In this paper, we present a new technique for determining the angle of incident light using an image sensor. This technique makes use of two distinct pixel types for simultaneous coarse angle estimation and fine angle detection. A new type of pixel structure, the quadrature pixel cluster is introduced, which produces response that varies linearly with incident light angle. The proposed technique greatly reduces the overall sensor complexity and is very area efficient compared with the previous work on angle detection. The sensor is fabricated in 65-nm mixed-signal CMOS process and can accurately distinguish between angles in the range from -35° to +35°.Accepted versio
Several research works have been done in recent times utilizing grayscale image for the measurement ...
This paper describes a silicon/glass sensing structure for axial angle measurements. The presented o...
This paper presents a monolithic 128 x128 pixel optical sensor with analogue-to-digital converters, ...
In this paper, we present a new technique for determining the angle of incident light using an image...
Angle-sensitive pixels are micro-scale devices which capture information about both the intensity an...
The present paper describes a newly devised sensor, which has the ability to detect the two-dimensio...
This paper describes a new sensor with the ability of simultaneously detecting the position and the ...
This paper presents an optical sensor for angular measurements to perform precise tracking of the su...
A fast, low power CMOS sensor for optical tracking is presented. The tracking function is carried ou...
Imaging is a process of mapping information from higher dimensions of a light field into lower dimen...
Over the past few decades, numerous sensors have been invented for the measurement of light intensit...
We report the design, fabrication, and performance characteristics of a novel microfabricated light ...
We propose a flexible light field camera architecture that is at the convergence of optics, sensor e...
The increasing use of white LEDs for indoor illumination provides a significant opportunity for Visi...
A novel architecture of optical sensor developed for flying-spot active triangulation will be presen...
Several research works have been done in recent times utilizing grayscale image for the measurement ...
This paper describes a silicon/glass sensing structure for axial angle measurements. The presented o...
This paper presents a monolithic 128 x128 pixel optical sensor with analogue-to-digital converters, ...
In this paper, we present a new technique for determining the angle of incident light using an image...
Angle-sensitive pixels are micro-scale devices which capture information about both the intensity an...
The present paper describes a newly devised sensor, which has the ability to detect the two-dimensio...
This paper describes a new sensor with the ability of simultaneously detecting the position and the ...
This paper presents an optical sensor for angular measurements to perform precise tracking of the su...
A fast, low power CMOS sensor for optical tracking is presented. The tracking function is carried ou...
Imaging is a process of mapping information from higher dimensions of a light field into lower dimen...
Over the past few decades, numerous sensors have been invented for the measurement of light intensit...
We report the design, fabrication, and performance characteristics of a novel microfabricated light ...
We propose a flexible light field camera architecture that is at the convergence of optics, sensor e...
The increasing use of white LEDs for indoor illumination provides a significant opportunity for Visi...
A novel architecture of optical sensor developed for flying-spot active triangulation will be presen...
Several research works have been done in recent times utilizing grayscale image for the measurement ...
This paper describes a silicon/glass sensing structure for axial angle measurements. The presented o...
This paper presents a monolithic 128 x128 pixel optical sensor with analogue-to-digital converters, ...