Virtual system-on-chip prototyping for fast, accurate simulation (2)

Documents and media

Download support

pdf (1.18 MB)

Speaker(s)

Matthieu Moy

Verimag Grenoble

Events

Scientific emergencies posed by the industry : fine causality, multi-clock circuits, EC…

Seminar

29 Jan 2014

17:00 - 17:30

Laurent Maillet-Contoz

Virtual system-on-chip prototyping for fast, accurate simulation (1)

Virtual system-on-chip prototyping for fast, accurate simulation (2)

Multi-clock circuits, metastability, synchronizers and asynchronous FIFOs

Weakly synchronized clock architecture for distributed real-time automation applications

Synchronizing our watches : synchronizing hardware and software clocks in a distributed…

Large-scale clock distribution on a chip

Cooperation between time and communication models

Modeling and simulation : from physics to languages and software

Electricity is constructive : the equivalence between electrical propagation and constr…

Programming languages for hybrid discrete-time/continuous-time systems

Playing with time

Seminar

2 Apr 2014

17:00 - 18:00

Marc Duranton et Albert Cohen

Programming real-time parallel systems : challenges and successes of synchronous and Ka…

Seminar

9 Apr 2014

16:00 - 17:00

Virginie van Wassenhove

Brain, cognition and time

Time in neural computation

Virtual system-on-chip prototyping for fast, accurate simulation (2)

Documents and media

Speaker(s)

Matthieu Moy

Events

Esterel and SCADE, from research to industry : the lab vision

Automatic time processing

Esterel and SCADE, from research to industry : machine vision

Can a frequency be instantaneous ?

Scientific emergencies posed by the industry : fine causality, multi-clock circuits, EC…

Virtual system-on-chip prototyping for fast, accurate simulation (1)

Virtual system-on-chip prototyping for fast, accurate simulation (2)

Multi-clock circuits, metastability, synchronizers and asynchronous FIFOs

Weakly synchronized clock architecture for distributed real-time automation applications

Synchronizing our watches : synchronizing hardware and software clocks in a distributed…

Large-scale clock distribution on a chip

Cooperation between time and communication models

Modeling and simulation : from physics to languages and software

Electricity is constructive : the equivalence between electrical propagation and constr…

Programming languages for hybrid discrete-time/continuous-time systems

Playing with time

Programming real-time parallel systems : challenges and successes of synchronous and Ka…

Brain, cognition and time

Time in neural computation

Discussion and answers to the year's questions

See also