VARI 2013 - 4th European Workshop on CMOS Variability

VARI 2013 is the 4th European Workshop on CMOS Variability. The increasing variability in CMOS transistor characteristics, as well as its sensitivity to environmental variations has become a major challenge to scaling and integration. This leads to major changes in the way that future integrated circuits and systems are designed. Strong links must be established between circuit design, system design and device technology.
The VARI workshop answers to the need to have an European event on variability in CMOS technology development and circuit design, where industry and academia meet. VARI objective is to provide a forum to discuss and investigate the CMOS process and environmental variability issues in methodologies and tools for the design of current and upcoming generations of integrated circuits and systems. The technical program will focus on performance and power consumption as well as architectural aspects like adaptability or resilience, with particular emphasis on modeling, design, characterization, analysis and optimization in respect to variability. Digital, Analog, Mixed Signal and RF circuits are within VARI scope.
The venue of VARI 2013 will be the Karlsruhe Institute of Technology (KIT), Germany. This year, VARI 2013 will be collocated with PATMOS 2013, a reference workshop on Power and timing modeling, optimization and simulation.
Papers are solicited on, but not limited to, the following topics:
Modeling and Simulation of Variations: from Physics to Circuits
Global, Systematic and Random process variations - Environmental variations (Power supply, Temperature, Electromagnetic Interferences, Ions or Electro-magnetic radiations) - Aging
Digital and Analog Design tools and Methodologies for Variability
Multi-Corners approaches including margining, Statistical approaches
Tools for variability at design, layout and post-layout levels
Measurements sensors and actuators for Digital and Analog
Process sensors, Temperature sensors, Direct and Indirect Performance sensors, Power and Energy sensors, Power supply and voltage droop sensors, Timing slacks and faults sensors, Multi-sensors fusion.
Global and Local Voltage scaling, Current biasing, Body biasing, Frequency scaling, Delay Tuning
Compensation at Digital or Analog Circuit Design Level
New digital & analog building blocks with enhanced robustness, Design centering, Operating point tracking, Asynchronous design, desynchronized techniques, Clock tree resynchronization
Compensation at Digital or Analog Layout Level
Regular layout, Restricted Design Rules, Optical Proximity Corrections, Design For Manufacturability
Compensation at Digital, Mixed or Analog architectural Level
Compensation loops for performances tuning, Global or distributed, static or dynamic optimization, Tasks remapping according to hardware capabilities.