Add to ORKGThe instantaneous orientation (i.e., the attitude) of the LACATE instrumentation platform with respect to a local vertical is discussed. An observer model for predicting the orientation of balloon-borne research platforms is described. Determination of the platform orientation as a function of time is addressed
An orientation platform, capable of pointing a 75 cm aperture far-infrared telescope to an accuracy ...
An air speed and attitude probe characterized by a pivot shaft normally projected from a data boom a...
Gravity measurements from a high-altitude balloon were made in late September to verify global and u...
An observer model for predicting the orientation of balloon borne research platforms was developed. ...
The effect of wind gusts on the magnitude of the pendulation angles of a balloon-borne observation p...
Studies of human orientation and manual control in high order systems are summarized. Data cover tec...
The development of a three axis stabilized balloon platform capable of being operated in three modes...
A mathematical model for predicting the three dimensional motion of the balloon system is developed,...
MADS (Multi-mission Attitude Determination System) is a new software package used to determine the a...
In a comparison of three radiosonde-systems typical data deviations as well as their reproducibility...
An attitude determination system for balloon-borne experiments is presented. The system provides poi...
The display under investigation, is a tunnel display for the four-dimensional commercial aircraft ap...
Weather scientific balloons allow for very little control over their trajectories. Although there e...
In the study of Zodiacal Light, an interesting task is the determination of the intensity and the po...
This report endeavors to show the possibility of determining the rate of acceleration and the advant...
An orientation platform, capable of pointing a 75 cm aperture far-infrared telescope to an accuracy ...
An air speed and attitude probe characterized by a pivot shaft normally projected from a data boom a...
Gravity measurements from a high-altitude balloon were made in late September to verify global and u...
An observer model for predicting the orientation of balloon borne research platforms was developed. ...
The effect of wind gusts on the magnitude of the pendulation angles of a balloon-borne observation p...
Studies of human orientation and manual control in high order systems are summarized. Data cover tec...
The development of a three axis stabilized balloon platform capable of being operated in three modes...
A mathematical model for predicting the three dimensional motion of the balloon system is developed,...
MADS (Multi-mission Attitude Determination System) is a new software package used to determine the a...
In a comparison of three radiosonde-systems typical data deviations as well as their reproducibility...
An attitude determination system for balloon-borne experiments is presented. The system provides poi...
The display under investigation, is a tunnel display for the four-dimensional commercial aircraft ap...
Weather scientific balloons allow for very little control over their trajectories. Although there e...
In the study of Zodiacal Light, an interesting task is the determination of the intensity and the po...
This report endeavors to show the possibility of determining the rate of acceleration and the advant...
An orientation platform, capable of pointing a 75 cm aperture far-infrared telescope to an accuracy ...
An air speed and attitude probe characterized by a pivot shaft normally projected from a data boom a...
Gravity measurements from a high-altitude balloon were made in late September to verify global and u...