giampy1969
Italian, degrees from Pisa University, faculty member in the flight control group at WVU from 2000 to 2009, at MathWorks from 2009, now working on RL and MPC.
MathWorksBoston
Pinned Repositories
best-way-to-implement-an-algorithm-in-simulink
Eight ways to implement an Extended Kalman Filter as a Simulink block
dfield8
Interactive app to study a given first order ODE
how-to-execute-code-periodically
Guides that explain how to execute generated code periodically on Windows or Linux
legacy-matlab-and-simulink-support-for-arduino
MATLAB class and Simulink blocks for communicating with an Arduino board
proesmans-optical-flow
Optical flow using the Proesmans method
shark
Nonlinear 6DOF Model of an Underwater Vehicle
simulink-3d-scope
Multitrack 3D Simulink Scope
simulink-adaptive-neural-networks-library
Simulink blocks that implement several adaptive neural networks
simulink-aircraft-library
Simulink library of aircraft models
simulink-device-drivers
Developing Simulink Device Driver Blocks: Step-By-Step Guide and Examples
giampy1969's Repositories
giampy1969/simulink-device-drivers
Developing Simulink Device Driver Blocks: Step-By-Step Guide and Examples
giampy1969/simulink-aircraft-library
Simulink library of aircraft models
giampy1969/best-way-to-implement-an-algorithm-in-simulink
Eight ways to implement an Extended Kalman Filter as a Simulink block
giampy1969/dfield8
Interactive app to study a given first order ODE
giampy1969/how-to-execute-code-periodically
Guides that explain how to execute generated code periodically on Windows or Linux
giampy1969/legacy-matlab-and-simulink-support-for-arduino
MATLAB class and Simulink blocks for communicating with an Arduino board
giampy1969/proesmans-optical-flow
Optical flow using the Proesmans method
giampy1969/simulink-3d-scope
Multitrack 3D Simulink Scope
giampy1969/simulink-adaptive-neural-networks-library
Simulink blocks that implement several adaptive neural networks
giampy1969/arduino-motor-shield-old-simulink-drivers
Old Simulink driver blocks for the Adafruit motor shield for Arduino
giampy1969/firm-choice-interactive
Interactive visualization of price and quantity choice by a firm using MATLAB Live Editor
giampy1969/lstm-as-a-dynamical-system
Investigation over how LSTM approximates dynamical systems
giampy1969/mimotool
App for analysis and synthesis of multi-input multi-output control systems
giampy1969/pure-simulink-initialization-and-scheduling
Examples showing how to schedule the sequential execution of different subsystems
giampy1969/quadratic-form-conversion
Convert quadratics from Homogeneous to Center form and back.
giampy1969/rtai-linux-howto
RTAI-Linux Target : Step by Step instructions for Beginners
giampy1969/simulink-aircraft-to-3D-animation
Simulink 3D animation interface for aircraft
giampy1969/simulink-attractors-examples
Nonlinear systems with attractors implemented in Simulink
giampy1969/simulink-matrix-library
Matrix support for Simulink 3 (MATLAB R11).
giampy1969/simulink-moneyflow-library
Money flows, retirement planning, bank accounts and taxes in Simulink
giampy1969/simulink-multiband-noise-block
Simulink block that models noise acting on four different timescales
giampy1969/simulink-parameter-identification-library
Parameter identification library for Simulink.
giampy1969/simulink-prime-sequence-generator
Simulink block that generates a sequence of primes
giampy1969/simulink-range-scaling-block
Simulink block to easily scale an input to a given range
giampy1969/simulink-riccati-solver
Algebraic Riccati equation solution in Simulink via C and FORTRAN
giampy1969/simulink-savedata-block
Simulink block that stores data in memory and saves them to a file at the end of the simulation.
giampy1969/simulink-sort-block
Simulink block that sorts elements in a vector using quicksort
giampy1969/simulink-unwrapper-block
Unwraps angles so that continuity is restored
giampy1969/simulink-wrapper-block
Wraps the input vector into a given hypercuboid
giampy1969/slides-and-examples-matlab-legacy-arduino-io
Slides and examples for the old webinar: "Learning Basic Mechatronics Concepts Using the Arduino Board and MATLAB".