2020 International SPAD Sensor Workshop (ISSW) papers are just published at the International Image Sensor Society web site. The workshop has been held on-line in June 2020. The list of papers is below:
- Charge-Focusing SPAD Image Sensors for Low Light Imaging Applications
Kazuhiro Morimoto, Canon - Custom silicon technologies for high detection efficiency SPAD arrays
Angelo Gulinatti, Politecnico di Milano - LFoundry: SPAD, status and perspective
Giovanni Margutti, LFoundry - Device and method for a precise breakdown voltage detection of APD/SPAD in a dark environment
Alexander Zimmer, XFAB - Ge on Si SPADs for LIDAR and Quantum Technology Applications
Douglas Paul, University of Glasgow - Timing is Everything
Richard Walker, Photon Force - The Great Wavelength Debate: Which Will Prevail for Automotive LIDAR?
Bahman Hadji, OnSemiconductor - 3D-Stacked SPAD in 40/45nm BSI Technology
Georg Rohrer, AMS - BSI SPAD arrays based on wafer bond technology
Werner Brockherde, Fraunhofer - Planar Microlenses for SPAD sensors
Norbert Moussy, CEA-LETI - 3D Integrated Frontside Illuminated Photon-to-Digital Converters: Status and Applications
Jean-Francois Pratte, University of Sherbrooke - Combining linear and SPAD-mode diode operation in pixel for wide dynamic range CMOS optical sensing
Matthew Johnston, Oregon State University - ToF Image Sensor Systems using SPADs and Photodiodes
Simon Kennedy, Monash University - A 1.1 mega-pixels vertical avalanche photodiode (VAPD) CMOS image sensor for a long range time-of-flight (TOF) system
Yukata Hirose, Panasonic - Single photon detector for space active debris removal and exploration
Alexandre Pollini, CSEM - 4D solid state LIDAR – NEXT Generation NOW
Unsal Kabuk, IBEO - Depth and Intensity LiDAR imaging with Pandion SPAD array
Salvatore Gnecchi, OnSemi - 256 x 16 SPAD Array and 16-Channel Ultrashort Pulsed Laser Driver for Automotive LIDAR
André Srowig, ELMOS - SPAD Sensors: technologies and applications
Sara Pellegrini, STMicroelectronics - From device to systems: 3D sensing solutions at AMS
David Stoppa, AMS - Next-generation technologies to enable high-performance, low-cost lidar
Hod Finkelstein, Sense Photonics - LIDAR using SPADs in the visible and short-wave infrared
Gerald Buller, Heriot-Watt University - InP-based SPADs for Automotive Lidar
Mark Itzler, Argo AI - Custom Focal Plane Arrays of SWIR SPADs
Erik Duerr, MIT Lincoln Labs - CMOS SPAD Sensors with Embedded Smartness
Ion Vornicu, University of Seville - Modelling TDC Circuit Perfromance for SPAD Sensor Arrays
Daniel van Blerkom, Ametek (Forza) - Data processing of SPAD sensors for high quality imaging
Chao Zhang, Adaps Photonics - Scalable, Multi-functional CMOS SPAD arrays for Scientific Imaging
Leonardo Gasparini, FBK - Small and Smart SPAD Pixels
Edoardo Charbon, EPFL - High-resolution imaging of the spatio-temporal dynamics of protein interactions via fluorescence lifetime imaging with SPAD arrays
Simon Ameer-Beg, King's College - Image scanning microscopy with classical and quantum correlation contrasts
Ron Tenne, Weizmann Institute - SPAD Arrays for Brain-Computer Interface Applications
Francesco Marsili, Facebook - Introduction to Huawei’s Mission and Technology Visions
Young, Yang Guang, Huawei - Imaging oxygenation by near-infrared optical tomography based on SPAD image sensors
Martin Wolf, ETH Zurich - Raman spectroscopy utilizing a time resolving CMOS SPAD line sensor with a pulsed laser excitation
Ilkka Nissinen, University of Oulu - Optical wireless communication with SPAD receivers
Horst Zimmermann, TU Wien - SPAD Arrays for Non-Line-of-Sight Imaging
Andreas Velten, University of Wisconsin
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