship was designed, fabricated and demonstrated within a tight tim...
This paper shows that we can obtain aerial scenes faster, cheaper, safer, and easier using a reasona...
High-altitude balloons (HABs) are an engaging platform for formal and informal STEM education. Howev...