Add to ORKGAn integrated CMOS optical sensor, optimized for flying-spot active triangulation systems, is presented. The device is based on a parallel architecture with two linear arrays with different number of pixels but with the same overall length. The novel architecture, together with dedicated processing circuits, allows for high-speed acquisition of high dynamic range signals suitable for 3D measuring systems. The device has been fabricated in standard 0.6 um CMOS technology and the electro-optical tests confirm the good performances of the devic
3D measurements are concerned with extracting visual information from the geometry of visible surfac...
This paper presents novel high speed vision chips based on multiple levels of parallel processors. T...
3D measurement is concerned with extracting the three dimensional visual information of an object us...
A novel architecture of optical sensor developed for flying-spot active triangulation will be presen...
This paper describes a novel architecture for an optical position sensor which has been implemented ...
A description of the integrated sensors developed for flying-spot active triangulation will be given...
An optical sensor architecture optimized for flying-spot, triangulation-based, three-dimensional (3...
In this paper we present a 2-D optical sensor array for position sensing applications. The 20 by 20 ...
A description of the integrated sensors developed for flying-spot active triangulation will be given...
An optical sensor architecture optimized for flying-spot, triangulation-based, three-dimensional (3...
A fast, low power CMOS sensor for optical tracking is presented. The tracking function is carried ou...
A fast, low power CMOS sensor for optical tracking is presented. The tracking function is carried ou...
We have developed an intelligent CMOS sensor named Profile Sensor with sampling rate at 3200Hz of X ...
This paper describes the design and characterization of a 134-pixel linear array sensor for three-di...
A high-speed measuring system of multiple points is becoming an important issue in many industrial a...
3D measurements are concerned with extracting visual information from the geometry of visible surfac...
This paper presents novel high speed vision chips based on multiple levels of parallel processors. T...
3D measurement is concerned with extracting the three dimensional visual information of an object us...
A novel architecture of optical sensor developed for flying-spot active triangulation will be presen...
This paper describes a novel architecture for an optical position sensor which has been implemented ...
A description of the integrated sensors developed for flying-spot active triangulation will be given...
An optical sensor architecture optimized for flying-spot, triangulation-based, three-dimensional (3...
In this paper we present a 2-D optical sensor array for position sensing applications. The 20 by 20 ...
A description of the integrated sensors developed for flying-spot active triangulation will be given...
An optical sensor architecture optimized for flying-spot, triangulation-based, three-dimensional (3...
A fast, low power CMOS sensor for optical tracking is presented. The tracking function is carried ou...
A fast, low power CMOS sensor for optical tracking is presented. The tracking function is carried ou...
We have developed an intelligent CMOS sensor named Profile Sensor with sampling rate at 3200Hz of X ...
This paper describes the design and characterization of a 134-pixel linear array sensor for three-di...
A high-speed measuring system of multiple points is becoming an important issue in many industrial a...
3D measurements are concerned with extracting visual information from the geometry of visible surfac...
This paper presents novel high speed vision chips based on multiple levels of parallel processors. T...
3D measurement is concerned with extracting the three dimensional visual information of an object us...