This thesis deals with multi-axis position sensors, their nature and individual parts and types of these sensors. It is outlined their historical origin and the most used modern types, such as micro-electro-mechanical sensors. Further, the properties of these sensors, error sources and their compensation are discussed. Output data formats are also discussed here, such as Euler angles, their calculation and applications. The selected sensor is implemented in the simulator electronics, and the graphical application demonstrates its functions
The goal of this paper is to suggest suitable method for angle measuring of mobile robot. There are ...
It has been always important in automation to determine positions accurately, rapidly, and robustly....
A method to find the orientation and position of a three degree-of-freedom (DOF) accelerometer mount...
This thesis deals with a design of 9DOF module for the evaluation of orientation in space. The thesi...
This paper presents a new method for developing position/orientation sensors by measuring magnetic f...
This paper presents the latest design and implementation of the Magnetic, Angular Rate, and Gravity...
The topic of the Bachelor's thesis are MEMS sensors of inclination, which find their use inside inte...
The goal of this paper is to design and implement a module to determine the rotation around three ax...
We present a method to obtain the position and orientation of an object through measurement from mul...
This paper gives an overview of the position and orientation determination system made in context of...
This paper presents a Sensor Unit for short range missile applications which provides inertial rotat...
This thesis includes a study of a touch-free sensor systems and different principles for measuring a...
Purpose To compare the position and orientation accuracy between using one 6-degree of freedom (DOF)...
A multi-axis force sensor measures forces and moments occurring in more than one spatial direction. ...
Inertial sensors have a great potential to be used in navigation applications. The current field of ...
The goal of this paper is to suggest suitable method for angle measuring of mobile robot. There are ...
It has been always important in automation to determine positions accurately, rapidly, and robustly....
A method to find the orientation and position of a three degree-of-freedom (DOF) accelerometer mount...
This thesis deals with a design of 9DOF module for the evaluation of orientation in space. The thesi...
This paper presents a new method for developing position/orientation sensors by measuring magnetic f...
This paper presents the latest design and implementation of the Magnetic, Angular Rate, and Gravity...
The topic of the Bachelor's thesis are MEMS sensors of inclination, which find their use inside inte...
The goal of this paper is to design and implement a module to determine the rotation around three ax...
We present a method to obtain the position and orientation of an object through measurement from mul...
This paper gives an overview of the position and orientation determination system made in context of...
This paper presents a Sensor Unit for short range missile applications which provides inertial rotat...
This thesis includes a study of a touch-free sensor systems and different principles for measuring a...
Purpose To compare the position and orientation accuracy between using one 6-degree of freedom (DOF)...
A multi-axis force sensor measures forces and moments occurring in more than one spatial direction. ...
Inertial sensors have a great potential to be used in navigation applications. The current field of ...
The goal of this paper is to suggest suitable method for angle measuring of mobile robot. There are ...
It has been always important in automation to determine positions accurately, rapidly, and robustly....
A method to find the orientation and position of a three degree-of-freedom (DOF) accelerometer mount...