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Lubin Kerhuel (English Version)

Signal Processing - Embedded system - Matlab Expert

43 years old
Driving License
Bayonne (64100) France
Employed Just looking around
  • RAPID CONTROL PROROTYPING
    • Responsible for Rapid prototyping tools interfacing Microchip dsPIC with Matlab/Somulink environment.
  • INERTIAL MEASUREMENT UNIT (IMU)
    • MATLAB-Simulink modelisation and optimisation of data fusion algorithm (complementary filter, Extended Kalman Filtering...) combining rate gyro information with acceleration and magnetometers measurements
    • Real-Time implementation of algorithms on STM32 target (CORTEX-M3, ARM) using the Mathworks Real Time Workshop Embedded Coder. Adaptation of the mathworks toolchain for working with STM32 target
  • APPLIED MATH & ANALYSIS
    • Studies of new signal processing algorithms for sport article (involving Mathematical analysis of data, SVD, vibration analysis ...)
    • Prorotype the first racket "Play & Connect" (Babolat) (Detecting forehand, backhand, service, racket speed at impact, Ball position on the racket surface etc...)
    • Studies for Podometers.
  • ELECTRONICS PROTOTYPES
    • Review and Test adapted sensors
    • Electronic design and build electronics prototype boards (with EAGLE) endowing microcontroller, sensor, radio link for real time prototyping and evaluation of algorithms.
  • SCIENTIST LEAD (From March 2011)
    • Help R&D team on incoming scientifics questions.
  • Doctorate degree in CONTROL ENGINEERING and MICROELECTRONICS from the University of Montpellier II.
    Ph.D research on visual and micro-aerial vehicle adapted control laws within the Biorobotics Laboratory, Institute of Movement Science, National Center for Scientific Research, at the University of Aix-Marseille.
  • AERIAL ROBOTS
    realisation of a 100g aerial robot endowed with a visuo-inertial guiding system.
    • Electronic design (microcontrollers, sensors, numerical buses,... )
    • Signal processing & automatic : Identification of robot's dynamics ; control loop; visual sensor & guidance systems; fixed point...
  • 2 PATENTS
    • Optical Position Sensing Device (PSD) with an hyperacuity : the sub-pixel resolution multiplied by 900. A two pixels device can locate a contrasting edge with a resolution 900-fold greater than the static resolution of the two pixels. Ref : EP09/306237.0 - BET-09P1075;
    • Optic Flow (OF) sensor for visual guidance of autonomous robots in unknown environment without need for GPS or active sensor. Ref : EP09/306239.6 - BET-09P0958.
  • RAPID PROTOTYPING TOOLS
    Embedding simulation models onboard microcontrollers (dsPIC) using the mathworks Real Time Workhsop Embedded Coder and a custom made blockset for dsPIC.
  • SCIENTIFIC PUBLICATIONS
    list available on http://www.kerhuel.eu/wiki/Lubin_Kerhuel
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  • PSA (Paris)
    Realisation of test bench for reliability testing of embedded car calculators for car through LIN and CAN buses. (Testand, Labview, CVI)
  • ROCKWELL & COLLINS (Toulouse)
    Programming on DSP Texas Instrument TMS6711 a VDL mode 4 receiver
  • MEASUREMENT SYSTEM
    Design and realisation of an electronic board (sensor, signal processing, data transmission) and its related HCI for measuring human head's 3D acceleration.
  • APPLIED MATH
    Linear Analysis (PCA, LDA) to extract relevant information from large measurement database. Script to generate automatic report throught matlab and LaTeX.
  • EMBEDDED SYSTEM
    Design and realization of a miniature vestibular implant for small mammal.
  • Data fusion algorithm for intelligent mixing of camera and sonar's data embedded onboard a Autonomous Underwater Vehicle (AUV)

Ph.D

CNRS - BioRobotique Team at Marseille (France)

March 2004 to October 2009
Robotics at CNRS (Marseille, France) : We build an autonomous Aerial Robot endowed with new visual sensor, cable of tracking and following a moving target in spite of strong perturbations applied to its body.
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Engineering School

ESIEE Engineering

September 1999 to July 2004
In top five french engineering schools for electronics, robotics and all fields of computer sciences
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Master of Research on Signal Processing and numerical Communication

University of Nice Sophia-Antipolis (france)

September 2003 to July 2004
Responsible : Dr. Pierre Comon
www.i3s.unice.fr/~sicom
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  • DIGITAL FILTER
    FIR, IIR, Adaptative, Wiener, Kalman
  • AUTOMATIC
    identification of dynamics' systems, Modelisation & Simulation
  • CONTROL LAW
    PID, Frequency approach, synthesis, State Space model, non linear command
  • Rapid prototyping (expert), deep knowledge of Simulink, dSPACE, xPC Target, Real Time Workshop Embedded Coder.
  • REAL TIME
    • Filtering and digital control onboard microcontroller ; DSP ; FPGA.
    • Real time OS
  • DIGITAL COMUNICATION
    Compression, OFDM, CDMA, Channel equalisation
  • Teatching session given to scientist and instructor of the French Air Army at Salon de Provence base. "Rapid prototyping technics using Simulink on dsPIC targets".
  • Teatching logic and microcontroller programmation for bachelor degree
  • Scientific presentation at international conferences
  • Graphics : Photohsop, Corel Draw, DreamWeaver
  • LateX
  • Linear algebra (SVD, PCA)
  • Information theory
  • Detection, Estimation, Multivariable linear systems
  • Creation of a small business
    • Developing a software
    • Marketing (website : http://www.kerhuel.eu/wiki, forum, mailing)
    • Distribution
    • complied with French bureaucracy
  • Ph.D with jury congratulation
  • Configuration and administration of distant server with
    FTP, SVN, GIT, Apache, PHP, MySQL
  • French (Native language)
  • English
    Toefl (2003) : 567
    GRE (2004) : Math 730 ; Verbal 560
  • Spanish (basis)
  • MATLAB SIMULINK
    toolbox : Signal processing; Real Time Workshop & Embedded Coder; dSPACE; xPC target, Fixed point; Symbolic; Identification...
  • RAPID PROTOTYPING
    Optimisation of simulink models for automatic generation of embedded C code
  • PROGRAMMATION
    C (embedded), C++, Java
  • ELECTRONICS
    Orcad, Eagle, Pspice, VHDL,
    bus: CAN, LIN, UART, I2C, SPI
    µc: dsPIC, PIC24, PIC32, CORTEX-M3 (STM32 - ARM)
  • Natation and Nautics sports
  • Other
  • Reduced model glider (Remotely controlled)
  • Realisation of a simple Attitude measurement unit www.kerhuel.eu/wiki/IMU
  • Realisation of an autopilot for reduced model wing (IMU, plane dynamics identification, control loop)
  • Design of a blockset (Simulilnk-Mathworks) for fast prototyping capable to target up to 80 microcontroller from Microchip (dsPIC, PIC30 and PIC32)
    Available on www.kerhuel.eu/wiki.
  • Norway, US, , Belgium, Russia, England, Eir, Sweeden