atips - advanced technology information processing systems
DESCRIPTION
Advanced Technology Information Processing Systems this presentation was provided in the Canada Taiwan meeting in April 2005. Graham.A. Jullien, iCORE Research Chair, Wael Badawy, iCORE Research Associate and Director of the Digital Video Laboratory, Dr. V.S. Dimitrov, iCORE Research Associate and member of the Centre for Information Securityand Cryptography Dr. O. Yadid-Pecht, iCORE Research Associate, Imaging and Sensor Technology LaboratoryTRANSCRIPT
Advanced Technology Information Processing
Systems
iCORE ATIPS Laboratory
Advanced and emerging fabrication technologies for targeted applications in informatics. Provide a knowledge link to these technologies in order to both facilitate their rapid exploitation and to uncover new linkages.
• Principal faculty members are: – G.A. Jullien, iCORE Research Chair,
– W. Badawy, iCORE Research Associate and Director of the Digital Video Laboratory,
– Dr. V.S. Dimitrov, iCORE Research Associate and member of the Centre for Information Securityand Cryptography
– Dr. O. Yadid-Pecht, iCORE Research Associate, Imaging and Sensor Technology Laboratory
iCORE ATIPS Laboratory - Personnel
§ Established the laboratory in 2001. § Currently hosts over 100 graduate students and faculty
members from the ATIPS group and other collaborating research groups.
§ Provides workstations and a powerful compute server for the purposes of integrated circuit design.
§ Provides the University of Calgary base for commercial tools and other IP from CMC Microsystems. Acts as the U of C portal to CMC.
§ Provides several laboratories including a secure SoC Design Laboratory, and is a contributor to the central Integration Laboratory.
§ www.atips.ca
iCORE ATIPS Laboratory - Overview
§ Wireless Networks § Digital Signal Processors for Wireless Base Stations
§ Embedded Systems § Machine Vision § Arithmetic Techniques § Security Systems § Video Processors § Circuit Techniques § Fault Tolerant Systems § SoC Bio-Platforms
§ Bio-Engineering § Hearing Instruments § Bio-analysis Systems § Transcutaneous Power and Data Transfer § Neuronal-silicon interfaces
§ Advanced and Emerging Technologies § System-on-Chip Techniques § Advanced Image Sensors § MEMS/Microfluidics - Microconvergence § Nanotechnologies - Quantum Cellular Automata
iCORE ATIPS Laboratory - Research
§ Wireless Networks § Digital Signal Processors for Wireless Base Stations
§ Embedded Systems § Machine Vision § Arithmetic Techniques § Security Systems § Video Processors § Circuit Techniques § Fault Tolerant Systems § SoC Bio-Platforms
§ Bio-Engineering § Hearing Instruments § Bio-analysis Systems § Transcutaneous Power and Data Transfer § Neuronal-silicon interfaces
§ Advanced and Emerging Technologies § System-on-Chip Techniques § Advanced Image Sensors § MEMS/Microfluidics - Microconvergence § Nanotechnologies - Quantum Cellular Automata
iCORE ATIPS Laboratory - Research
§ Wireless Networks § Digital Signal Processors for Wireless Base Stations
§ Embedded Systems § Machine Vision § Arithmetic Techniques § Security Systems § Video Processors § Circuit Techniques § Fault Tolerant Systems § SoC Bio-Platforms
§ Bio-Engineering § Hearing Instruments § Bio-analysis Systems § Transcutaneous Power and Data Transfer § Neuronal-silicon interfaces
§ Advanced and Emerging Technologies § System-on-Chip Techniques § Advanced Image Sensors § MEMS/Microfluidics - Microconvergence § Nanotechnologies - Quantum Cellular Automata
iCORE ATIPS Laboratory - Research
§ Wireless Networks § Digital Signal Processors for Wireless Base Stations
§ Embedded Systems § Machine Vision § Arithmetic Techniques § Security Systems § Video Processors § Circuit Techniques § Fault Tolerant Systems § SoC Bio-Platforms
§ Bio-Engineering § Hearing Instruments § Bio-analysis Systems § Transcutaneous Power and Data Transfer § Neuronal-silicon interfaces
§ Advanced and Emerging Technologies § System-on-Chip Techniques § Advanced Image Sensors § MEMS/Microfluidics - Microconvergence § Nanotechnologies - Quantum Cellular Automata
iCORE ATIPS Laboratory - Research
§ Wireless Networks § Digital Signal Processors for Wireless Base Stations
§ Embedded Systems § Machine Vision § Arithmetic Techniques § Security Systems § Video Processors § Circuit Techniques § Fault Tolerant Systems § SoC Bio-Platforms
§ Bio-Engineering § Hearing Instruments § Bio-analysis Systems § Transcutaneous Power and Data Transfer § Neuronal-silicon interfaces
§ Advanced and Emerging Technologies § System-on-Chip Techniques § Advanced Image Sensors § MEMS/Microfluidics - Microconvergence § Nanotechnologies - Quantum Cellular Automata
iCORE ATIPS Laboratory - Research
Our model of furthering our research activities is based on collaboration with academic institutions and industry.
iCORE ATIPS Laboratory - Collaborations
Centre for Information Security and Cryptography (UofC) The Centre for Biomedical Research Engineering (UofC) Centre for Microsystems Engineering (UofC) Institute for Quantum Information Science (UofC) Faculty of Medicine (UofC) University of Alberta Canadian Arthritis Network Canadian Microelectronics Corporation (CMC) Micronet R&D (NCE) RCIM Laboratory, University of Windsor ECE Dept. University of Western Ontario RESMIQ (PQ) LIRMM, Montpellier, France Ben-Gurion University GETA, Helsinki University of Technology CACS, University of Louisiana at Lafayette University of Texas, Austin The University of Wisconsin, Madison Johns Hopkins University University of Maryland Edith Cowan University, Perth, Australia Notre Dame University, Indiana Universita' degli Studi di Trento, Italy
DALSA Corp. DALSA Semiconductor Gennum Corp. iPROS Inc. Mentor Graphics Micralyne Inc., Non Elephant Encryption Systems (NE2) Qinetiq, UK SGI Inc. Smart Camera Technologies (ATIPS Start-up) TRLabs