Add to ORKGIn this study new numerical models were developed and applied to the analysis of the performance of precision optical encoder operating in non-ideal environments. Numerical simulation and experimental examination of imperfections in the generated waves were carried out to examine the influence of various factors affecting the encoder accuracy
The article reviews the capabilities and particularities of the approach to the improvement of metro...
We consider a double random phase encoding Encryption/Decryption system in which the image encrypti...
International audienceAims. Adaptive optics (AO) system performance is improved using post-processin...
The thesis investigates the displacement measurement errors of the linear encoder and the causing fa...
Optical encoders are sensors based on grating interference patterns. Tolerances inherent to the manu...
The encoder is the most used angular transducer in position control applications, such as the main a...
In an adaptive optics (AO) system, noise and detection error can produce errors in the slope measure...
Linear displacement measuring systems, like optical encoders, are widely used in various precise pos...
A motor encoder is a rotary encoder mounted to an electric motor that provides closed loop feedback ...
Abstract: Nonlinear optical processing can reduce noise by combining time-shifted signals, creating ...
It is well known that noise and detection error can affect the performances of an adaptive optics (A...
Encoders are motion control feedback system that generally consist of 2 sinusoidal signals 90 degre...
Author Institution: NOAA, National Environmental Satellite Service; Department of Physics, The Ohio ...
Currently, commercial encoders endowed with high precision are expensive sensors, and optical low-co...
Nowadays most industrial and laboratory motion measuring equipment makes use of optical encoders to ...
The article reviews the capabilities and particularities of the approach to the improvement of metro...
We consider a double random phase encoding Encryption/Decryption system in which the image encrypti...
International audienceAims. Adaptive optics (AO) system performance is improved using post-processin...
The thesis investigates the displacement measurement errors of the linear encoder and the causing fa...
Optical encoders are sensors based on grating interference patterns. Tolerances inherent to the manu...
The encoder is the most used angular transducer in position control applications, such as the main a...
In an adaptive optics (AO) system, noise and detection error can produce errors in the slope measure...
Linear displacement measuring systems, like optical encoders, are widely used in various precise pos...
A motor encoder is a rotary encoder mounted to an electric motor that provides closed loop feedback ...
Abstract: Nonlinear optical processing can reduce noise by combining time-shifted signals, creating ...
It is well known that noise and detection error can affect the performances of an adaptive optics (A...
Encoders are motion control feedback system that generally consist of 2 sinusoidal signals 90 degre...
Author Institution: NOAA, National Environmental Satellite Service; Department of Physics, The Ohio ...
Currently, commercial encoders endowed with high precision are expensive sensors, and optical low-co...
Nowadays most industrial and laboratory motion measuring equipment makes use of optical encoders to ...
The article reviews the capabilities and particularities of the approach to the improvement of metro...
We consider a double random phase encoding Encryption/Decryption system in which the image encrypti...
International audienceAims. Adaptive optics (AO) system performance is improved using post-processin...