A new method to obtain a continuous and fast measurement of light intensity is presented. It is targeted for Integrate and Fire pixels that pulse with a frequency proportional to illumination. The procedure is intended to speed up the pixel readout of low illuminated pixels. It does not require synchronisation of different digital signals, being compatible with continuous pixel operation. The fundamentals of this method are described. Experimental results validating the theory are provided.Peer reviewe
The up-to-date radiation position pixel detectors designed and constructed for high-energy physics, ...
Vision sensors whose pixels asynchronously generate informative output events are gathering increasi...
Unlike conventional CMOS imaging, a singlephoton imager detects each individual photon impinging ona...
A spiking pixel to be used in image sensor arrays for asynchronous frame-based operation is presente...
Digital camera pixels measure image intensities by converting incident light energy into an analog e...
This paper describes a 128 times 128 pixel CMOS vision sensor. Each pixel independently and in conti...
This paper deals with a new type of system for measuring light intensity with the use of a flip-flop...
A high‐speed, normally on, gating circuit has been developed for linear‐focused photomultipliers suc...
This paper presents a 128 × 128 dynamic vision sensor. Each pixel detects temporal changes in the lo...
The recently reported "Angular Spatial Light Modulator"(ASLM) light engine, using pulsed illuminatio...
This paper proposes a simple focal plane pattern detector architecture using a novel pixel sensor ba...
Event cameras use biologically inspired readout circuit architecture to offer a faster and more effi...
Real-time global illumination that scales from low to high-end hardware is important for interactive...
This paper investigates the potential of an image sensor that combines event-based asynchronous outp...
We present a novel sun sensor concept. It is the very first sun sensor built with an address event r...
The up-to-date radiation position pixel detectors designed and constructed for high-energy physics, ...
Vision sensors whose pixels asynchronously generate informative output events are gathering increasi...
Unlike conventional CMOS imaging, a singlephoton imager detects each individual photon impinging ona...
A spiking pixel to be used in image sensor arrays for asynchronous frame-based operation is presente...
Digital camera pixels measure image intensities by converting incident light energy into an analog e...
This paper describes a 128 times 128 pixel CMOS vision sensor. Each pixel independently and in conti...
This paper deals with a new type of system for measuring light intensity with the use of a flip-flop...
A high‐speed, normally on, gating circuit has been developed for linear‐focused photomultipliers suc...
This paper presents a 128 × 128 dynamic vision sensor. Each pixel detects temporal changes in the lo...
The recently reported "Angular Spatial Light Modulator"(ASLM) light engine, using pulsed illuminatio...
This paper proposes a simple focal plane pattern detector architecture using a novel pixel sensor ba...
Event cameras use biologically inspired readout circuit architecture to offer a faster and more effi...
Real-time global illumination that scales from low to high-end hardware is important for interactive...
This paper investigates the potential of an image sensor that combines event-based asynchronous outp...
We present a novel sun sensor concept. It is the very first sun sensor built with an address event r...
The up-to-date radiation position pixel detectors designed and constructed for high-energy physics, ...
Vision sensors whose pixels asynchronously generate informative output events are gathering increasi...
Unlike conventional CMOS imaging, a singlephoton imager detects each individual photon impinging ona...