"Here we present a method for lensless imaging based on compressive ultrafast sensing. Each sensor acquisition is encoded with a different illumination pattern and produces a time series where time is a function of the photon’s origin in the scene. Currently available hardware with picosecond time resolution enables time tagging photons as they arrive to an omnidirectional sensor. This allows lensless imaging with significantly fewer patterns compared to regular single pixel imaging. To that end, we develop a framework for designing lensless imaging systems that use ultrafast detectors."
Aptina Adapts Syntricity Yield ManagementBusiness Wire: Aptina installs an integrated yield management system, delivered through Syntricity’s Software-as-a-Service (SaaS) offering, dataConductor.com. Accessed through a web browser, dataConductor provides a reliable,…Read More
Sharp Announces 20MP CCD with 1.2um PixelsTech-On: Sharp announces what its calls the highest resolution 1/2.3-inch CCD featuring 20.15MP resolution and 1.2um pixel pitch. The new RJ23G3BA0LT packs 20% more pixels than the previous generation 16MP CCD in the same opt…Read More
Caeleste IS2012 Presentation On-LineCaeleste published its presentation on Image Sensors 2012 Conference in London, UK. The title is "Color X-ray photon counting image sensor":…Read More
Red Announces 6K 120fps Sensor with 15+ Stops DRReduser.net, Slashgear, Engadget: A year ago Red announced an oncoming sensor upgrade for its EPIC and Scarlet cameras. However, Red was reluctant to release any details about the new sensor, named Dragon. This year the detai…Read More
EuroCIS Platform for European CMOS ImagersImec: "The main goal of [EuroCIS] project is the creation of a European supply chain for state-of-the art CMOS imagers. As identified by both ESA and the EC, there is a need for such a supply chain for CMOS imagers for space …Read More
