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Laurent Fesquet

Deputy Director

TIMA Laboratory

Grenoble, Francia

Líneas de Investigación


Microelectronics, Low-Power, Asynchronous Circuit Design, Nonuniform Sampling

Educación

  •  Electrical Engineering, UNIVERSITE DE TOULOUSE. Francia, 1997
  •  Applied Physics, ECOLE NORMALE SUPERIEURE - CACHAN. Francia, 1994
  •  Physics, Ecole Nationale Supérieure de Physique de Strasbourg. Francia, 1993

Experiencia Académica

  •   Associate Professor Full Time

    Grenoble INP, Grenoble Institute of Technology

    Grenoble, Francia

    1999 - A la fecha

  •   Associate Professor Full Time

    TIMA Laboratory

    Grenoble, Francia

    1999 - A la fecha

  •   Chair and Founder Full Time

    French IEEE Solid-State Circuits chapter

    Francia

    2000 - 2014

  •   Co-Chair Full Time

    French IEEE Solid-State Circuits chapter

    Francia

    2015 - A la fecha

  •   Leader of CDSI (Circuits, Devices and System Integration) Group Full Time

    TIMA Laboratory

    Grenoble, Francia

    2007 - A la fecha

  •   Deputy Director Full Time

    TIMA Laboratory

    Grenoble, Francia

    2008 - 2022

  •   Deputy Director Full Time

    TIMA Laboratory

    Grenoble, Francia

    2021 - A la fecha

Experiencia Profesional

  •   Associate Professor Full Time

    Grenoble INP

    Grenoble, Francia

    1999 - A la fecha

  •   Associate Professor Full Time

    TIMA Laboratory

    Grenoble, Francia

    1999 - A la fecha

  •   Leader of CDSI (Circuits, Devices and System Integration) Group Full Time

    TIMA Laboratory

    Grenoble, Chile

    2007 - A la fecha

  •   Deputy Director Full Time

    Centre Interuniversitaire de Microélectronique et des Nanotechnologies (CIME Nanotech)

    Grenoble, Francia

    2008 - 2022

  •   Deputy Director Full Time

    TIMA Laboratory

    Grenoble, Chile

    2021 - A la fecha


 

Article (20)

A dynamical approach to generate chaos in a micromechanical resonator
From Signal Transition Graphs to Timing Closure: Application to Bundled-Data Circuits
Level Shifter Architecture for Dynamically Biasing Ultra-Low Voltage Subcircuits of Integrated Systems
Static Timing Analysis of Asynchronous Bundled-Data Circuits
Method for evaluation of transient-fault detection techniques
On-the-fly and Sub-Gate-Delay Resolution TDC based on Self-Timed Ring: A Proof of Concept
Comparison of Low-Voltage Scaling in Synchronous and Asynchronous FD-SOI Circuits
Adaptive rate filtering a computationally efficient signal processing approach
A Self-timed Ring Based True Random Number Generatora
A Very High Speed True Random Number Generator with Entropy Assessment
An event-driven FIR filter: design and implementation
Designing a Process Variability Robust Energy-Efficient Control for Complex SoCs
IIR digital filtering of non-uniformly sampled signals via state representation
Adaptive Rate Sampling and Filtering Based on Level Crossing Sampling
High-level time-accurate model for the design of self-timed ring oscillators
Physical design of FPGA interconnect to prevent information leakage
PSL-based Online monitoring of digital systems
Asynchronous level crossing analog to digital converters
FPGA architecture for multi-style asynchronous logic
New class of asynchronous A/D converters based on time quantization
20
Laurent Fesquet

Deputy Director

TIMA Laboratory

Grenoble, Francia